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4A0-N02 Nuage Networks Virtualized Network Services (VNS) Fundamentals

Exam Name : Nuage Networks Virtualized Network Services (VNS) Fundamentals

Exam Number : 4A0-N02 VNS Fundamentals

Exam Duration : 90 minutes

Questions in test : 40

Passing Score : 80%

Exam Registration : PEARSON VUE

Real Questions : Nuage Networks 4A0-N02 Real Questions

VCE practice test : Nuage Networks Professional - Software Defined WAN (NNP SD-WAN) Practice Test



Section Objectives Introduction to VNS - Software-Defined Wide Area Networks (SD-WAN)

- Virtualized Network Services

- Relevant Technology (VXLAN Overlay, BGP EVPN)

- Typical deployments VNS Product Portfolio - Nuage Networks Product Portfolio overview

- Virtualized Services Directory (VSD)

- Virtualized Services Controller (VSC)

- Network Services Gateway (NSG)

- NSG deployment

- Virtual Routing and Switching (VRS)

- Other Nuage Networks components Nuage Networks VNS Use Cases

- NSG Bootstrapping

- NSG Branch-to-branch communication

- DHCP on the Bridge Ports

- SD-WAN/Datacenter Overlay Interop

- Exploring VSC, NSG and VRS

- Security Policies

- Service Chaining

- VNS Quality of Service

- NAT/PAT (Internet Offload)

- NSG Dual Uplinks

- IPsec VPN

- NAT-Traversal

- Access Redundancy Extensions to the VNS solution: VSAP, SD-WAN Portal and VNO

- Virtualized Services Assurance Platform (VSAP)

- SD-WAN Service Portal

- Virtual Networks Orchestration (VNO)

Nuage Networks Virtualized Network Services (VNS) Fundamentals
Alcatel-Lucent Fundamentals outline
Killexams : Alcatel-Lucent Fundamentals outline - BingNews https://killexams.com/pass4sure/exam-detail/4A0-N02 Search results Killexams : Alcatel-Lucent Fundamentals outline - BingNews https://killexams.com/pass4sure/exam-detail/4A0-N02 https://killexams.com/exam_list/Alcatel-Lucent Killexams : Transistor Fundamentals Animated

When we were in school, every description of how transistors work was pretty dry and had a lot of math involved. We suppose you might have had a great instructor who was able to explain things more intuitively, but that was luck of the draw and statistically unlikely. These days, there are so many great videos on the Internet that explain things that even if you know the subject matter, it is fun to watch and see some of the great animations. For example [Sabin] has this beautifully animated explanation of how MOSFETs work that you can see below.

It uses the same basic graphics and style as his earlier video on bipolar transistors (second video, below) which is a great one to watch, too. In all fairness to your electronics teacher, the kind of graphics in these videos would have cost a fortune to do back in the 20th century — just watch some of the videos we talk about in some of our historical posts.

Even if you are well versed in device physics, these videos are great if you want some help explaining electron and hole motion through semiconductors. One thing we were pleased to see is the smiley-faced electrons don’t frown when they are doped like on the bipolar transistor. We hate to think of our friendly electrons being unhappy.

In today’s world, you can get by without knowing how devices work. After all, a Raspberry Pi works great without knowing what’s happening at this level. Of course, you can drive a car without understanding the engine, but you can bet every driver at the Indy 500 knows exactly how the engine works.

If you want a more hands-on look at using FETs, we did that. Once you understand what’s really happening at the electron level, it makes practicing about semiconductor advances more interesting.

Sat, 19 Aug 2023 12:00:00 -0500 Al Williams en-US text/html https://hackaday.com/2018/09/02/transistor-fundamentals-animated/
Killexams : Alcatel-Lucent

The latest iteration of a legacy

Founded at the Massachusetts Institute of Technology in 1899, MIT Technology Review is a world-renowned, independent media company whose insight, analysis, reviews, interviews and live events explain the existing technologies and their commercial, social and political impact.

