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Foundry Networks Certified Network Engineer (FNCNE)
Foundry Certified exam contents
Killexams : Foundry Certified exam contents - BingNews https://killexams.com/pass4sure/exam-detail/FN0-125 Search results Killexams : Foundry Certified exam contents - BingNews https://killexams.com/pass4sure/exam-detail/FN0-125 https://killexams.com/exam_list/Foundry Killexams : TOGAF certification guide: Options, training, cost, exam info

TOGAF is a longstanding, popular, open-source enterprise architecture framework that is widely used by large businesses, government agencies, non-government public organizations, and defense agencies. Offered by The Open Group, TOGAF advises enterprises on how best to implement, deploy, manage, and maintain enterprise architecture.

The Open Group offers several options for those who want to be certified in the TOGAF 9. Earning a cert is a great way to demonstrate to employers that you are qualified to work in an enterprise architecture environment using the TOGAF 9.2 Standard framework. TOGAF is designed to help organizations implement enterprise architecture management using a standardized framework that is still highly customizable to a company’s specific enterprise architecture needs.

Earlier this year, The Open Group announced the latest update to the TOGAF framework, releasing TOGAF Standard, 10th Edition. The update brought changes to the structure of the framework, making it easier to navigate and more accessible for companies to adopt and customize for their unique business needs. Currently, The Open Group offers certifications only for TOGAF 9, but there are plans to release new certifications that align with TOGAF Standard, 10th Edition. This article will be updated once the new certifications are announced in the coming months.

TOGAF 9 Foundation and TOGAF 9 Certified

The TOGAF 9 Foundation and TOGAF 9 Certified are the two main certifications for the TOGAF Standard, Version 9.2 offered by The Open Group. To earn your TOGAF 9 Foundation certification, you’ll need to pass the TOGAF 9 Part 1 exam. To earn the next level of certification, the TOGAF 9 Certified designation, you’ll need to pass the TOGAF 9 Part 2 exam.

You can opt to take each exam separately at different times, or you can take the TOGAF 9 Combined Part 1 and Part 2 exam to earn both certifications at once. There are no prerequisites for the TOGAF 9 Part 1 exam, but you will need to pass the first exam to qualify for the TOGAF 9 Part 2 examination.  

The TOGAF 9 Part 1 exam covers basic and core concepts of TOGAF, introduction to the Architecture Development Method (ADM), enterprise continuum and tools, ADM phases, ADM guidelines and templates, architecture governance, architecture viewpoints and stakeholders, building blocks of enterprise architecture, ADM deliverables, and TOGAF reference models.

The TOGAF 9 Part 2 exam has eight scenario-based questions that demonstrate your ability to apply your foundational knowledge from the first exam to real-world enterprise architecture situations. The eight questions are drawn from syllabus such as ADM phases, adapting the ADM, architecture content framework, TOGAF reference models, and the architecture capability framework.  

TOGAF Business Architecture Level 1

The Open Group offers the TOGAF Business Architecture Level 1 certification, which focuses on validating your knowledge and understanding of business modeling, business capabilities, TOGAF business scenarios, information mapping, and value streams.

Integrating Risk and Security Certification

The Open Group also offers the Integrating Risk and Security Certification, which validates that you understand several security and risk concepts as they apply to enterprise architecture. The certification covers important security and risk concepts as they relate to the TOGAF ADM, information security management, enterprise risk management, other IT security and risk standards, enterprise security architecture, and the importance of security and risk management in an organization. There are no prerequisites for the exam, but to pass you will need to attend three hours of training from an accredited training course and then pass the assessment. There is an option for self-study training via an e-learning platform.

TOGAF certification training

The Open Group offers self-study material, with two available study guides that cover the TOGAF 9 Foundation and learning outcomes that go beyond the foundational level. Those who wish to attend prep courses can search through accredited courses. Some courses also include the examination at the end of the course, depending on the program.

TOGAF certification cost

For the English TOGAF exams the current rate is US$360 for Part 1, US$360 for Part 2, or US$550 for the Combined Part 1 and Part 2 exam. The English TOGAF Business Architecture Level 1 exam is priced at US$315. There is currently no pricing information available for the Integrating Risk and Security Certification.

It’s also important to note that pricing and rates per exam will change depending on where you’re located. To see the rates for other countries and languages, check The Open Group’s website for more information.

TOGAF Role-Based Badges

The Open Group also offers TOGAF Role-Based Badges designed for IT professionals seeking to demonstrate enterprise architecture knowledge and skills. The Badges are digital and Tested by “secure metadata” as a way for you to display achievements and awards online, and for organizations to easily verify certifications of potential candidates. They can also be used to identify various milestones as you work your way toward a full certification. Badges can be used in email signatures, on your personal website or resume, and on your social media accounts.

The Open Group offers three categories of Role-Based Badges for TOGAF 9.2: Enterprise Architecture, Enterprise Architecture Modeling, and Digital Enterprise Architecture. Under each category, there are two types of badges you can earn, Team Member or Practitioner. You’ll earn different badges depending on which certifications you complete or how far along you are in completing the TOGAF 9.2 Certified credential.

Thu, 07 Jul 2022 22:01:00 -0500 Author: Sarah K. White en-US text/html https://www.cio.com/article/402466/togaf-certification-guide-options-training-cost-exam-info.html
Killexams : 3 certification tips for IT leaders looking to get ahead

With the technology landscape in constant flux, getting certified on the latest tools and techniques can be a valuable way to advance your career — even for IT leaders.

Typically, CIOs consider certifications as a means for training up IT staff on vital skills around key initiatives such as cybersecurity, data analytics, AI, or the cloud. But certificates, even technical ones, can be an important part of any IT leader’s career journey, giving them hands-on experience, strategic insights into emerging technologies and methodologies, and the possibility to grow their peer network.

Saurabh Chandra, managing director at Boston Consulting Group, says, “Enterprises today demand customized solutions to meet their specific business needs. However, most CIOs have failed to keep pace with fast-changing technology. As a result, they procure solutions off-the-shelf rather than developing them in-house. This leads to IT not seamlessly aligning with business.”

Functions such as sales and marketing have all undergone a significant change, as has the technology needed for them to perform optimally. For instance, a lot of IT leaders don’t know that data today has three streams — sciences, visualization, and engineering.

“CIOs won’t get this knowledge from their peers. Certifications is a way through which CIOs can stay abreast with the latest,” Chandra says.

If leveraged properly, certifications can also assist IT decision-makers in their key leadership responsibilities. For example, Puneesh Lamba, CIO of Shahi Exports, an apparel manufacturing company, acknowledges that “certifications have helped him perform better in board meetings, thereby making it easier to get approvals on IT spending.”

“Typically, CIOs from large technology companies have strong IT skills but poor communications skills, while it’s just the opposite for CIOs in customer facing B2C companies. These technology leaders need to get certified in areas that they lack. While CIOs push their team to get certified, they need to come out of their comfort zones and follow suit,” says Chandra.

But the benefits of certifications won’t accrue automatically. IT leaders seeking to advance their skills and careers need to build a strategy aimed at squeezing the maximum value out of what certifications can offer.

Here, four CIOs share their experiences in pursuing certifications and offer advice on how to make the most of these valuable career advancement tools as an IT leader.

Create a personal learning plan

With IT pros increasingly pursuing certifications in a wide range of trending technologies such as AI and the cloud, it’s tough for an IT leader not to just go with the flow and seek out the latest hot credentials. But going with the flow is exactly what Lamba of Shahi Exports cautions against.

“Every CIO should create his or her individual learning path. Instead of joining the rat race, he or she should come up with a personalized list of certifications to complete over the next 18 months. The courses should be shortlisted, keeping in mind both the individual’s interest and the organization’s need,” he says.

Lamba has charted out such a certification plan for himself. “I am passionate about AI and data science, and have systematically acquired certifications in these areas,” says Lamba, who is set to pursue his third certification in data science.

And, given the value of your time as an IT leader, it is important to ensure the certifications on your short list are truly valuable, says Sunil Mehta, president and systems director for South Asia and Southeast Asia at advertising agency WPP.

“There are certifications, and then there are certifications that matter. Getting certified after attending one to two hours of a local online course doesn’t add true value,” Mehta says.

Instead, Mehta advises taking structured courses from recognized sources, such as top universities.

“While hiring, companies often shortlist candidates with certifications from renowned colleges and universities. Some specifically ask for certain globally recognized certifications. A CIO’s chances of moving up the value chain increase if he has such certifications under his belt,” Mehta says.

Mehta earned a Certified Information Security Auditor certification in 2002 when, he says, “there were only 1,600 such certified professionals globally.” In addition to the CISA, he has an ISO 27001 Lead Auditor certification and is currently enrolled in a Certified Information Security Manager course — all best-of-breed and globally accepted certifications.

Put your knowledge to the test

As is true for any IT pro, it’s vital for IT leaders to apply their newfound knowledge practically, or else the certification will end up being just a piece of paper.

Sourabh Chatterjee, president and head of technology, digital sales, and travel at Bajaj Allianz General Insurance, says, “At the end of the day, it is the content, faculty, and case studies of a course that cumulatively open the mind. Without implementing the knowledge thus acquired, a certification will only serve the purpose of self-gratification.”

Chatterjee, who has an executive MBA from INSEAD, has found an innovative way to apply this knowledge: He gets involved in projects, though not as a manager. “I take hands-on responsibility of a particular aspect of a project. It could be coding, designing, process flow, testing, or architecture. This not only helps me to put into practice what I learned in a certification course but also enables me to stay relevant by getting insights into crucial aspects of a project such as human behavior, technology, content, and motivation,” he says.

Similarly, Shahi Exports’ Lamba applied the lessons from his AI certification course to make a significant impact on production. In one of his earlier organizations, Lamba found a high rejection rate for a mid-product, which was moving ahead in the assembly line and impacting overall production.

“I had come to know about the disruptive power of AI through a certification course that I undertook from MIT Sloan School of Management. By implementing it, we were able to bring down the rejection rate from 6.2% to a mere 0.8%. This is also the best way a CIO can get the top management to sit up and take notice,” he says.

Move toward becoming a ‘business CIO’

Of course, IT leaders should focus not just on technical certifications but also on those that can enhance their roles as business strategists.

With technology so vital to every facet of the business today, CIOs need to think strategically in helping tackle the challenges confronting business units across the organization. This is where management development programs from reputable institutions can play an important role.

To strike a balance in his learning plan, Lamba keeps a 50:50 mix between hardcore technology certifications and those that hone his business skills. “For every AI and data science certification, I also undertake a business certification that helps in enhancing my behavioral and influencing skills, enables me to build a business case for technology, and aids me in transforming the IT department,” he says.

IT leaders should also consider broadening their knowledge of the industry in which they work, says Mayank Bhargava, chief technology and data officer at Pramerica Life Insurance.

Taking courses regularly in a particular industry domain can “lend an edge to a CIO,” Bhargava says. “If I have to remain in the insurance industry, I have to continuously build on my knowledge base.” This approach is similar to what several regulated or licensed professions require of their practitioners to ensure their skills remain current.

Bhargava has a Life Office Management Association (LOMA) certification, which provides information on insurance operations and products. To gain better understanding of how pricing and valuation work, he is planning to do a course in actuarial science soon.

“Completing LOMA certification and becoming a Fellow, Life Management Institute [FLMI] put me in the league of limited insurance professionals who had a global accepted certification for life insurance domain. This made me a preferred choice as a knowledgeable domain expert for my employer’s international life insurance clients, and brought better opportunities for growth, career enhancement, and further learning,” Bhargava adds.

Thu, 16 Jun 2022 22:00:00 -0500 Author: Yashvendra Singh en-US text/html https://www.cio.com/article/401367/3-certification-tips-for-it-leaders-looking-to-get-ahead.html
Killexams : Voltus-XFi Custom Power Integrity Solution

Cadence Design Systems has introduced the Voltus-XFi Custom Power Integrity Solution, a custom electromigration and IR drop (EM-IR) solution that enables the development of efficient, low-power ICs.