Thu, 21 Oct 2021 21:13:00 -0500 en text/html https://www.technologyreview.com/company/alcatel-lucent-2012/
Killexams : Why Alcatel-Lucent (ALU) Stock Hit a One-Year Low Today No result found, try new keyword!Shares of Alcatel-Lucent (ALU) hit a one-year low Thursday as the IP and cloud networking provider suffered from a continuing decline in the telecommunications sector. Shares of Alcatel-Lucent ... Tue, 18 Jul 2023 12:00:00 -0500 text/html https://www.thestreet.com/markets/why-alcatel-lucent-alu-stock-hit-a-one-year-low-today-12908763 Killexams : The Fundamentals Of Cryptocurrency Investment

(Disclaimer: Author holds investments in ether, bitcoin, EOS and Bitcoin Cash.)

2018 has already been another stellar year for organizations raising money for blockchain and cryptocurrency projects. While initial coin offerings (ICOs) reportedly raised more than $3.69 billion in 2017, the total amount raised this year already stands at a staggering $17.25 billion in late July, according to CoinSchedule.

Should the current trend I've observed in crowdsourced funding for technology companies continue, it will be important for investors to discern the nuances of investing in blockchain technologies and the virtual assets created on top of them, as ICO investors usually receive virtual assets in the form of coins or tokens in return for ether or bitcoin. Here's what you need to know about common blockchains and assets.

Fundamentals Of Currency

To understand cryptocurrencies, investors should first recall the fundamental tenets of currencies: They are typically units of measurement, stores of value and mediums of exchange. Blockchain-based virtual assets — such as cryptographic tokens — often demonstrate these three characteristics of currency. However, as an investor, I advise you to consider if and when these functions are only a byproduct of the objective inscribed by the creators into the asset's software code before investing in a cryptocurrency.

Ethereum's Ether

Ether is a virtual asset on Ethereum. Even in the current bear market, one ether trades at about $292 as of this writing, according to CoinDesk. That puts the market cap of the Ethereum blockchain at $29.66 billion — which isn't far off from the current valuation of NASDAQ-traded Vanguard Total Bond Market ETF.

Ethereum’s Virtual Machine, which allows developers to write programs called "smart contracts," executes if the user makes a payment in its native currency ether. These transaction costs on the Ethereum blockchain are consequently labeled as "gas." Like its real-world counterpart, gasoline, I believe this virtual gas should be valued by investors — not for its currency properties or inherent value but for the utility it fulfills in the Ethereum network. The more applications that are being built and used on the blockchain, the more demand ether is likely to have.

EOS

EOS is the virtual asset native to the recently launched blockchain EOS.IO. While providing similar functions as Ethereum, users of the EOS.IO blockchain are not required to pay for transactions in the blockchain’s native asset, "EOS." Block.one, which raised a reported $4 billion to fund the launch and rollout of EOS.IO, has according to a July 2018 report allocated about $700 million to grow the EOS.IO ecosystem. Like with other cryptocurrencies, one benefit to investors is that EOS token holders may receive free tokens from projects funded by venture firms supporting blockchain in what is referred to as an airdrop. I believe investors in Ethereum’s ether might also find it valuable to keep at least a small number of EOS in their digital wallets as an easy way to keep track of applications being launched on EOS.IO.

Tokens On The Ethereum Blockchain

The Ethereum blockchain provides an easy-to-navigate, token-generation interface referred to as the ERC20 Token Standard. This standard ensures that all people who control electronic wallets that comply with this standard can receive new tokens generated this way. These tokens can also easily be listed on exchanges that support this Ethereum standard, and most of the more than 200 virtual asset exchanges do.

Tokens created by software engineers on the public Ethereum blockchain are usually coded to fulfill a specific function, such as triggering an event, allowing access or assigning other rights. These tokens are therefore not created as "units of measurement." Consequently, I advise investors to value these tokens according to the overall validity of the system they are being deployed in, using startup investment criteria such as the state of the technology, experience of the team and product market fit. Good starting points for an investor’s research are the LinkedIn profiles of the team members (for qualifications) and activity of the GitHub repository of the project (to track progress). Positive signs are teams led by previously successful technologists and depositories with code development stretching back over a year or more.

Bitcoin

The Bitcoin blockchain and its currency, bitcoin (the lower case "b" differentiates the currency from the blockchain and concept), is identified by its original creators in their 2008 whitepaper on the currency as electronic cash (registration required). However, unlike fiat currencies  which are created continuously and as needed by governments — bitcoin's total supply is limited by code to a total of 21 million, making bitcoin inherently scarce. Even though a number of major currencies accept bitcoin as a form of payment, most signals seem to suggest that bitcoin is mostly bought for its "store of value" function. I recommend, therefore, that investors approach bitcoin purchases in the same manner as they would approach the purchase of gold: as a hedge against their stocks or bond holdings.

Pure Cryptocurrencies

A few virtual assets were created for the specific purpose of functioning solely as a cryptocurrency. These cryptocurrencies include Zcash, Dash, Monero and Bitcoin Cash. Zcash publishes transactions on its public blockchain, but the currency's privacy features enable users to conceal the sender, recipient and amount being transacted. Dash  launched as "Darkcoin"  also provides privacy functions to users and is using a self-governed organizational structure referred to as a Decentralized Autonomous Organization.

The value of any currency is mostly determined by the soundness of its monetary policies and inflationary tendencies. Investors seeking to add cryptocurrencies to their portfolio should familiarize themselves with the government models of the blockchains these assets are being created on and follow their specific use cases, which can generally be found in the whitepapers published by these projects. Mainstream adoption, such as when well-known merchants accept the currencies and when U.S. exchanges such as Coinbase add them, is also a positive signal for investors to look as they build a cryptocurrency portfolio.

Conclusions

I believe that blockchains and their applications, such as cryptocurrencies, are likely to play a central role in the future of any investment strategy. However, investing in these assets is not yet well understood. This is likely in part because of their nascent history and because of contradictory handling by government agencies in the U.S. and abroad that seem to incorrectly conflate cryptocurrencies with other blockchain-based assets and functions. I advise investors to look at each blockchain project's individual merits. They should use standard venture investment criteria such as the team or community supporting the technology, the size of the market opportunity and the current development status of the product while differentiating cryptographic currencies from cryptographic assets.

Wed, 29 Aug 2018 00:39:00 -0500 Christian Kameir en text/html https://www.forbes.com/sites/forbesfinancecouncil/2018/08/29/the-fundamentals-of-cryptocurrency-investment/
Killexams : How to Outline a Short Story

Outline the fiction writing process and challenge your students to be creative. This worksheet explains how to outline a short story, and then asks young writers to create a plot of their own. But first they’ll have to come up with a main character! This fifth-grade writing exercise pushes students to think about cohesive sequencing, organization, and style.

Add to collection

Add to assignment

Grade
Subject
View aligned standards
Wed, 11 Jul 2012 00:00:00 -0500 en text/html https://www.education.com/worksheet/article/outline-a-story/
Killexams : Alcatel Jitterbug Smart2

Info Photos News Forum  2 Our Review ›  

This phone aimed at older users defaults to a simplified interface with large text, on a large screen, but is also a smartphone that can run Android apps. Key features include 13-megapixel main camera, front camera for video chat, voice dictation, maps and navigation, and access to unique operator-assisted services.

This phone is not currently available from any major U.S. carrier. It is compatible with some U.S. networks, and may be available from third-party dealers or smaller, regional carriers.