Integrated into the Cadence Quantus, Virtuoso and Spectre platforms, customers using the Voltus-XFi can expect to see a 3X productivity improvement versus existing solutions.

The Voltus-XFi solution allows customers to extract, simulate, analyse and debug IC designs. Utilising foundry-recommended settings, the consolidated EM-IR cockpit offers customers a workflow from the Quantus Extraction Solution to Spectre EM-IR simulation to the Virtuoso environment. The Voltus-XFi solution’s intuitive EM-IR results browser allows customers to view violations, zoom into interesting areas and overlay results in the Virtuoso platform, enabling easy identification and violation fixing.

Through integration with Cadence’s Voltus IC Power Integrity Solution, customers using the solution have access to a seamless flow for full-chip signoff verification. The patented voltage-based method provides a smaller memory footprint and runs faster than the industry's traditional current-based method. An easy-to-use option, it automatically balances accuracy and performance trade-offs based on user specifications. Additionally, a distributed process is supported to further Excellerate runtime performance.

“Cadence is enabling sustainable electronics by reducing semiconductor power consumption,” said Tom Beckley, senior vice president and general manager of the Custom IC and PCB Group at Cadence. “To ensure our customers can push the boundaries of low-power design, we are developing fast and accurate power analysis tools, such as our new Voltus-XFi solution that enables new and revolutionary capabilities for power reduction. Developing low-power designs is critical so Cadence will continue to develop groundbreaking technologies that Excellerate people’s lives.”

Sun, 10 Jul 2022 21:26:00 -0500 en text/html https://www.newelectronics.co.uk/content/news/voltus-xfi-custom-power-integrity-solution
Killexams : Startup Funding: June 2022

Semi & design

Arduino raised $32.0M in Series B funding led by Robert Bosch Venture Capital, joined by Renesas, Anzu Partners, and Arm. Arduino offers open-source prototyping boards commonly used in education, maker, and hobbyist projects, along with software and developer tools. The funding will be used to expand its reach into the professional and industrial market, including low-code cloud services to accelerate the development and deployment of IoT applications, new system modules for intelligent edge design, and integrating new AI capabilities. As part of the investment, Renesas will make its MCUs/MPUs, analog, power, and connectivity products available for Arduino’s technology platforms. Based in Torino, Italy, it was founded in 2005.

Resnics raised hundreds of millions of yuan (CNY 100.0M is ~$15.0M) in a Series A round led by JLSemi, Renchen Semiconductor, and MassAve Global, joined by Grit Ventures, Bull Capital Partners, and Oakseed Ventures. Resnics designs data processing unit (DPU) chips, smart network interface controllers (smart NICs), and FPGA accelerator cards. Funds will be used for commercialization. Based in Shanghai, China, it was founded in 2020.

Hercules Microsystems raised tens of millions of yuan (CNY 10.0M is ~$1.5M) in venture funding from Haiwang Capital, Zhongguancun Development Group, and others. Hercules Microsystems offers FPGAs, eFPGA, heterogeneous devices combining FPGA and CPU, and design software. Its products cover a range of applications including IoT, wearables, and mobile devices. It provides low-cost devices for video drivers, industrial control, and smart home and high-performance devices for communications and cloud. It is planning to start mass production of devices based on a 22nm process later this year. Founded in 2017, it is based in Beijing, China.

Dayu Technology closed a Series A round from the Qianhai Fund of Funds Connected Intelligence Fund. Dayu designs data processing units (DPUs) for cloud computing. It also provides system software and application integration. The investor also expects future strong demand for DPUs to bolster in-vehicle networking. Funds will be used for product development and marketing. Based in Beijing, China, it was founded in 2020.

Xinshijie Semiconductor Technology was established with funding from Hubei Xiaomi Changjiang Industry Fund Partnership, Zhuhai Hengqin Jianyun Investment, and Guangdong-Macao Semiconductor Industry Investment Fund. The startup will design and manufacture ICs. It is speculated the new company will work primarily on chips for Xiaomi. Based in Zhuhai, China, it was founded in June 2022.

AI hardware

Rebellions raised 62.0B won (~$50.0M) in a Series A round that included Temasek Pavilion Capital, Korean Development Bank, SV Investment, Mirae Asset Capital, Mirae Asset Ventures, IMM Investment, KB Investment, KT Investment, and existing backers Kakao Ventures, GU Equity Partners, and Seoul Techno Holdings. Rebellions develops domain-specific AI processors along with optimized software. It says it re-architects AI processors to incorporate sophisticated deep learning features through silicon-dedicated DL kernels. Its first product targets the financial industry and aims to Excellerate trading speeds and reduce latencies for high-frequency trading. It plans to tape out its second AI chip, which targets servers, later this year. Funds will be used for mass production as well as for hiring and U.S. expansion. Founded in 2020, it is based in Seoul, South Korea.

NextVPU raised hundreds of millions of yuan (CNY 100.0M is ~$15.0M) in Series C financing led by ICBC International. NextVPU designs edge AI vision chips targeting applications such as smart security cameras and smart home, automotive, and robotics. It says it combines image signal processing with a built-in 3D noise reduction and dynamic contrast enhancement module. Software and development boards are also available. The company also makes a line of assistive products for blind and low-vision people. Funds will be used for global market development and hiring. Based in Shanghai, China, NextVPU was founded in 2016.

Opteran drew $12.0M in funding led by Join Capital, with additional funding from IQ Capital, Northern Gritstone, Seraphim, Episode 1, and Schauenburg Ventures. Opteran takes an insect-inspired approach to AI and autonomous systems. Instead of traditional deep learning and neural nets, the startup is using how insect brains observe and react to the world as the basis for its lightweight, low power platform with navigation, SLAM, and decision-making capabilities that can be integrated into things like drones, industrial, and mining robots. “By mimicking Nature’s genius to enable machines to move like natural creatures we are redefining the global market for machine autonomy,” said David Rajan, CEO, Opteran. “We expect Opteran Natural Intelligence to become the standard solution for autonomy anywhere on the ground or in the air, on any machine, large or ultra-small, because it combines such sophisticated natural brain capabilities in a light-weight, efficient package.” Based in Sheffield, UK, it was formed in 2020 as a spin out from the University of Sheffield.

NeuReality received new investment from Samsung Ventures. NeuReality is working on purpose-built AI platforms, particularly for inference in the data center. The startup says its solution reduces the dependency on CPUs, NICs, and PCI switches and moves simple but critical data path functions from software to hardware. It says its SoC improves the utilization of AI compute resources that are currently deployed by removing existing system bottlenecks, lowering the latency of AI operations, and saving in overall system cost and power consumption. The company also provides software and runtime libraries to accelerate AI deployment. “The funds will help us take the company to the next level and take our NR1 SoC to production. This will enable our customers to evolve their system architecture, and this evolution will make it easier for them to scale and maintain their AI infrastructure, whether it is in their data center, in a cloud or on-premises,” said Moshe Tanach, CEO and co-founder of NeuReality. Founded in 2019, the company is based in Caesarea, Israel.

EDA

UniVista Industrial Software Group, also known as Hejian Industrial Software, raised over CNY 1.1B (~$164.3M) in pre-Series A funding from IDG Capital, CAS Investment Management, China Automotive Chips Alliance, Feixiang Capital, SAIC Capital, GAC Capital, SummitView Capital, and Mulan Investment. UniVista provides functional verification tools as well as verification consulting services. It recently announced several new products, including a timing-driven FPGA prototyping system that supports the cascading of 4-100 VU19P FPGAs. Up to 25 systems can be used together. The company also offers a collaborative design sign-off tool for advanced packaging, a simulation platform, a debugging tool, a regression test management platform, and a hybrid prototyping system-level IP verification solution. Founded in 2021, it is based in Shanghai, China.

Intento Design closed its third round of funding with participation from Seventure Partners and Caisse d’Epargne Normandie. Intento Design develops EDA tools focused on analog and mixed-signal design. Its products include a technology-independent analog design acceleration and migration tool for schematic-centric design flows that offers bias and sizing exploration. The company also has a substrate coupling analysis tool for silicon and signoff verification that predicts substrate high-risk areas. Funds will be used to accelerate its international and commercial deployment. Founded in 2015, it is based in Paris, France.

Monozukuri, also known as MZ Technologies, received a strategic investment from industrial holding company MARCAP. The investment gives MARCAP a 16% equity stake in Monozukuri. Monozukuri has developed tools for IC/package co-design that enable system design across multiple levels and components including die, chiplets, silicon interposer, package, and surrounding PCB for 2D, 2.5D, and 3D designs. It offers a single, consistent interconnect manager that represents and maintains the interconnect model of the entire system along with a cross-hierarchical 3D-aware pathfinding engine that identifies the best interconnect in a 3D space. The latest version of its tool suite introduces early parasitic estimation and stack planning functionality to compare multiple floorplans. The tools integrate with existing flows and implementation platforms. “We’ve invested a lot in developing a technology platform with unique features and now we are ready to serve global markets, thanks to important contacts with major Silicon Valley companies. We will continue to enrich GENIO with new exclusive features, because chiplet technology represents the future of the microchip industry,” said Anna Fontanelli, Monozukuri founder and CEO. Founded in 2015, the company got its start with the HIPER project under Europe’s Horizon 2020 program. It is based in Rome, Italy.

Manufacturing

CanSemi raised CNY 4500.0M (~$671.9M) in investment led by GAC Capital and the Guangdong Province Semiconductor and Integrated Circuit Industry Investment Fund, joined by Yuexiu Industrial Fund, Yingke PE, CMB International, Walden International, GF Securities, Jadestone VC, and others. CanSemi is a 12-inch analog foundry specializing in industrial and automotive-grade mid-to-high-end analog chips. The first two phases of its project, establishing 180-90nm processes followed by 90-55nm processes, have been completed. The funds will go towards the third phase, which will extend its available nodes to 55-40nm. When the third phase is complete, it expects to have a monthly output of nearly 80,000 12-inch wafers. It plans to eventually introduce a 22nm process. Founded in 2017, it is based in Guangzhou, China.

Semitech raised CNY 540.0M (~$80.6M) in Series A++ and Series B rounds. Investors included China Internet Investment Fund, BYD Group, Inno-Chip, Shanghai STVC Group, Shanghai Free Trade Zone Fund, and Skyview Fund. Semitech offers computer integrated manufacturing (CIM) and manufacturing execution system (MES) software for semiconductor manufacturing, from front-end to back-end packaging and testing for both 8-inch and 12-inch wafer fabs. Its products cover production management, quality management, and logistics management. It also offers manufacturing software for industries such as electronic packaging, medical equipment, batteries, rail transportation, and auto parts. Founded in 2017 as the result of a merger, it is based in Shanghai, China.

Geminus raised $5.9M in seed funding led by Lam Capital and SK Group, joined by SkyRiver Ventures, Sentiero Ventures, and existing investors The Hive and Darling Ventures. Geminus combines physics-based simulation, measurement data, and AI to create digital twins that can be used to optimize performance and predict the impact of asset degradation and system changes. The solution can be applied to semiconductor manufacturing, along with a variety of other industries including energy, chemical and material manufacturing, and critical infrastructure. “Our customers report model creation times that are cut from months to days. We regularly see model execution speeds that are 1,000x faster than high fidelity simulations for a small loss in accuracy. This means engineers can achieve optimal performance fusing all available sources of information,” said Karthik Duraisamy, co-founder and chief science officer of Geminus and professor at the University of Michigan. Founded in 2018, it is based in Palo Alto, California, USA.

Mekr Technologies raised INR ₹58.0M ($0.7M) in seed funding from Titan Capital and Better Capital, joined by 2AM VC. Mekr offers a digital manufacturing platform for electronics. It contracts with manufacturing partners for PCBA, plastics molding, metal processing, other parts, and semiconductor sourcing to provide a finished product. Funds will be used to boost its technology, supply chain, sales, and project management team. Founded in January 2022, it is based in Delhi, India.