Specs

 
Compare side-by-side vs...
Display 5.5 in   diagonal, 16:9
HD   720 x 1280 pixels
267 ppi   approx.
Type: LCD (TFT/TFD)
Battery 3,000 mAh
Non-removable
Processor Mediatek MT6738
2 GB RAM
Storage 16 GB raw hardware
7.7 GB available to user
Expandable via memory card
Cameras

13 megapixel
LED flash

Video: 1080p HD

Front Camera 5 megapixel
LED flash
Weight 5.57 oz   158 g
Dimensions 5.98 x 3.03 x 0.33 in   152 x 77 x 8.4 mm
OS / Platform Android
Network Bands

4G LTE: 2, 4, 5, 7, 12, 13

WCDMA: 2, 4, 5

CDMA: 850, 1900

GSM: 850, 900, 1800, 1900

LTE   4G
band 2 / 1900 MHz   PCS (Americas)
band 4 / 1700 MHz   AWS (Americas)
band 5 / 850 MHz   Cellular (Americas, Oceania, Brazil, Israel)
band 7 / 2600 MHz   IMT-E (Canada, South America, Europe, Asia)
band 12 / 700 MHz   Lower 700 (USA)
band 13 / 750 MHz   Upper 700 (USA (Verizon))

WCDMA   3G
band 2 (II) / 1900 MHz   PCS (Americas)
band 4 (IV) / 1700 MHz   AWS (Americas)
band 5 (V) / 850 MHz   Cellular (Americas, Oceania, Brazil, Israel)

CDMA   2G / 3G
band 5 / BC0 / 850 MHz   Cellular (Americas, Oceania, Brazil, Israel)
band 2 / BC1 / 1900 MHz   PCS (Americas)

GSM   2G
band 5 / 850 MHz   Cellular (Americas, Oceania, Brazil, Israel)
band 8 / 900 MHz   (Europe, Asia, Africa)
band 3 / 1800 MHz   DCS (Europe, Asia, Africa)
band 2 / 1900 MHz   PCS (Americas)

Data Technology LTE (Cat 4)
SIM card size Nano   4FF

Advertisements       phone info continues below...

Features

 
Ungroup Features   Show all features Key features only
Barometer -
Fingerprint Reader -
Flashlight Yes
Ruggedized -
VR-ready -
Water-Resistant -
Accessibility
Hearing Aid Compatible Rating: M4, T4 (very tele-coil compatible)
TTY/TDD (Digital) -
Alerts
Extra Display -
Ringer Profiles -
Connectivity
Bluetooth Supported Profiles: HSP, HFP, OPP, PBA, A2DP, AVRC, HID 1.1, SAP, MAP, HDP
version 4.2
Infrared (IR) -
MirrorLink -
NFC -
USB Connector: Micro-USB
UWB -
Wi-Fi Version: 4 (802.11 b,g,n)
Customization
Changeable Body Plates -
Data & Network
Dual-SIM -
Satellite -
Input
Side Keys volume, lock on right
Stylus -
Text Keyboard, Hardware -
Touch Screen Type: Capacitive
Memory
Memory Card Slot Card Type: microSD
Music
FM Radio -
Headphone Jack (3.5mm) Yes
Stereo Speakers -
Photo & Video
DLNA -
Miracast -
TV Output -
Power
Fast Charging -
Wireless Charging -
Voice
Call Screening -
HD Voice Yes
Push-To-Talk -
Speaker Phone Type: Half-duplex
Tue, 18 Dec 2018 02:14:00 -0600 en-US text/html https://www.phonescoop.com/phones/phone.php?p=5855
Killexams : Almanac: The fundamentals of Decoupled Molding

Editor's note: DECOUPLED MOLDING is a service mark of RJG Inc. For style purposes, it's referred to in this article as Decoupled Molding. There are all makes and models of hot runner systems. But no matter what kind you run, all hot runner systems have one thing in common—the word preventive, as in maintenance. One expert walks you through the dos and don'ts.

Molding isn't just an art anymore. It's about fluid and thermal dynamics and controlling pressure and flow and maintaining shot consistency. How do you get your machine to make a good part each time? Here's some advice on how you can apply scientific principles to the molding process.