Test

TBSTest Technologies raised more than CNY 500.0M (~$74.7M) in new financing led by Legend Capital and joined by over ten new and existing investors. TBSTest develops automatic test equipment (ATE) for ICs, SoCs, and memory chips. It plans to expand to more specialty test equipment fields, covering IGBT, CMOS image sensor, RF, and other product markets. Based in Hefei, China, it was founded in 2017.

iTest Semiconductor drew over CNY 100.0M (~$15.0M) in Series A funding led by Inno-Chip. iTest Semiconductor provides wafer test and final test services. It also offers test plan development, development of test software, and packaging and testing outsourcing management. It recently broke ground on its third factory, which will be located in Suzhou. It is expected to be completed in December 2022, with funds from the round being used for the construction. Funds will also be used for equipment, R&D, and marketing. Based in Yangzhou, China, it was founded in 2018.

NCAtest Technologies raised nearly CNY 100.0M (~$15.0M) from Haiwang Capital and the Shanghai Internet-of-Things Venture Capital Fund. NCAtest Technologies provides semiconductor test equipment. Test applications cover mobile phone chips, smart card chips, and storage chips. Funds will be used to expand its existing mid-to-high-end automated test platform production line and for R&D on new platforms. Founded in 2014, it is based in Shanghai, China.

MaxOne Semiconductor received Series B investment from China Capital Management, CoStone Venture Capital, Shenzhen Juntong Capital Investment Management, Suzhou International Development Venture Capital, Teda Venture Capital, and Tianjin Haida Venture Capital Management. MaxOne offers IC wafer test probe cards including 3D MEMS vertical probe cards and RF MEMS vertical probe cards. Based in Suzhou, China, it was founded in 2015.

Inspection & metrology

UnitySC raised €48.0M (~$51.4M) in venture funding led by Jolt Capital, the French State through French Tech Souveraineté, and Supernova Invest. UnitySC offers metrology and inspection equipment for the semiconductor industry. It makes measurement equipment for advanced packaging, including 3D IC, that combines automated optical inspection and 3D imaging with high depth of focus line scanning, temporal-mode interferometry, spectrometry, and phase shift analysis. It also offers a range of equipment dedicated to other types of high-end processes, including patterned and un-patterned defect inspection for compound semiconductors, transparent substrates, or specialty devices such as MEMS and power, automotive, and RF. A spin out from Fogale Nanotech in 2016, it is based in Montbonnot, France.

INS drew nearly CNY 100.0M (~$15.0M) in a Series A+ round led by Eastern Bell Capital and Yinshan Capital. The startup offers AI-assisted 2D and 3D visual inspection systems for applications including batteries, consumer electronics, and automotive. Founded in 2017, it is based in Suzhou, China.

Photo electron Soul closed a financing round of $3.0M (¥350.0M). The company provides photocathode e-beam systems for semiconductor inspection, which it says improves e-beam inspection speed by 10x compared to current technology. It has also developed a technology it calls Selective e-Beaming (SeB) to enable e-beaming of samples with the desired probe current and location at the single-pixel level. “With SeB, demo damage caused by e-beaming is reduced. In addition, we recently confirmed that SeB can operate CMOS transistors for testing on semiconductor chips. This has amazed some chip manufacturers, and we have already started collaborations to develop new applications for inspection with SeB,” said Takayuki Suzuki, CEO of Photo electron Soul. Based in Nagoya, Japan, Photo electron Soul was founded in 2015 based on R&D from Nagoya University.

Terapark Technology raised tens of millions of yuan (CNY 10.0M is ~$1.5M) in multiple rounds of financing from Addor Capital, Panlin Capital, Nanjing Innovation Capital Group, Inspiration Capital, and others. Terapark Technology has developed CMOS terahertz high-speed imaging chips with frequencies ranging from 100 to 400GHz. It is planning to incorporate these in terahertz industrial inspection modules and instruments for non-destructive inspection of semiconductor materials, high-power and high-frequency electronic materials, photovoltaics, and other materials. Based in Nanjing, China, it was founded in 2020.

Vomma Technology drew tens of millions of yuan (CNY 10.0M is ~$1.5M) in pre-Series A+ funding from Matrix Partners China. Vomma develops 3D light field cameras for defect inspection in BGA packages, wirebonds, and PCBs, as well as in OLED screens and CPI films for mobile devices. It says its technology can also be used to optimize VR screens by imitating the human eye to measure the comfort and virtual image surface distance. Funds will be used for marketing and creating new product lines for additional inspection markets such as aerospace. Founded in 2019, it is based in Shanghai, China.

Equipment

MegaRobo Technologies raised $300.0M in Series C funding led by Goldman Sachs Asset Management, Asia Investment Capital, and GGV Capital, joined by Sinovation Ventures, Pavilion Capital, Starr Capital, U-Member Capital, RedView Capital, Harvest Capital, and Taihe Capital. The company’s primary focus is automation equipment for the life sciences and biopharmaceutical industries, along with R&D process optimization and AI drug development services. In the semiconductor industry, it offers automatic double-spindle dicing and semi-automatic single-spindle dicing machines, as well as automated optical inspection equipment to detect defects on semiconductor packages. It also provides display testing equipment. Founded in 2016, it is based in Beijing, China.

Ada Intelligent Equipment raised hundreds of millions of yuan (CNY 100.0M is ~$15.0M) in Series B financing led by CDH Investments, joined by Xinchao Group, CDF Capital, Casstar, and Guangdong Semiconductor and Integrated Circuit Industry Fund. Ada Intelligent Equipment provides semiconductor packaging equipment, including high-precision wire bonder and flip-chip machines, board-level and wafer-level packaging equipment, and MicroLED mass transfer equipment. Based in Foshan, China, it was founded in 2017.

Cronus Technology raised nearly CNY 100.0 (~$15.0M) in a Series B round from China Fortune-Tech Capital. Cronus provides precision linear motor motion platforms for semiconductor manufacturing that offer repeat positioning accuracy of ±50nm for wafer cutting, inspection, and packaging. It also offers systems for PCB laser direct writing, photovoltaics, and battery manufacturing. Founded in 2015, it is based in Shenzhen, China.

Linkwise Technology, also known as Chengchuan Technology, raised tens of millions of yuan (CNY 10.0M is ~$1.5M) in Series A financing from Zhengxuan Investment, following an angel round in February. Linkwise Technology produces automated materials handling systems (AMHS) for the semiconductor industry. It focuses on packaging and testing facilities. It also provides production line automation system planning and design services. Based in Suzhou, China, it was founded in 2020.

Suzhou Bama Superconductive Technology drew tens of millions of yuan (CNY 10.0M is ~$1.5M) in a Series A+ round from Haiwang Capital, SR Capital, and SIDVC. Bama Superconductive manufactures superconducting magnets and cryogenic vacuum equipment. Its products include superconducting magnets for growing both 8- and 12-inch monocrystalline silicon as well as cryopumps for use in semiconductor and flat panel display manufacturing. It also supplies superconducting magnets for medical and research equipment. Founded in 2018, it is based in Suzhou, China.

Ultron Photonics received tens of millions of yuan (CNY 10.0M is ~$1.5M) in Series A+ financing. Ultron Photonics manufactures femtosecond lasers for a number of industrial applications, including wafer dicing, displays, photovoltaics, and lidar. It also supplies lasers for medical and research purposes. It plans to enter the lithium-ion battery equipment market. Founded in 2018, it is based in Hangzhou, China.

Wintime Semiconductor drew tens of millions of yuan (CNY 10.0M is ~$1.5M) in angel funding from Addor Capital. Wintime provides services and parts for wafer cutting equipment. It offers cutting blades, cutting tape, specialty working disks, and special work trays. The company also provides installation and maintenance services. Founded in 2020, it is based in Nantong, China.

Peach Automation received Series A funding from Sany Group. The company provides assembly equipment for applications such as consumer electronics, PCBs, automotive electronics, and LEDs. Its products include automated glue machines, locking screws, and laser soldering. Based in Shenzhen, China, it was founded in 2015.

Materials

SiFusion, also known as Dunyuan Juxin, raised over CNY 500.0M (~$75.0M) in funding. SiFusion provides semiconductor-grade silicon materials and components, semiconductor-grade silicon carbide materials and components, and quartz crucibles. Its offerings include 620mm silicon component monocrystalline ingots. Funds will be used for construction of an etched silicon component production base. Founded in 2011, it is based in Hangzhou, China.

MIG Semi, also known as Ming Gallium Semiconductor, raised nearly CNY 100.0M (~$15.0M) in Series A financing from YTI Capital, Share Capital, and others. The company produces gallium oxide substrate material from crystal preparation and processing through epitaxy and performance testing. Based in Beijing, China, it was founded in 2020.

Foshan Nanotech raised tens of millions of yuan (CNY 10.0M is ~$1.5M) in angel funding from CasStar and Leaguer Venture Capital. The company has developed nanocomposite flexible transparent conductive films with good optoelectronic properties, uniformity, and weather resistance. It completed a production line that uses magnetron sputtering earlier this year and says its ultra-thin film has been demonstrated in large-scale touch displays, dimming devices, and transparent electromagnetic shielding. Founded in 2020 based on research from the Ningbo Institute of Materials, Chinese Academy of Sciences, it is based in Ningbo, China.

Tianyu Semiconductor, also known as TYSiC, announced its second and third rounds of investment with funders including BYD Group and SAIC Venture Capital. TYSiC manufactures silicon carbide (SiC) epitaxial wafers. It currently offers 4-inch and 6-inch wafers for power devices from 600V up to 3300V and is working on a production line for 8-inch wafers. It also provides epitaxial film foundry services as well as substrate and wafer inspection and wafer cleaning services. Founded in 2009, it is based in Guangdong, China.

Analog & mixed signal

MEMSonics raised nearly CNY 600.0M (~$89.7M) in Series B funding from Changjiang Innovation Fund Management, CCB Investments, China Railway Jianxin Asset Management, SDIC Changjiang (Hubei) Investment Management, Construction and Development Fund, Hubei High-Quality Development Industry Investment Fund, Zhongjia Capital, and Hubei Ruijiang Investment. MEMSonics designs and manufactures front-end bulk acoustic wave (BAW) filters and other radio frequency filters covering piezoelectric microphones and piezoelectric ultrasonic sensor chips. With strategic partners, it is building an 8-inch MEMS fab that is expected to enter production by the end of 2022. Funds will be used for purchasing more manufacturing equipment to accelerate mass production. Wuhan, China, it was founded in 2019.

CrossChip MicroSystems raised over CNY 100.0M (~$15.0M) in Series A funding led by CRRC Capital, joined by CoStone Capital, DB Investment, Shang Qi Capital, Shenzhen Inovance Technology, and Shenzhen Juntong Capital Investment Management. CrossChip provides Hall effect sensor, magnetic resistance sensor, current sensor, motor driver, LED driver, and power management chips. Applications include photovoltaic inverters, industrial control, and automotive. Founded in 2013, it is based in Chengdu, China.

EasyPower Semiconductor drew CNY 100.0M (~$15.0M) in a Series B round from Huatai Zijin and Addor Capital. EasyPower designs battery management system (BMS) chips, voltage regulator chips, and signal chain chips. The funding will be used to focus on developing and qualifying automotive-grade BMS solutions. Founded in 2016, it is based in Nanjing, China.

Tauren Semiconductor drew CNY 49.5M (~$7.4M) in funding from BYD Group. It develops analog and mixed-signal chips and IP including high-performance ADC/DAC, transceivers, SerDes, and vehicle battery management system chips. It is based in Shanghai, China, and was founded in 2015.

Grand Microelectronics drew tens of millions of yuan (CNY 10.0M is ~$1.5M) in Series A investment from China Fortune-Tech Capital and Haiwang Capital. Grand Microelectronics designs analog and mixed-signal chips, particularly high-speed switches, high-performance PLL clock generators, and differential clock buffers. Funds will be used to expand its existing product lines, as well as to enter the RF front-end and custom SoC market. Based in Wuxi, China, it was founded in 2018.

KTD Electronics received venture funding from Bridge Capital China. KTD Electronics develops microwave RF chips for satellite communications such as TV and internet. Its products include a Ku-band 6-bit phased array transceiver chips, tuners, and low-noise GaAs pHEMT integrated amplifier chips. Based in Xiamen, China, it was founded in 2014.

Power devices

Quenergy Semi, also known as Kuanneng Semiconductor, raised over CNY 200.0M (~$30.0M) in angel funding led by CTC Capital, joined by Ince Capital, Yunqi Partners, Addor Capital, GP Capital, Junsan Capital, Shezhen Guozhong Venture Capital Management, and others. The startup manufactures silicon carbide (SiC) power devices. It is currently constructing a production line in Nanjing, which it claims will be the largest SiC wafer fab in China when completed. Based in Nanjing, China, it was founded in 2021.

Luxin Semi raised hundreds of millions of yuan (CNY 100.0M is ~$15.0M) in Series D funding that included Sharewin Investment. Luxin Semi makes power semiconductors, including 400V 200A-400A trench field stop IGBT, 650V 5A-200A IGBT, 1200V and 1350V 10A-100A IGBT, 1700V IGBT, hybrid IGBT, and medium voltage shielded gate trench (SGT) MOSFET. Applications include electric vehicles, high frequency power supplies, and induction heating. Based in Shanghai, China, it was founded in 2017.

Synteris won a $2.7M grant from the U.S. Department of Energy. Synteris uses an additive manufacturing technique called Selective Laser Reaction Sintering to make ceramic parts. The method involves printing a reactive precursor material and using a gaseous atmosphere to create the final product. The grant will be used to develop and demonstrate ceramic packaging for power electronic modules. The startup says the unique shapes possible with 3D printing enable better heat transfer abilities compared to standard ceramic packages. Based in Baltimore, Maryland, USA, it was founded in 2020.

CoolSemi drew tens of millions of yuan in (CNY 10.0M is ~$1.5M) in a pre-Series A round. CoolSemi offers power devices, including low voltage shielded gate trench (SGT) MOSFET, high voltage super junction (SJ) MOSFET, trench gate field stop IGBT, SiC Schottky barrier diode (SBD), SiC MOSFET, GaN HEMT, and intelligent power modules. It targets consumer, industrial, and automotive markets, with applications including fast chargers, LED lighting, communication power supplies, server power supplies, photovoltaic inverters, and charging piles. Based in Shanghai, China, it was founded in 2018.

InverTek received tens of millions of yuan (CNY 10.0M is ~$1.5M) in a Series A round from Fosun Capital. InverTek makes power electronics for automotive applications. Products include gate driver chips that use a closed-loop control function it says reduces switching losses and electromagnetic interference, as well as power modules and power management ICs. Based in Jiangsu, China, it was founded in 2017.

Puxi Optics raised tens of millions of yuan (CNY 10.0M is ~$1.5M) in pre-Series A financing from Ce Yuan Ventures. The startup produces silicon carbide (SiC) motor drive systems and modules, primarily for automotive. It is planning to expand to other areas such as transformer systems and high-efficiency switching power supplies for mining machines. Based in Hangzhou, China, it was founded in 2020.

Senmu Leishi Technology raised tens of millions of yuan (CNY 10.0M is ~$1.5M) in venture funding led by Source Code Yisu, joined by Dayineng Enterprise Management and Yiwei Capital. The startup has developed what it calls a programmable power electronics controller (PPEC), which it says can speed development of digital power supplies. Currently available as boards, the funding will help implement the PPEC as a chip. It also offers semi-physical simulation of power electronics. Based in Wuhan, China, it was founded in 2017.

Top Electronics raised tens of millions of yuan (CNY 10.0M is ~$1.5M) in angel financing. Top Electronics offers silicon carbide (SiC) power devices, including SiC Schottky barrier diodes (SBD), MOSFETs, modules, and 600V-3300V custom devices. Founded in 2020, it is based in Wuhu, China.

Basic Semiconductor closed a Series C2 financing round from Guangzhou Automobile Group, Blue Ocean Huateng, and CMB International Capital Corporation. The round was swiftly followed by Series C3 funding that included Technology Financial Group. Basic Semiconductor designs and manufactures silicon carbide power devices, including Schottky diodes, planar and trench MOSFET, and 10kV PiN diodes. It also offers 100/150mm SiC epitaxial wafers and manufacturing services. Funds will be used for R&D, construction of manufacturing bases, and expansion into electric vehicle and photovoltaic markets. Founded in 2016, it is based in Shenzhen, China.

ShiningIC, also known as Yuxin Electronic Technology, raised Series B funding from China Fellow Partners. ShiningIC offers power management, battery management, and LED driver ICs for applications such as solar lighting, consumer electronics, and power tools. Founded in 2014, it is based in Shanghai, China.

Yanhuang Guoxin, also known as Trimitec, raised Series A funding from Shanda Capital. The company makes power management chips for high-reliability industries such as aerospace. Its products include rad-hard DC/DC and ultra-low noise LDO. The funds will be used to expand into other areas such as industrial, automotive, photovoltaics, and power grids, as well as to establish packaging lines and expand test lines. Based in Beijing, China, it was founded in 2016.

ZMH Semi, also known as Hefei Cpower Technology, received pre-Series A funding from photovoltaic component company GoodWe. ZMH Semi manufactures power device modules, including IGBT, silicon carbide (SiC), and hybrid modules for applications including electric vehicles, motor drives, and photovoltaic inverters. Based in Hefei, China, it was founded in 2018.

Photonics

Scintil Photonics raised €13.5M (~$14.4M) in its second round of funding led by Robert Bosch Venture Capital, joined by Innovacom, Supernova Invest, and Bpifrance. A fabless company, Scintil Photonics designs optical communications for high-speed system and chip interconnections. Its Augmented Silicon Photonic Integrated Circuit product is a single-chip solution consisting of active and passive components where III-V optical amplifiers and lasers are integrated on the backside of advanced silicon photonic circuits. It is manufactured with standard silicon photonics processes available at CMOS commercial foundries. The startup says all-in-one integration of amplifiers and lasers enables ultra-high-speed communications from 800 Gbit/sec to 3,200 Gbit/sec with very compact chips. Funds will be used for commercialization. Founded in 2018 based on research from CEA-Leti, it is based in Grenoble, France, and Toronto, Canada. It has raised $18.8M to date.

Shanhe Photonics drew tens of millions of yuan (CNY 10.0M is ~$1.5M) in pre-Series A financing led by Matrix Partners and Shunyu Industrial Fund, followed by CasStar. Shanhe Photonics develops metasurface photonic chips. Metasurfaces are arrays of subwavelength structures arranged on a two-dimensional plane that can control light and electromagnetic waves in a compact space. They can also be used to integrate multiple functions on one photonic chip. The startup says its chips have applications in large-scale light transmission, micro-displays, and optical computing. It has completed demo production and module packaging for several products. Funds will be used for product development, hiring, and small-scale mass production. Based in Tianjin, China, it was founded in 2020.

Winco Semiconductor raised at least CNY 5.0M (~$0.8M) in angel funding that included Oceanpine Capital. The startup develops high-reliability laser chips for long-distance backbone optical networks and for lidar coherent light sources. Funds will be used for R&D, equipment procurement, and fab construction. Founded in 2021, it is based in Wuxi, China.

NLM Photonics received a strategic investment from Hamamatsu Photonics. NLM Photonics has developed technology that utilizes organic electro-optic (OEO) materials to enable low-voltage, low-power, high-performance transfer of data between electronics and photonics. The startup says it can tailor its photonic components for a range of applications in computing and networking. “The technical assessment, support, and resources Hamamatsu represents will accelerate NLM Photonics’ current efforts and contribute to the financial and intellectual resources we are assembling in support of our development plans,” said David Sparks, VP of Corporate Development at NLM Photonics. Founded in 2018 based on research from the University of Washington, it is based in Seattle, Washington, USA.

Quantum computing

ORCA Computing raised $15.0M in Series A funding led by Octopus Ventures, Oxford Science Enterprises, Quantonation, Verve Ventures, and others, with Innovate UK providing additional project-based funding. ORCA Computing develops photonic quantum computing systems and software. Key to the system is the startup’s quantum memory that can store and retrieve single photons on demand, which it says enables high-speed ‘repeat-until-successful/release-when-needed’ operation, rather than relying on an extremely large number of redundant components working in parallel. It says the system doesn’t require refrigeration or vacuum and can be built as a plug-and-play rack-mounted system using standard components such as telecoms switches and optical fiber. Funding will be used to roll out its near-term systems and software to users, as well as to continue developing its full-stack fault-tolerant solutions and quantum computing systems. Based in London, UK, it was founded in 2019.

QuantWare was awarded a €7.5M (~$8.1M) grant from the European Innovation Council. QuantWare designs and fabricates scalable and customizable superconducting processors for quantum computers. It has released 25-qubit and 5-qubit superconducting processors targeted at research institutions and universities. The company said it has 99.9% single-qubit gate fidelities for manageable error rates. It is also developing a low-noise traveling wave parametric amplifier. Founded in 2021 as a spin out from TU Delft and QuTech, it is based in Delft, the Netherlands.

EvolutionQ received $5.5M in Series A investment led by Quantonation, joined by The Group Ventures and others. EvolutionQ offers software to allow organizations building a network based on Quantum Key Distribution devices to deploy and manage quantum technologies throughout their network. It also offers quantum-safe cybersecurity consulting services. Founded in 2015, it is based in Kitchener-Waterloo, Canada.

Planqc launched from stealth with €4.6M (~$4.8M) in seed funding led by UVC Partners and Speedinvest. Planqc is developing a scalable quantum computer based on atoms trapped in optical lattices that can operate at room temperature. Quantum information is then processed with quantum gates based on precisely controlled laser pulses. “Planqc’s quantum computers are built on the precision of the world’s best atomic clocks, the world’s best quantum gas microscopes, and high-speed Rydberg gates,” said Sebastian Blatt, CTO and co-founder of Planqc, and researcher at Ludwig-Maximilians-University Munich. The startup says its combination of technologies can quickly scale to thousands of qubits. “For me, the most exciting application of near-term quantum computers is the simulation of materials, and the platform based on atoms used in Planqc is the best suited for that purpose,” said J. Ignacio Cirac, director at the Max-Planck-Institute of Quantum Optics. Based on research from the Max-Planck-Institute of Quantum Optics and Ludwig-Maximilians-University Munich, it was founded in April 2022 and is based in Garching, Germany.

Riverlane and Rigetti Computing were awarded a £0.5M ($0.6M) grant from Innovate UK that will focus on error correction for superconducting quantum computers. Since a quantum computer’s main qubits can’t be measured without destroying the information in them, error correction techniques use additional qubits, called ‘syndrome qubits,’ and measure their status, called syndromes, to infer the occurrence of errors on the main qubits. The two companies will work together to minimize the errors introduced during syndrome extraction on a superconducting quantum computer. Riverlane provides an operating system for error corrected quantum computing; Rigetti builds quantum computers and superconducting quantum processors.

Seeqc received two grants totaling $0.4M from the U.S. Department of Energy. The first grant will support development of a novel method to protect qubits from external disturbance such as cosmic rays. The new process will address phonon-induced decoherence, leveraging Seeqc’s current fabrication process to make unique phonon blocking features. The second grant will support creating microfabricated silicon-based millimeter wave components at its New York based foundry. Seeqc’s approach combines classical and quantum computing to address efficiency and stability issues. The company’s digital quantum management SoCs are co-located with qubit chips as multi-chip modules in the same cryogenically cooled system and perform digital qubit control, readout and classical data processing functions, as well as being a platform for error correction. It also owns a multi-layer superconductor fab. Based in Elmsford, New York, USA, Seeqc was spun out of Hypres in 2018.