As the demands of global competition and complexity of part designs have increased, the injection molding process has developed into a far more sophisticated endeavor than has previously been required. New molding machines have become far more skilled in their ability to do a variety of gymnastics to make good injection molded parts. Often, however, we find that molders on the shop floor have not kept pace with the sophistication of, or know how to apply, the new controls given to them on injection molding machines. In addition, those with older machines are discouraged by the dizzying degree of complexity surrounding these newer controls and wonder how they can ever compete. The technique called Decoupled Molding addresses these issues.

In a sense, Decoupled Molding is a classification system, as opposed to traditional molding. Decoupled Molding is further broken down into various forms (Decoupled I, Decoupled II, and Decoupled III).

Decoupled Molding allows process capability to be achieved beyond that of traditional molding techniques and allows the molder to use the full potential of the new machine's sophistication.

Equally important, Decoupled Molding (when applied to an older machine with some rather simple upgrades) allows molders with old equipment to perform at world-class levels, thus enabling them to compete effectively in the new world environment.

Surely it sounds too good to be true, but let's address just exactly what we're talking about.

Traditional Molding

To understand the differences in molding techniques, it is important to define what we mean by a traditional molding process, and to then differentiate it from Decoupled Molding.

Injection molding evolved from a manual process in the 1940s, when machines were virtually unsophisticated arbor presses in which plastic was squeezed into a mold that was manually clamped by hand. Material was fed into a cylinder, heated by heater bands, and a plunger was used to squeeze the melted plastic into a cold mold. Pressure was maintained until the part solidified, and then the mold was opened and the part was taken away. The main controls were pressure and time: how hard and how long one squeezed plastic into the mold.

Injection molding and the concept of how molding occurred evolved from this basic technique. This is what we now call traditional molding.

As the process became more sophisticated, a pump was added to the machine and the plastic was injected using hydraulic force. Early machines still had only one stage: squeeze. The pressure was set so that the plastic filled the mold, the part was packed to an appropriate level, and it was held there until solidified. If parts were insufficiently filled, we squeezed more. If parts were overfilled, we squeezed less.

As the machine evolved further, two-stage machines became standard. But the technique remained the same: Squeeze the plastic into the mold and pack it during the first stage, and then simply switch to a smaller pump (the low volume) during the second stage (or holding phase), primarily to conserve energy. The holding pressure was left either at the same pressure as the first stage or, in some cases, slightly lower to minimize overpacking at the gate.

This was largely the technique of choice over the next 20 years and is still widely used throughout the world. However, during the 1970s, there was an increase in the understanding of rheology, which made it clear some advantages could be gained by using an alternate molding methodology. Before we move on to Decoupled Molding, let's review two molding-related phenomena:

Non-Newtonian flow. When plastic is exposed to a shearing action during flow, it undergoes a dramatic viscosity change. This is called non-Newtonian behavior and is widely recognized as the standard behavior of polymers during flow. Faster flows (higher shear rates) cause a reduction in viscosity. In traditional molding, the velocity of the “squeeze†was virtually uncontrolled because it was not recognized how important this non-Newtonian phenomena really was. Today, we recognize that this is a major variable of the process and, thus, we wish to control the velocity of injection during the filling process.

Pressure-limited injection. If traditional molding techniques are used, we have a paradox. If we use just enough pressure to pack the mold, we do not have enough pressure to fill fast. In other words, the speed of fill is limited by the amount of packing, creating a pressure-limited condition during fill. Here, the first two stages (filling and packing) are coupled together and cannot be controlled independently. Even worse, if only one pressure setting is used throughout the cycle, all three stages (filling, packing, and holding) are coupled together.

A Classification System

Decoupled I. An improved technique of molding, which can be achieved on certain types of parts, is Decoupled I. This technique was used in the 1970s when cavity pressure control was initiated. With this technique, the mold is filled at a controlled velocity until the mold is volumetrically full. At this point, the machine is transferred to a set holding pressure and melt inertia (kinetic energy and the decompression of the melt) is used to pack the mold. Filling is disconnected from packing, but the inertia of the first-stage fill is the major component of the packing process. This is a process that requires a high degree of machine repeatability and is not for the faint of heart. It is generally only used in a very limited set of specific applications.