Quantum-focused accelerator program Duality announced its second cohort of companies that will participate in its year-long program that provides funding, mentorship, and access to equipment and facilities.

  • Icosa Computing is a USA-based startup building quantum computing and physics-enhanced optimizers for financial institutions.
  • memQ is a USA-based company building technology to enable the quantum internet.
  • Quantescence is a France- and USA-based quantum computing software startup that has created a quantum emulator platform.
  • SCALINQ is a Sweden-based startup developing unique packaging solutions for superconducting quantum chips.
  • Wave Photonics is a UK-based startup using computational techniques to accelerate integrated photonics design.

Sensors

Vayyar Imaging raised $108.0M in Series E financing led by Koch Disruptive Technologies, joined by GLy Capital Management, Atreides Management LP, and existing investors including Battery Ventures, Bessemer Ventures, More VC, Regal Four, and Claltech. Vayyar offers platforms based on its 4D imaging radar SoC and software. Its platforms cover imaging and radar bands from 3-81 GHz, with up to 72 transceivers, and use a printed antenna array design for a 170° field of view. The SoC includes DSP, MCU, and machine learning and radar algorithms. Applications include automotive (in-cabin, ADAS, and motorcycle), breast cancer screening, and fall detection for senior care. The funding will be used to expand into verticals including public safety, medical, robotics, and retail, enhance machine learning capabilities, and expand geographically. Founded in 2011 and based in Yehud, Israel, it has raised over $300M.

Cista Design raised nearly CNY 300.0M (~$44.8M) in Series C2 financing led by Yitang Changhou Fund and Galaxy Holding Group, joined by Wuxi Liantai Private Equity Fund Management, Essence Capital, and existing shareholder Shanghai Zhangjiang Haoheng Innovation Equity Investment Management. Cista produces CMOS image sensors for mid- to high-end applications such as smartphones, security, automotive, IoT, and wearables. It recently taped out a 16MP 1.0μm pixel size high-resolution image sensor, with mass production scheduled for later this year. Funds will be used for hiring, new product development, and scaling up production. Founded in 2013, it is based in Shanghai, China.

AlpsenTek raised nearly CNY 200.0M (~$30.0M) in Series A funding led by Oppo’s Xunxing Investment and Cowin Capital, with participation from ArcSoft Corporation, Sunny Optical Technology Industrial Fund, Glory Ventures, Lenovo Ventures, Shenzhen Angel FOF, and Zero2IPO Ventures. AlpsenTek develops hybrid image sensors that combine the traditional CMOS image sensor (CIS) and a biomimetic event-based sensor (EVS) at the pixel level to mimic the working principle of the retinal neurons in human eyes. The company says this provides high frame rate, high dynamic range, low power consumption, and low data redundancy. Applications include IoT, mobile phones, security, and automotive. It plans small-scale production of two integrated vision chips for high-end imaging and for IoT in 2022. Based in Beijing, China, it was founded in 2019.

Sensel closed $18.8M in Series B financing led by manufacturing partner Global Lighting Technologies and joined by Lenovo. The PC manufacturer is also a customer of the startup. Sensel develops integrated touch-sensing, force-sensing, and haptics technologies. It offers thin touchpad modules for laptops and plans to expand to automotive, mobile, and other applications. As well as capacitive touch, it offers pressure grid touchpads for applications where users are likely to be wearing gloves or using it underwater. The investment will help the company bring its solutions to a wider range of PC models and rapidly scale manufacturing. Founded in 2013 and based in Sunnyvale, California, USA, it has raised over $57M to date.

Nextiles drew $5.0M in seed funding led by Drive by DraftKings, with participation from the NBA, Madison Square Garden Sports Corp, Alumni Ventures, SmartSports, Phoenix Capital Ventures, Newlab, and individual investors including Hilary Knight. Nextiles combines traditional sewing techniques with flexible electronics to place sensors within fabrics that can capture a range of biometric and biomechanics data including raw forces, range of motion, and micromovements. The semiconductive smart threads are force-sensitive, washable, and can be sewn into any fabric including cotton, polyester, spandex, and nylon. Its target market is sportswear for athletes, with the first product, a compression sleeve for tennis and basketball players, planned for launch in a few months. “Our success has proven the need for a reliable and comfortable technology platform for athletes, so we’re excited to accelerate our expansion into other sports and launch new products later this year,” said George Sun, CEO and founder of Nextiles. Based in New York, New York, USA, it was founded in 2018 and has raised $6M to date.

Canaery raised $4.0M in seed funding led by Breakout Ventures with participation from Dolby Family Ventures, KdT Ventures, and SOSV. Canaery has developed a digital scent-sensing platform that uses a neural interface it says can detect every scent that enters the natural olfactory system of a working animal and wirelessly transmit the chemical signatures to the cloud for processing. Special training of the animal is not required, which it says should eliminate accidental handler misdirection and enable detection of a wider array of chemicals. Funds will be used for hiring and R&D. Founded in 2020, it is based in Alachua, Florida, USA.

Shengde Micro Integrated Circuit Technology raised tens of millions of yuan (CNY 10.0M is ~$1.5M) in a Series A round from HikVision, WZ Group, and China Reform Holdings Corporation. The startup develops millimeter wave radar chips based on SiGe BiCMOS and CMOS processes for both consumer and automotive applications. It says its first-generation 76-81GHz transceiver has a transmit power of 16dbm and a receiver IF bandwidth of 40MHz, supports 6-bit phase control, and supports cascade mode, making it suitable for 4D imaging. Based in Beijing, China, it was founded in 2018.

Security

Binarly raised $3.6M in seed funding from WestWave Capital, Acrobator Ventures, and numerous individual investors. Binarly has a platform to address firmware supply chain security problems by identifying vulnerabilities, malicious firmware modifications, and providing firmware SBOM (software bill of materials) visibility without access to the source code. Founded in 2021, it is based in Los Angeles, California, USA.

Xiphera received €0.5M (~$0.5M) in late seed funding led by Gorilla Capital, joined by Korpun Seed Ltd, Ääkköset Oy, and individual investors. Xiphera designs cryptographic IP cores for FPGAs and ASICs. It offers individual cryptographic primitives including block/stream ciphers, cryptographic hash functions, public-key cryptography, and random number generation that are tailored for high performance, low digital logic usage, or a balance. It also provides IP that supports complex security protocols and internally use a collection of cryptographic primitives. Funds will help with international growth. Founded in 2017, it is based in Espoo, Finland.

Cycuity, formerly known as Tortuga Logic, raised new funding from Dorilton Ventures, Eclipse Ventures, and others. Cycuity offers security verification throughout the hardware product development lifecycle. It provides tools to help understand the security behavior of chip designs and make it possible to locate where all sensitive and secret data assets reside and travel to throughout the chip’s operation. “The security of hardware is a growing concern for the world’s largest semiconductor companies and their major customers, from the beginning of the microelectronic design cycle, through the verification process and into the wider supply chain,” said Daniel Freeman, General Partner at Dorilton Ventures. “Assurance has been severely disrupted by silicon shortages and other vulnerabilities in latest years. Cycuity is already making great strides in helping the microelectronic industry meet these challenges: systematically mitigating existing weaknesses in the cycle, identifying new ones, and providing quantifiable assurance.” Based in San Jose, California, USA, it was founded in 2014 and has raised $12M to date.

Gaowei Cryptography Testing raised new funding from TusStar and Huaqing Cipher Technology. The company has a chip security testing and cryptography lab with side-channel attack equipment, fault injection attack equipment, cryptography assessment, and other software and hardware security analysis and testing equipment. It provides testing services for general chips as well as for IoT, industrial IoT, and automotive electronics. Founded in 2019, it is based in Shandong, China.

Displays

Levetop Semiconductor raised tens of millions of yuan (CNY 10.0M is ~$1.5M) in pre-Series A funding from Goldport Capital and AVIC Fund. Levetop Semiconductor develops TFT LCD graphics acceleration controller chips and serial TFT panel controller chips for small- and medium-sized screens. It also offers 32-bit MCUs based on RISC-V and Cortex-M4, some with integrated Bluetooth. Funds will be used for hiring, expansion of production capacity, and new product development. It plans to expand to the home appliance market. Founded in 2011, it is based in Shenzhen, China.

Ouyidi Semiconductor raised nearly CNY 10.0M (~$1.5M) in pre-Series A financing. Ouyidi is a manufacturer of mini-LED backlight chips and package-on-board mini-LEDs primarily for TVs. Based in Suzhou, China, it was founded in 2021.

Shenzhen Best Chip & Display Semiconductor Technology (BCDTEK) received new investment from equipment provider Advanced Micro-Fabrication Equipment (AMEC). BCDTEK develops and manufactures OLED driver ICs, silicon-based OLED micro-displays, and display driver boards, including LVDS, HDMI, Type-C, and embedded driver boards. It targets applications such as VR/AR, electronic viewfinders, micro projectors, helmet-mounted displays, and thermal imagers. Founded in 2020, it is based in Shenzhen, China.

AR/VR

Ximmerse raised CNY 125.0M (~$18.7M) in a Series A4 round from Zhongyuan Qianhai Equity Investment, Dynamic Balance Capital, Hongtai Jingying Investment Partnership, Telecom Ark Venture Capital, and 37 Lexin Fund. Ximmerse designs and manufactures mixed reality (MR) hardware, peripheral controllers, and software targeting a range of applications including training, education, digital marketing and exhibits, tourism, and consumer. It plans to launch a new version of its headset later this year. Founded in 2015, it is based in Guangzhou, China.

Swave Photonics drew €7.0M (~$7.4M) in seed funding led by imec.xpand and Flanders Future Techfund, joined by QBIC Fund. Swave develops Holographic eXtended Reality (HXR) technology it says can provide lifelike, high-resolution 3D images without requiring viewers to wear smart AR/VR headsets or prescription glasses. Based on diffractive optics and manufactured using a standard CMOS process, it is planning to release chips in a large 2 cm x 2 cm version for ultra-high-end holographic displays and a small 0.5 cm x 0.5 cm version for ultra-light wearable devices. Initial chip samples are expected in 2023. “We are convinced that Swave’s transformative gigapixel holographic technology can fuel the $93 billion AR/VR, metaverse market and will position Swave to enable an upgrade to today’s challenging AR/VR immersive experiences,” said Peter Vanbekbergen, a partner at imec.xpand. Founded in 2022 as a spin-off of Imec and Vrije Universiteit Brussel, it is based in Leuven, Belgium.

DPVR raised millions of dollars in venture funding led by Huaqiang Equity, joined by previous investors Qianyi Equity and Lianxin Funds Management Company. DPVR designs and manufactures standalone VR systems. It targets both consumer gaming as well as commercial and industrial applications such as training. It will release a new six degrees of freedom (6DoF) gaming headset later this year. Funds will be used for new product development and hiring. Founded in 2015, it is based in Shanghai, China.

Angleyes Technology raised tens of millions of yuan (CNY 10.0M is ~$1.5M) in Series A funding from Haoyun Technologies. The startup makes smart glasses for border security and police, as well as AR-enabled hard hats for industrial applications. Founded in 2010, it is based in Shenzhen, China.

ADAS & autonomy

Autra Technology raised CNY 200.0M (~$30.0M) in pre-Series A funding from Cathay Capital, Xianghe Capital, and BAI Capital. Autra Tech is developing L4 autonomous driving technology for logistics trucks. It is currently working to demonstrate that medium- and long-range routes normally requiring two drivers can be completed with one. Based in Beijing, China, it was founded in 2021.

Minieye raised hundreds of millions of yuan (CNY 100.0M is ~$15.0M) in the third tranche of its Series D funding led by Cathay Capital, with participation from NIO Capital and Shenwan Hongyuan Group. The latest tranche brings its Series D total to CNY 800.0M (~$120.5M). Minieye offers pre-installed and aftermarket L1 and L2 assisted driving and parking systems to automakers, as well as in-cabin sensing systems. Its latest product is a L2+/L2++ driver assistance system that utilizes cameras, mmWave radar, and lidar. Minieye also plans to enter the low-speed fully autonomous driving market. Funds will be used for R&D and commercialization of advanced self-driving products. Founded in 2013, it is based in Shenzhen, China.

Motovis raised hundreds of millions of yuan (CNY 100.0M is ~$15.0M) in Series C financing from auto parts maker Continental, GP Capital, Orca Capital, and others. Motovis integrates visual simultaneous localization and mapping (VSLAM) technology with deep learning to handle multiple cameras and provide heterogenous sensor fusion on low-power embedded chips for ADAS and self-driving applications. As part of the deal, Motovis and Continental will work together to develop and promote a cost-effective autonomous mobility solution that is appropriate for China’s roads and is applicable to all types of passenger cars, from lower-cost to high-end models. The system is expected to be used in models from Chinese passenger car OEMs for mass-production by 2023. Founded in 2015, it is based in Shanghai, China.

Faction received a $0.1M grant from LG Nova. The startup is developing light three-wheeler electric vehicles that combine autonomous driving and teleoperation for urban deliveries and passenger services. Based in San Francisco, California, USA, it was founded in 2020.

Geometrical Pal (G-PAL) received a strategic investment from SAE Industrial Consulting Services, a subsidiary of SAE International. G-PAL provides an L3 autonomous driving system, jointly developed with SAIC Motors, that uses 4D millimeter-wave imaging radar complemented by long-wave infrared and visual cameras with spatial analysis and decision software. G-PAL and SAE will work together on developing a high-performance full self-driving computing platform, along with related chips, software, and testing. The startup will also join SAE standards committees. Founded in 2018, it is based in Shanghai, China.

Horizon Robotics received new strategic investment from automaker FAW Group. Horizon Robotics makes AI chips for L2-L4 ADAS and autonomous driving. The company says its third-generation chip, Journey 5, uses its Brain Processing Unit (BPU) accelerator architecture with highly parallel AI processing, systolic array of tensor cores for efficient CNN operations, and near-compute memory to offer up to 128 TOPS while consuming 30W in typical ADAS/AD usage. Horizon says it has signed pre-installation mass production projects for more than 70 models with more than 20 car companies, including FAW. Based in Based in Beijing, China, it was founded in 2015.

Cowarobot received Series D1 funding from Asia Investment Capital. Cowarobot develops L4 autonomous systems for applications like smart street cleaning, intra-city logistics and delivery, and robotaxis. Founded in 2015, it is based in Shanghai, China.

Auto components

Pateo raised CNY 1000.0M (~$150.0M) in Series C funding from Shanghai Guosheng Capital, Jinggangshan Investment, and Ping An Insurance Group. Pateo offers in-vehicle infotainment and HMI hardware and software. Its products include primary navigation and entertainment displays, instrument cluster, and rear seat entertainment systems. Founded in 2009, it is based in Shanghai, China.

Echodyne raised $135.0M in venture funding led by Baillie Gifford and Bill Gates with participation from Northrop Grumman Corporation, NEA, Madrona Ventures, Vulcan Capital, Vanedge Capital, and others. Echodyne develops radar systems using its metamaterials electronically scanned array (MESA) technology, which the company says uses standard PCB fabrication and assembly techniques and provides size, weight, power, and cost advantages over traditional ESA radar. It targets defense, security, and autonomous machine applications. Funds will be used to increase production and distribution as well as expand product lines. Founded in 2014, it is based in Kirkland, Washington, USA.

Metawave Corporation received $26.0M in convertible note and debt financing from Astro Perkins and Black Dolphin. Metawave develops long-range imaging radar for the automotive, aerial, and defense industries. Its products include beamformer chips and integrated multi-channel, front-end beamforming antenna-in-package modules. It also offers a radar platform that combines analog front-end beamforming and steering AiP modules, hybrid MIMO architectures, and simplified back-end digital signal processing to provide 5D radar capabilities. In addition, it has a line of active repeaters and passive relays to extend indoor and outdoor 5G coverage. Funding will be used to deliver its 77GHz and 24GHz product lines. Founded in 2017, it is based in Carlsbad, California, USA, and has raised over $60M to date.

Circulor raised $25.0M in Series B funding led by Westly Group, joined by HG Ventures and existing investors Volvo Cars Technology Fund, SYSTEMIQ Capital, Jaguar Land Rover’s InMotion Ventures, Future Positive Capital, BHP Ventures, Salesforce Ventures, and 24Haymarket. Circulor provides supply chain traceability software that tracks the provenance, production flow, and GHG emissions of raw materials used in complex supply chains like EV batteries, solar panels, automotive, and construction materials. Founded in 2017, it is based in London, UK.

General Radar raised $22.0M in Series A funding led by Octave Ventures, joined by Disruptive Technology Advisors and Kleiner Perkins. General Radar develops high-resolution 3D phased-array radar systems for autonomy, aerospace and defense, wind energy, and weather markets. It uses solid-state active electronically scanned array (AESA) antennas and performs target imaging and identification using arbitrary waveforms and AI/ML. Founded in 2016, it is based in Belmont, California, USA.

Raythink raised around $15.0M in a Series A+ funding round led by Chengwei Capital and joined by Unicom Innovation Venture Capital. Raythink develops automotive wide field-of-view AR HUDs (heads-up display), including optics, picture generation units (PGUs), software and SDK, algorithms, and hardware. It has three lines targeted for high-, medium-, and low-end vehicles and is planning to move to mass production. It is also working on an intelligent assistance solution for rail transportation, which it says is in field testing and expected to be deployed in China’s high-speed train network. Based in Shenzhen, China, it was founded in 2019.

LNGIN Technology drew nearly CNY 100.0M (~$15.0M) in a Series A+ round from automaker Geely Technology Group and Qianhe Capital. LNGIN Technology uses nano-optical imaging and microstructure light field reconstruction technology to present 3D holograms. Its Aerial Holo Intelligent Display is targeted for in-vehicle smart cockpits. Geely incorporated it into a model last year and intends to bring it to more models in the future. Founded in 2017, it is based in Hangzhou, China.

Greenstone Software raised tens of millions of yuan (CNY 10.0M is ~$1.5M) in Series A+ funding from BlueRun Ventures. Greenstone develops basic software and communication middleware for automotive, including smart cars and ADAS. It says its Data Distribution Service-based middleware offers real-time, reliable transmission of key data while opening up multi-node communication in smart cars and can serve as the basis for a loosely coupled and extensible communication system architecture. It has a version specifically for computing units with limited resources. Based in Beijing, China, it was founded in 2020.

Qixin Micro Semiconductor, also known as Flagchip As Flagship, received new investment from Kington Capital and Huawei’s Hubble Investment. The startup focuses on AEC-Q100 and ISO 26262 certified automotive chips, including a 32-bit MCU series based on Arm Cortex-M4. It is also working on domain controller and vehicle controller units. Founded in 2020, it is based in Suzhou, China.

RoboSense raised new funding led by China Renaissance, Hubei Xiaomi Changjiang Industrial Investment Fund, and Chinese bus manufacturer Yutong Bus, joined by YF Capital, BYD Group, Desay SV Automotive, Greenwoods Investment, Kinzon Capital, and others. RoboSense makes systems incorporating lidar sensors, SoC, and AI perception software. It provides an automotive-grade lidar using MEMS-based sensors that covers both near and far sensing. The company also makes a wide range of mechanical lidar systems for a variety of applications including low and mid-speed robotics, blind spot detection, and roadside monitoring. It has partnerships with automakers including BYD and GAC and plans to start mass production of lidar for consumer vehicles later this year. Founded in 2014, it is based in Shenzhen, China.

Zhixin Semiconductor received Series A financing from investors including Tianjin Bohai Fund, Forebright Capital, MTM Capital, and iFLYTEK. The startup develops low-end to high-end automotive MCUs as well as analog and mixed-signal ICs for applications such as comfort control, powertrain, security, infotainment, and cluster connectivity. Based in Tianjin, China, it was founded in 2019.

Batteries

Enpower Greentech raised $20.0M in Series A+ funding led by Sequoia China and Dayone Capital, joined by GAC Capital, BR Capital, Tianqi Capital, and Niuli Venture. Enpower develops lithium metal anode-based batteries and sulfide-electrolyte-based all-solid-state batteries. It has manufactured a 1.2Ah/3.6Ah/10Ah class pouch cells and cylindrical cells of lithium metal batteries with energy densities up to 520 Wh/kg and 1100 Wh/L. It primarily targets drone and EV markets. Founded in 2012, it is based in San Jose, California, USA.

Connected Energy raised £15.0M (~$18.2M) in venture funding from Caterpillar Venture Capital, Hinduja Group, Mercuria, OurCrowd, and Volvo Energy. Connected Energy uses electric vehicle batteries at the end of their in-car life to create energy storage systems, extending the life of EV batteries by up to 10 years. The company’s modular E-STOR storage system capacity starts at 300kW and 360kWh with clusters available for larger industrial and commercial customers. Funds will be used to scale up technology and operations and facilitate development of its first large scale system with a planned capacity around 20MW and 40MWh. “There is a great deal of untapped potential in the second-life use of batteries. This forward-leaning investment aims to facilitate the scaling-up of second-life battery energy storage systems and further secure circular business opportunities for the forthcoming ramp-up in Volvo Group’s second-life battery returns,” said Joachim Rosenberg, president of Volvo Energy. Founded in 2010, it is based in Newcastle Upon Tyne, UK.

Talent New Energy raised hundreds of millions of yuan (CNY 100.0M is ~$15.0M) in Series A++ financing led by CICC Capital and China Merchants Venture, with participation from Tsari Capital, Guoding Capital, and Legend Capital. Talent New Energy develops and manufactures semi-solid lithium batteries, which it says are safer with higher energy density, charging rate, and cycle life compared to traditional Li-ion batteries. It has a 200MWh battery production line that will start production in July 2022 to make batteries for electric vehicles, e-bikes, and robotics. The startup plans to begin work on a 1GWh production line at the end of this year or early next year, with a 10GWh capacity plant slated to start construction next year. Funds will be used to establish a research center in Beijing, build production lines, and hire. Founded in 2018, it is based in Beijing, China.

ProLogium Technology raised tens of millions of dollars from CRFM (China Reform Holdings Corporation). ProLogium develops and manufactures solid-state batteries including with silicon anode, lithium metal anode, and bipolar technology. It makes batteries in a range of form factors, including flexible packages for IoT and wearables, and pouch batteries for automotive, automated guided vehicles, consumer, and industrial applications, and modules. Funds will be used for mass production and capacity expansion of EV batteries in Asia, with CRFM acting as a key partner in the region. “Solid-state battery enjoys greater advantages over LFP and NCM batteries as it delivers higher safety performance over LFP and enables higher energy density over NCM,” said Vincent Yang, ProLogium founder and CEO. “ProLogium’s GWh-level plant is underway and is expected to be fully operational by the end of 2022.” Based in Taipei, Taiwan, it was founded in 2006.

The Batteries closed a $8.2M Series A round led by Aper Ventures and joined by JR Holding, InnoEnergy, and UAB Electronics System. The startup manufactures thin-film solid-state lithium-ion batteries in multiple form factors. Its battery uses a high crystallinity LiCoO2 cathode, a lithium anode, and a LiPON electrolyte, a combination it says increases energy density, operation temperature range, and safety while reducing charge time and self-discharge rate compared to conventional Li-ion/Li-polymer battery cells. It targets applications such as IoT devices, industrial sensors and beacons, smartphones, tablets, and wearables. Funds will be used to build a production line. Founded in 2015, it is based in Rzeszow, Poland.