Decoupled II. If we are to achieve faster fill rates to take advantage of rheology, we must be able to fill quickly and consistently. The only way to do this is to fully separate the filling phase from the packing phase. If we do not separate the fast fill from the sudden stop at the end (when the cavity is volumetrically full), the melt inertia will cause a rapid buildup of pressure when the plastic hits the end of the cavity, producing flash. This is analogous to driving your car into the back wall of the garage to stop it.

A better approach is to slow down before hitting the end of the cavity, thus a decoupling the fast fill stage from the packing stage. Using Decoupled II, this is accomplished by transferring from fill into second-stage pressure when the mold is 95% to 98% full. This is analogous to driving fast on the way home from work and slowing down before parking in the garage.

Similarly, we can fill as rapidly as we'd like as long as we stop short to dissipate the melt inertia before we pack the mold. This is a fundamental concept of Decoupled II. Packing and holding are still coupled together; however, packing is done during second stage. The speed of packing is not controlled directly but is controlled by the second-stage pressure. Second stage is then set to pack and hold the part appropriately, without slamming into the end of the cavity.

Decoupled III. The latest evolution of the Decoupled Molding technique has been to separate the process into three distinct stages: fill, pack, and hold. The first stage, fill, is achieved at one or more velocities (multiple speeds may be necessary depending on part geometry).

The packing phase is decoupled from the filling phase; however, instead of simply squeezing the plastic in under second-stage pressure, packing is done using a low-speed, controlled velocity stage until a pressure setpoint inside the mold cavity is reached. This low packing rate absorbs most of the melt inertia and allows precise levels of packing to be achieved. This is similar to driving slowly into the garage and stopping exactly when your windshield touches the tennis ball hanging from the ceiling. Hold is then used to prevent backflow of plastic out of the mold until the gate is sealed (putting the car in park and setting the brake, to extend the analogy).

Summary

Decoupled Molding can provide unsurpassed process repeatability by segregating the molding process into the logical stages of fill, pack, and hold. Maintaining consistency of these three stages of molding separately allows the molder to build a simple, repeatable, robust process with minimal complexity.

The Decoupled Molding technique can be used on new machines, and on old machines that have been properly upgraded. Only position transfer capability is required to do the simplest Decoupled II technique. Decoupled III provides the capability for world-class consistency but requires the ability to control low-velocity pack speeds and to transfer from a cavity pressure input or an external contact closure. This three-stage technique provides a process consistency three to seven times better than the Decoupled II process.

Many of you may already be doing Decoupled Molding. However, the classification system in itself can make a better molder. The molder knows what he's doing, why he's doing it, and what the limitations are.

Rod Groleau, chairman of RJG Inc. (Traverse City, MI), has more than 30 years of experience in the plastics industry. Rod got his Bachelor of Engineering degree from GMI (now Kettering) and a Master's degree from Michigan State University. Matt Groleau joined RJG in 1991 and worked in many aspects of the business before taking the position of president. RJG provides production and process control systems, cavity pressure sensing technology, and training. Contact them at (231) 947-3111 or [email protected].

Thu, 17 Aug 2023 12:00:00 -0500 en text/html https://www.plasticstoday.com/injection-molding/almanac-fundamentals-decoupled-molding
Killexams : Alcatel Jitterbug Smart

Info Photos News Forum  

This smartphone for older users sports a huge 5.5-inch screen. Its unique software offers simple menus with large text, plus GreatCall's extensive suite of services for older users. It also offers full Android functionality at a low price. Other features include 3.5mm audio jack and front and rear cameras.

This phone is not currently available from any major U.S. carrier. It is compatible with some U.S. networks, and may be available from third-party dealers or smaller, regional carriers.