Taogent Intelligent Equipment raised CNY 50.0M (~$7.5M) in a Series A round led by Addor Capital and Qitai Capital, joined by Tsing-Yuan Capital and others. Taogent develops automated production lines for manufacturing of lithium-ion battery electrode materials. It also offers systems for handling of powder materials and food additives. Funds will be used for R&D, hiring, and factory construction. Founded in 2014, it is based in Changzhou, China.

Posh raised $3.8M in seed funding from Y Combinator, Metaplanet, Outbound Capital, Starling Ventures, Uphonest Capital, Global Founders Capital, Helium-3 Ventures, and others. Posh provides automated EV battery disassembly for recycling or repurposing. It says its combination of robotics and computer vision can deal with the variations in battery pack design that are difficult for traditional automation methods. Founded in 2021, it is based in Hayward, California, USA.

NEU Battery Materials drew SGD 0.8M (~$0.6M) in seed funding from Momentum Venture Capital, battery recycling company Se-cure Waste Management, the NUS Graduate Research Innovation Programme, and angel investors. NEU Battery Materials is bringing to market an electrochemical redox flow recycling process for lithium iron phosphate batteries. The startup says its recycling process produces near-zero waste with minimal carbon emissions and results in battery-grade lithium. Funds will be used to build a pilot recycling plant in Singapore to recycle lithium from used batteries, which will be able to process approximately 150 tonnes of lithium batteries a year. Founded in 2021, it is based in Singapore.

Haodyne Technology received strategic investment from battery maker EVE Energy. Haodyne manufactures lithium-ion battery materials, including binders for graphite anodes, silicon-based anodes, and cathodes, as well as functional binders for coated separators, coated current collectors, and conductive dispersion material. It operates two R&D labs and one pilot plant covering synthesis and characterization of polymers, battery production, and electrochemical evaluation. Founded in 2011, it is based in Shenzhen, China.

Battery recycling startup Metastable Materials received pre-seed funding from angel investors including Akshay Singhal, Kartik Hajela, Archana Priyadarshini, and Sanjiv Rangrass. Metastable Materials extracts useful elements including copper, aluminum, cobalt, nickel, and lithium from end-of-life batteries using a method it says is chemical-free and eco-friendly. Founded in 2021, it is based in Bengaluru, India.

TeraWatt Technology raised Series B funding led by Temasek, joined by new investors Coral Capital and Daikin as well as previous investors including Khosla Ventures, JAFCO, and Scrum Ventures. TeraWatt develops lithium-ion batteries that combine high energy density with high power density under wider operating temperatures and moderate external pressures. It targets applications such as automotive, drones, and eVTOL aircraft. “We are thrilled to move forward, with this Series B funding, to accelerate the development and production of our commercial-grade cells at scale with precision and safety,” said TeraWatt Technology founder CEO Ken Ogata. Based in Santa Clara, California, USA, it was founded in 2020.

Table

Selected companies that raised funds in June 2022.

Company Sector Amount Raised (M, USD) Funding Type Headquarters
CanSemi Manufacturing $671.9 Venture China
MegaRobo Technologies Equipment $300.0 Series C China
UniVista Industrial Software Group EDA $164.3 Pre-A China
Pateo Auto Components $150.0 Series C China
Echodyne Auto Components $135.0 Venture USA
Vayyar Imaging Sensor $108.0 Series E Israel
MEMSonics AMS $89.7 Series B China
Semitech CIM/MES $80.6 Series A++, B China
SiFusion Materials $75.0 Venture China
TBSTest Technologies ATE $74.7 Venture China
UnitySC Inspection $51.4 Venture France
Rebellions AI HW $50.0 Series A South Korea
Cista Design Sensor $44.8 Series C2 China
Arduino Dev Board $32.0 Series B Italy
Quenergy Semi Power Semi $30.0 Angel China
AlpsenTek Sensor $30.0 Series A China
Autra Technology ADAS & Autonomy $30.0 Series A China
Metawave Corporation Auto Components $26.0 Note, Loan USA
Circulor Auto Components $25.0 Series B UK
General Radar Auto Components $22.0 Series A USA
Enpower Greentech Batteries $20.0 Series A+ USA
Sensel Sensor $18.8 Series B USA
Ximmerse AR/VR $18.7 Series A4 China
Connected Energy Batteries $18.2 Venture UK
Resnics DPU $15.0+ Series A China
NextVPU AI HW $15.0+ Series C China
Ada Intelligent Equipment Equipment $15.0+ Series B China
Luxin Semi Power Semi $15.0+ Series D China
Minieye ADAS & Autonomy $15.0+ Series D China
Motovis ADAS & Autonomy $15.0+ Series C China
Talent New Energy Batteries $15.0+ Series A++ China
iTest Semiconductor Test $15.0 Series A China
NCAtest Technologies ATE $15.0 Venture China
INS Inspection $15.0 Series A+ China
Cronus Technology Equipment $15.0 Series B China
MIG Semi Materials $15.0 Series A China
CrossChip MicroSystems AMS $15.0 Series A China
EasyPower Semiconductor AMS $15.0 Series B China
ORCA Computing Quantum $15.0 Series A UK
Raythink Auto Components $15.0 Series A+ China
LNGIN Technology Auto Components $15.0 Series A+ China
Scintil Photonics Photonics $14.4 Venture France
Opteran AI HW $12.0 Venture UK
ProLogium Technology Batteries $10.0+ Venture Taiwan
The Batteries Batteries $8.2 Series A Poland
QuantWare Quantum $8.1 Grant Netherlands
Taogent Intelligent Equipment Batteries $7.5 Series A China
Tauren Semiconductor AMS $7.4 Venture China
Swave Photonics AR/VR $7.4 Seed Belgium
Geminus Manufacturing $5.9 Seed USA
EvolutionQ Quantum $5.5 Series A Canada
Nextiles Sensor $5.0 Seed USA
Planqc Quantum $4.8 Seed Germany
Canaery Sensor $4.0 Seed USA
Posh Batteries $3.8 Seed UKA
Binarly Security $3.6 Seed USA
Photo electron Soul Inspection $3.0 Venture Japan
Synteris Power Semi $2.7 Grant USA
Hercules Microsystems FPGA $1.5+ Venture China
Terapark Technology Inspection $1.5+ Pre-A China
Vomma Technology Inspection $1.5+ Pre-A+ China
Linkwise Technology Equipment $1.5+ Series A China
Bama Superconductive Equipment $1.5+ Series A+ China
Ultron Photonics Equipment $1.5+ Series A+ China
Wintime Semiconductor Equipment $1.5+ Angel China
Foshan Nanotech Materials $1.5+ Angel China
Grand Microelectronics AMS $1.5+ Series A China
CoolSemi Power Semi $1.5+ Pre-A China
InverTek Power Semi $1.5+ Series A China
Puxi Optics Power Semi $1.5+ Pre-A China
Senmu Leishi Technology Power Semi $1.5+ Venture China
Top Electronics Power Semi $1.5+ Angel China
Shanhe Photonics Photonics $1.5+ Pre-A China
Shengde Micro Integrated Circuit Technology Sensor $1.5+ Series A China
Levetop Semiconductor Display $1.5+ Pre-A China
Angleyes Technology AR/VR $1.5+ Series A China
Greenstone Software Auto Components $1.5+ Series A+ China
Ouyidi Semiconductor Display $1.5 Pre-A China
BCDTEK Display $1.5 Venture China
DPVR AR/VR $1.0+ Venture China
Winco Semiconductor Photonics $0.8 Angel China
Mekr Technologies Manufacturing $0.7 Seed India
Riverlane, Rigetti Computing Quantum $0.6 Grant UK, USA
NEU Battery Materials Batteries $0.6 Seed Singapore
Xiphera Security $0.5 Seed Finland
Seeqc Quantum $0.4 Grant USA
Faction ADAS & Autonomy $0.1 Grant USA
Dayu Technology DPU Undisclosed Venture China
Xinshijie Semiconductor Technology CPU Undisclosed Venture China
NeuReality AI HW Undisclosed Venture Israel
Intento Design EDA Undisclosed Venture France
Monozukuri EDA Undisclosed Strategic Italy
MaxOne Semiconductor Test Undisclosed Series B China
Peach Automation Equipment Undisclosed Series A China
TYSiC Materials Undisclosed Venture China
KTD Electronics AMS Undisclosed Venture China
Basic Semiconductor Power Semi Undisclosed Series C2 China
ShiningIC Power Semi Undisclosed Series B China
Trimitec Power Semi Undisclosed Series A China
ZMH Semi Power Semi Undisclosed Pre-A China
NLM Photonics Photonics Undisclosed Strategic USA
Cycuity Security Undisclosed Venture USA
Gaowei Cryptography Testing Security Undisclosed Venture China
Geometrical Pal ADAS & Autonomy Undisclosed Strategic China
Horizon Robotics ADAS & Autonomy Undisclosed Strategic China
Cowarobot ADAS & Autonomy Undisclosed Series D1 China
Flagchip As Flagship Auto Components Undisclosed Venture China
RoboSense Auto Components Undisclosed Venture China
Zhixin Semiconductor Auto Components Undisclosed Series A China
Haodyne Technology Batteries Undisclosed Strategic China
Metastable Materials Batteries Undisclosed Seed India
TeraWatt Technology Batteries Undisclosed Series B USA

Funds & investors

GF Xinde Investment set up a new CNY 3.0B (~$450.0M) fund to invest in startups in the new energy industry, including energy storage for renewable energy generation, hydrogen energy, and emerging technologies. It has previous backed numerous startups developing EV batteries.

Robert Bosch Venture Capital is setting up a new €250.0M (~$268.2M) fund. The investor focuses on technology startups including in AI, IoT, semiconductor, quantum computing, climate-neutral technology, sustainable mobility, and connectivity. Along with funding and operational support, it provides startups the opportunity to become a supplier, customer, or technology partner of Bosch.

America’s Frontier Fund launched as a non-profit strategic investment fund focused on deep tech companies and platforms in the United States. The fund’s initial areas of focus will include microelectronics, artificial intelligence, new materials, quantum sciences, 5G/6G, advanced manufacturing, and synthetic biology. It says it has developed a method that leverages backcasting and multi-dimensional analyses to examine promising technologies from scientific, market demand, geopolitics, and economic perspectives.

AI applications

In June investors funded a wide range of companies using AI in products and services. Two areas with multiple large investments were data management and retail. Here are some of the month’s largest rounds.

  • AlphaSense raised $225.0M in Series D to use AI to provide a platform that indexes and searches business intelligence and financial analysis.
  • Zoovu raised $169.0M in Series C for its e-commerce platform that enables B2C and B2B companies to provide customized product information to buyers.
  • Metropolis raised $167.0M in Series B for its parking garage management platform that allows users to passively pay when leaving a pay parking area.
  • Ataccama raised $150.0M in venture funding for its platform that unifies data governance, data catalog, data quality, and master data management functions across hybrid and cloud environments.
  • Coralogix raised $142.0M in Series D for its observability platform that allows DevOps teams to analyze data streams to find and fix technical and security issues in their IT infrastructure.
  • Aidoc raised $110.0M in Series D for its healthcare AI platform that manages the patient lifecycle, including diagnostic aid, suggested treatment paths, and patient follow-up tools.
  • LegalForce raised $101.1M in Series D to enable legal firms to review contact documents using natural language processing.
  • Nfinite raised $100.0M in Series B for its software for e-commerce retailers to create, display, and manage 3D product visuals.
Sat, 09 Jul 2022 08:55:00 -0500 en-US text/html https://semiengineering.com/startup-funding-june-2022/
Killexams : Prepare to earn prized CompTIA certifications for just $29

Preparing for IT certification exams is just a part of the job. But that shouldn’t mean having to shell out hundreds on the purchase of training materials. We’re offering the 2022 CompTIA Trifecta Course Bundle at just $29, so you can prepare without the considerable cost.

This economical package features four courses that help students prepare for prized certification exams from CompTIA, including:

  • CompTIA Network+ (N10-008)
  • CompTIA A+ Core 1 (220-1101)
  • CompTIA A+ Core 2 (220-1102)
  • CompTIA Security+ (SY0-601)

What’s so different about these courses, aside from affordability, is that they’re delivered online by experts from iCollege — a world-class leader in web-based education. That means you can learn when you want, how you want, and at a pace of your choosing.

And they’re beginner-friendly too. If you’ve considered a career in IT, but aren’t sure if it will be your cup of tea, then this is a way of getting your feet wet without taking on many risks.

At worst, the 2022 CompTIA Trifecta Course Bundle will only cost you $29. At best, you’ll be taking your first steps into a lucrative new career field that could offer job safety for many years to come. 

The 2022 CompTIA Trifecta Course Bundle – $29

See Deal

Prices subject to change.

Wed, 22 Jun 2022 20:02:00 -0500 en-US text/html https://www.pcworld.com/article/791053/prepare-to-earn-prized-comptia-certifications-for-just-29.html
Killexams : Foundry Named to Fortune's Best Workplaces in New York List

Founded in late 2019 and certified by GPTW in February 2022, Foundry has grown by 100 employees in the past year

ROCHESTER, N.Y., June 15, 2022 /PRNewswire/ -- Foundry Digital LLC ("Foundry"), a wholly-owned subsidiary of Digital Currency Group (DCG) focused on digital asset mining and staking, has been included at number 29 on the 2022 Best Workplaces in New York list by Fortune magazine. This inclusion was based on the results of a survey of Foundry employees conducted by Great Place to Work ("GPTW"), a global authority on workplace culture, earlier this year.

Foundry has been included at number 29 on the 2022 Best Workplaces in New York list by Fortune magazine

Nearly all of Foundry employees chose to participate in the survey, which was completely confidential and voluntary. 99% of the  participants, who submitted their responses directly to GPTW, said that Foundry is a great place to work — a stark contrast to the U.S. average of 57% documented in GPTW's 2021 Global Employee Engagement Study. Employees described the working environment at the company as "unique" and "empowering," according to GPTW. 

Foundry started with less than 5 employees in late 2019 and has since focused on bringing high-skilled jobs to Upstate New York—a region not historically considered a center of innovation. In February, it added its 100th employee and currently has over 160 employees.

"What we take more pride in than the pace at which our employee count has grown is the culture that we have maintained all along," said Mike Colyer, CEO of Foundry. "And we are just getting started: as we continue to empower the decentralized infrastructure of digital assets — helping to mold a democratic financial system for everyone — we'll need more skilled people on our team. Our employees love working here to make decentralization a reality for the digital currency mining and staking industry."

"The blockchain space is among the fastest growing industries today," said Kyle Schneps, Director of Public Policy at Foundry. "Foundry continues to create jobs for the State of New York while working with authorities to create a more regulatory friendly environment for our industry peers, including but not limited to bitcoin mining companies."

To check out Foundry's current open positions, including remote roles, click here.

About Foundry Digital LLC

A subsidiary of DCG, Foundry Digital LLC was created to meet the institutional demand for better capital access, efficiency, and transparency in the digital asset mining and staking industry. Headquartered in Rochester, NY, Foundry leverages its institutional expertise, capital, and market intelligence to empower participants within the crypto ecosystem by providing the tools they need to build tomorrow's decentralized infrastructure. For more information, please visit foundrydigital.com.

Cision View original content:https://www.prnewswire.com/news-releases/foundry-named-to-fortunes-best-workplaces-in-new-york-list-301568592.html

SOURCE Foundry

Wed, 15 Jun 2022 03:08:00 -0500 en-US text/html https://www.klfy.com/business/press-releases/cision/20220615NY90009/foundry-named-to-fortunes-best-workplaces-in-new-york-list/
Killexams : IT security roles pay handsomely, but training for certification only costs $30

Skilled IT security professionals often earn big salaries. But to get your career off the ground, you’ll need to earn certifications first. Looking for a way to get them that’s both low-risk and affordable? Then the 2021 CompTIA Security Infrastructure Expert Bundle, offered to readers for a limited-time price of just $30, may be just what the doctor ordered.

This package features four courses that prepare students to earn in-demand certifications from CompTIA — Security+, CASP+, CySA+, and PenTest+. They’ll learn how to test networks for weaknesses, come to understand common security concerns and find out how to mitigate threats. No, access to the certification exams is not included with purchase, but you can source them easily through CompTIA.

The courses in The 2021 CompTIA Security Infrastructure Expert Bundle are provided by iCollege, a long-standing provider of web-based training. And each class comes highly rated as well, with half of them earning a spectacular 5 out of 5 stars by students. Considering how little the bundle costs, it’s a very low-risk opportunity that could offer tremendous rewards for anyone who applies themselves. 

The 2021 CompTIA Security Infrastructure Expert Bundle – $30

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Prices subject to change.

Fri, 17 Jun 2022 13:00:00 -0500 en-US text/html https://www.pcworld.com/article/788405/it-security-roles-pay-handsomely-but-training-for-certification-only-costs-30.html
Killexams : Nippon Express (Taiwan) Acquires Bonded Certification, Establishes New Air-conditioned Space and Expands Functions at Tainan Warehouse

- Efforts All Aimed at Meeting Expanding Semiconductor-related Demand - 

TOKYO, July 15, 2022 /PRNewswire/ -- Nippon Express (Taiwan) Co., Ltd. (hereinafter "NX Taiwan"), a group company of Nippon Express Holdings, Inc., became the first Japanese logistics company this past February to obtain bonded certification for its own operational warehouse in Tainan City in southern Taiwan, and on July 11 it established a new air-conditioned space to meet growing demand for semiconductors.

Logo: https://kyodonewsprwire.jp/img/202207123722-O1-525Ik8T9

Exterior of Tainan Warehouse:
https://kyodonewsprwire.jp/prwfile/release/M103866/202207123722/_prw_PI2fl_p4Tk08i5.jpg

Inside of Tainan Warehouse:
https://kyodonewsprwire.jp/prwfile/release/M103866/202207123722/_prw_PI3fl_3M0JC1xB.jpg

Demand for semiconductors has expanded due to the rapid adoption of remote work driven by the COVID-19 pandemic, and a serious shortage of in-vehicle semiconductors in Taiwan, a major semiconductor provider for the entire world, has prompted customers in semiconductor-related industries as well as other companies to expand their factories.

The Tainan Warehouse is located about 7 km from the Tainan Science Park (part of the Southern Taiwan Science Park), home to numerous semiconductor-related companies, including the world's leading foundry companies, and offers temperature-/humidity-controlled storage and management of semiconductor production materials, manufacturing equipment maintenance parts and other products requiring high-quality storage. The ILC* bonded license acquired in February this year also allows this warehouse to be used for non-resident inventory storage and import/export.

The NX Group will continue stepping up its efforts on behalf of the semiconductor industry, positioned as a priority industry in the Group's Business Plan, and expanding its logistics functions globally to help customers develop their business activities.

*ILC: International Logistics Center, a comprehensive logistics center with a bonded warehouse function approved by Taiwan Customs.

Profile of facility

Name: Tainan Warehouse, Nippon Express (Taiwan) Co., Ltd.

Location: No. 85, Yongke 1st Road, Yongkang District, Tainan City

Structure: 3-story building

Total floor area: 11,800 m2, of which 3,900 m2 is currently air-conditioned. (This section is to be expanded to 9,285 m2 by the end of 2022.)

Principal equipment/functions: Raised-floor platform, 24/7 security, surveillance cameras, bonded storage, air conditioning

Business description: Warehouse receiving, inspection, sorting, palletizing, storage and delivery of goods

Nippon Express website: https://www.nipponexpress.com/

NX Group's official LinkedIn account:
https://www.linkedin.com/company/nippon-express-group/

Cision View original content:https://www.prnewswire.com/news-releases/nippon-express-taiwan-acquires-bonded-certification-establishes-new-air-conditioned-space-and-expands-functions-at-tainan-warehouse-301587266.html

SOURCE Nippon Express Holdings, Inc.

Thu, 14 Jul 2022 18:40:00 -0500 en-US text/html https://whnt.com/business/press-releases/cision/20220715HK18201/nippon-express-taiwan-acquires-bonded-certification-establishes-new-air-conditioned-space-and-expands-functions-at-tainan-warehouse/
Killexams : Tech Entrepreneur Dan Magnuszewski Named Foundry Chief Technology Officer, Company to Open Buffalo Office

Expansion into Buffalo and Hiring of CTO Magnuszewski Further Make Western New York a Staple for the Digital Currency Industry

ROCHESTER, N.Y., June 14, 2022 /PRNewswire/ -- Foundry Digital LLC ("Foundry"), a wholly-owned subsidiary of Digital Currency Group ("DCG") focused on empowering a decentralized infrastructure with better capital access, efficiency, and transparency in digital asset mining and staking operations, has named Dan Magnuszewski as its new Chief Technology Officer and announced plans to open an office in downtown Buffalo.

Magnuszewski said, "I'm inspired to keep moving Buffalo and Western New York forward as I set out on my next endeavor. Western New York has so much to offer when it comes to decentralized technology, talent, and community. I'm excited to join Foundry in its mission to empower a decentralized infrastructure and make Western New York a booming tech hub for cryptocurrency along the way. This is just the beginning."

In addition to being an active angel investor, Magnuszewski co-founded ACV Auctions, a marketplace for wholesale vehicle transactions and data services that turned into one of the most successful startup business stories in Buffalo history. The firm raised hundreds of millions in venture capital and went public on the NASDAQ stock exchange, making NASDAQ:ACVA a symbol of the potential Buffalo holds for technological growth.

Dan Magnuszewski's impressive track record in the Buffalo tech community will contribute to Foundry's continued growth and set the company's new location up for success.

Foundry CEO Mike Colyer said, "I'm thrilled that Dan is joining Foundry as our CTO and to lead our expansion into Buffalo. As a pillar of the local tech community, Dan possesses all of the knowledge and experience necessary to put Western New York on the map as a leader in this emerging, cutting-edge industry."

Foundry's expansion into Buffalo will replicate what the company has built in Rochester hiring talent from local universities, engaging with, and giving back to the community, bringing blockchain technology to Buffalo, and enhancing Western New York's position as a leader in the digital currency industry. The expansion will also bring new jobs to the area, providing opportunities for those interested in computer science, computer engineering, software engineering, and other tech job seekers to join the dynamic industry.

While the new location is set to open this year, job seekers in the Buffalo tech community can start applying for Foundry's open positions today at foundrydigital.com.

About Foundry

A subsidiary of DCG, Foundry is a financing and advisory company focused on digital asset mining and staking. With the mission of empowering a decentralized infrastructure for a digital world, Foundry provides North American digital asset mining businesses with capital and intelligence. Foundry is based in Rochester, NY. For more information, visit our careers page: https://boards.greenhouse.io/foundrydigital.

About Digital Currency Group, Inc.

Founded in 2015, Digital Currency Group is a global enterprise that builds, buys, and invests in blockchain companies all over the world. Today, DCG sits at the epicenter of the industry, backing more than 200 companies in 30+ countries. In addition to its investment portfolio, DCG is the parent company of some of the leading companies in the industry, including Grayscale Investments, Genesis Trading, CoinDesk, Foundry Digital, Luno, and TradeBlock.

Cision

View original content:https://www.prnewswire.com/news-releases/tech-entrepreneur-dan-magnuszewski-named-foundry-chief-technology-officer-company-to-open-buffalo-office-301567763.html

SOURCE Foundry

Tue, 14 Jun 2022 03:36:00 -0500 en-US text/html https://www.yahoo.com/now/tech-entrepreneur-dan-magnuszewski-named-153400341.html
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