Specs

 
Compare side-by-side vs...
Display 5.5 in   diagonal, 16:9
HD   720 x 1280 pixels
267 ppi   approx.
Type: LCD (TFT/TFD)
Battery 2,500 mAh
Removable
Talk: 6.5 hours max.
Standby: 250 hours max.
Processor Qualcomm Snapdragon 210   MSM8909
1.1 GHz
1 GB RAM
Storage 8 GB raw hardware
4 GB available to user
Expandable via memory card
Cameras

5 megapixel
LED flash
HDR, panorama, code scanner modes

Video: 720p HD

Front Camera 2 megapixel
Weight 6.1 oz   173 g
Dimensions 6 x 3.1 x 0.4 in   152 x 79 x 10.2 mm
OS / Platform Android version 5.1
Network Bands

4G LTE: 4, 13

CDMA: 850, 1900

LTE   4G
band 4 / 1700 MHz   AWS (Americas)
band 13 / 750 MHz   Upper 700 (USA (Verizon))

CDMA   2G / 3G
band 5 / BC0 / 850 MHz   Cellular (Americas, Oceania, Brazil, Israel)
band 2 / BC1 / 1900 MHz   PCS (Americas)

Data Technology LTE (Cat 4)
SIM card size Micro   3FF

Advertisements       phone info continues below...

Features

 
Ungroup Features   Show all features Key features only
Barometer -
Fingerprint Reader -
Flashlight Yes
Ruggedized -
VR-ready -
Water-Resistant -
Accessibility
Hearing Aid Compatible Rating: M4, T4 (very tele-coil compatible)
TTY/TDD (Digital) Yes
Alerts
Extra Display -
Ringer Profiles -
Connectivity
Bluetooth Supported Profiles: HSP 1.2, HFP 1.6, OPP, FTP, PBA, A2DP 1.2, AVRC 1.5, HID, PAN, SAP 1.1, MAP
version 4.0
Infrared (IR) -
MirrorLink -
NFC -
USB Connector: Micro-USB
UWB -
Wi-Fi Version: 4 (802.11 b,g,n)
Customization
Changeable Body Plates -
Data & Network
Dual-SIM -
Satellite -
Input
Side Keys lock, volume on right
Stylus -
Text Keyboard, Hardware -
Touch Screen Type: Capacitive
Memory
Memory Card Slot Card Type: microSD
up to 32 GB
Music
FM Radio Yes
Headphone Jack (3.5mm) Yes
Stereo Speakers -
Photo & Video
DLNA -
Miracast -
TV Output -
Power
Fast Charging -
Wireless Charging -
Voice
Call Screening -
HD Voice Yes
Push-To-Talk -
Speaker Phone Type: Full-duplex
Mon, 21 Aug 2023 12:00:00 -0500 en-US text/html https://www.phonescoop.com/phones/phone.php?p=5026
Killexams : How to unfreeze a frozen Alcatel Idol 5s (easy steps) No result found, try new keyword!Being one of the entry-level devices with decent hardware specs, the Alcatel Idol 5s is popular to those who are in a tight budget. The thing about cheap phones is that you may encounter more ... Thu, 03 Aug 2023 16:18:00 -0500 en-US text/html https://thedroidguy.com/how-to-unfreeze-a-frozen-alcatel-idol-5s-easy-steps-1084022 Killexams : ICAgile Fundamentals Certification Course

Since Agile Fundamentals is foundational and the gateway to all other certification tracks, it is appropriate for those new to the agile world, and for practitioners who recognize the need to focus on “being” agile in addition to “doing” agile.

For those who want a good introduction to some widely applied Agile frameworks and practices. Participants will get a solid understanding of the processes and the environment of an agile project, and the tools and techniques used in delivering value the agile way.

  • Professionals at all organizational levels
  • All industry sectors including government and non-profit
  • Those seeking innovative approaches to product delivery
  • Organization and Team Leaders
  • Change Managers
  • Customer Satisfaction Gurus
Thu, 05 Mar 2020 20:05:00 -0600 en text/html https://www.utsa.edu/pace/agile/agile-fundamentals.html
4A0-N02 exam dump and training guide direct download
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