DES-1423 learner - Specialist Implementation Engineer Isilon Solutions (DCS-IE) Updated: 2024
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Exam Code: DES-1423 Specialist Implementation Engineer Isilon Solutions (DCS-IE) learner January 2024 by Killexams.com team
DES-1423 Specialist Implementation Engineer Isilon Solutions (DCS-IE)
Exam Title : Dell EMC Certified Specialist - Implementation Engineer - Isilon Solutions (DCS-IE)
Exam ID : DES-1423
Exam Duration : 90 mins
Questions in exam : 60
Passing Score : 63%
Exam Center : Pearson VUE
Real Questions : Dell EMC Isilon Solutions Specialist Real Questions
VCE practice test : Dell EMC DES-1423 Certification VCE Practice Test
Topic Details Weights Isilon Fundamentals and Authentication - Describe the Isilon storage concepts such as Scale out versus Scale up, architecture, and OneFS details
- Identify and describe Isilon hardware components and intended use cases including both Gen 5 and Gen 6 hardware types
- Identify and describe how an administrator accesses a cluster using WebUI, SSH, and Multi-factor SSH
- Describe cluster dependencies on NTP, LDAP, Active Directory, and other dependent configurations 16% Isilon Networking - Configure Access zones and base directories with the proper folder structure layout
- Describe the basic internal and external network configurations, multitenancy, groupnets, subnets, pools and rules
- Identify and explain the various network configurations in Gen 5 and Gen 6 including link aggregation, failover LACP, FEC, and Round Robin
- Describe how to integrate SmartConnect, SmartConnect zones, DNS, SSIP, IP address pools, and load balancing
- Explain the use of VLAN, SBR, and NANON
17% Authentication, Identity Management, Authorization - Differentiate the use of RBAC and ZRBAC
- Explain the use of user identifiers and the proper use of ID mapping
- Identify and describe POSIX and ACLs permission rubrics 10% Client Protocols, Hadoop, and Auditing - Describe OneFS caching levels and use cases
- Configure SMB shares with SMB3 Continuous Availability (CA) and Server-Side Copy with protocol auditing and file filtering - Configure NFS exports with NFSv4 Continuous Availability (CA)
- Identify and describe Hadoop and Swift configurations and features
13% Data Protection and Layout - Identify FEC data protection levels, file striping, and Reed-Solomon protection definitions
- Differentiate between requested, suggested, and real protection levels and verify with isi get commands
- Differentiate concurrent and streaming data layout models, use cases, and performance impacts
- Explain storage pools, policies, neighborhoods, global namespace, spillover, and VHS 14% OneFS Modules and Data Services - Differentiate between SmartPools, storage pools, SSD usage, and file pool policies
- Describe how SmartQuotas are configured and identify the characteristics of SmartDedupe capabilities
- Identify SnapshotIQ features, CoW and RoW mechanics, and scheduling
- Identify and describe how to prepare the cluster for SyncIQ disaster recovery
13% OneFS Job Engine - Identify and describe the OneFS Job Engine architecture, components, and workers and circumstantial modes
- Describe the various job types, exclusion sets, priorities, and impacts
- Describe how jobs are managed in real time and how the schedule is maintained
10% Upgrades and Monitoring - Describe how upgrades are applied to a cluster including rollback and commit options
- Explain the importance of firmware updates, ARR, and the Upgrade Helper tool
- Describe the installation of InsightIQ monitoring and reporting, and the use of isi statistics commands 10%
|Specialist Implementation Engineer Isilon Solutions (DCS-IE)
DELL-EMC Implementation learner
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Specialist Implementation Engineer Isilon Solutions
Which role-based privilege must be granted to a user before they are allowed to log into the web administration interface?
A company has a 4-node Isilon H600 cluster dedicated for a high-performance workflow. The administrator wants to convert their cluster SSD strategy from L3 cache to use the SSDs for metadata
What should be considered?
A. Migration of data and metadata from the SSDs to HDDs can take hours.
B. Once enabled, the L3 cache cannot be disabled without support assistance.
C. Converting to use SSDs for metadata acceleration turns off prefetching.
D. Deselecting L3 cache for an SSD strategy has no impact to the workflow.
A companyís Isilon cluster has reached the capacity limit. The cluster consists of eight H500 nodes in a single node pool. Which action can be taken to resolve the capacity issue while new nodes are
A. Activate SmartPools
B. Enable GNA
C. Enable Spillover
D. Release VHS drives
Which command shows the node running as the job coordinator?
A. isi job statistics
B. isi job status
C. isi job status -v
D. isi job statistics view -v
An Isilon cluster has four H500 nodes. Data protection and access are set to N+1 and concurrency respectively. How many drives will be used across the disk pool to protect a 1 MB file?
Refer to the Exhibit.
In an Isilon environment, match the connectivity type to the proper numerical port reference shown in the exhibit.
Select and Place:
Which OneFS networking option enables Isilon for DNS multitenant functionality?
B. Access zone
Groupnets are designed to enable multi-tenant DNS support per access zone.
A company wants to re-use HD400 nodes into a new cluster with OneFS 8.2.0. What is the minimum number of HD400 nodes required?
Reference: https://www.commoncriteriaportal.org/files/epfiles/383-7-148% 20ST% 20v1.0.pdf (9)
On which node does the SSIP initially reside?
A. Highest node ID
B. Lowest node ID
C. Lowest logical node number
D. Highest logical node number
The SmartConnect Service IP (SSIP) will always reside on the lowest node (that is available) in the cluster (Node1 in most cases). This IP does not move between nodes until the lowest node
number goes offline (planned/unplanned).
In Isilon OneFS, what is a characteristic of CoW with snapshots?
A. Used for small changes, inodes, and directories.
B. Avoids the double write penalty.
C. Increases file fragmentation.
D. Used for more substantial changes such as deletes.
With copy on write, as the name suggests, a new write to HEAD results in the old blocks being copied out to the snapshot version first.
Although this incurs a double write penalty, it results in less fragmentation of the HEAD file, which is better for cache prefetch, etc.
Typically, CoW is most prevalent in OneFS and is primarily used for small changes, inodes and directories.
What impact can obsolete drive firmware have on an Isilon cluster?
A. Reduces administrative overhead and increases performance.
B. Affects redundancy settings and FEC coding.
C. Affects cluster performance or hardware reliability.
D. Increases runtime and cluster performance.
What defines FEC link aggregation mode?
A. Switches to the next interface when the primary interface becomes unavailable.
B. Balances outgoing traffic based on hashed protocol header information that includes source and destination addresses, and VLAN tag.
C. Balances outgoing traffic based on hashed protocol header information that includes source and destination addresses.
D. Balances outbound traffic across all active ports in the aggregated link.
When reviewing the real protection output of N+4/2, what does the number ď 4Ē represent?
A. FEC stripe units per stripe
B. Hard drives used per stripe
C. Volume stripes per file system
D. FEC stripe units per file system
Itís OneFS FEC protection nomenclature for our "hybrid" protection polices. More generally, itís written as:
N+M/b where "N" is the number of data stripe units in a stripe, "M" is the number of FEC stripe units in a stripe, and "b" is the number of stripe units in a stripe which are allowed to reside on
the same node.
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From AMD EPYC processors to Nvidia A100 GPUs, here are five features inside Dell EMC‚Äôs new PowerEdge XE8545 server that you need to know about.
Dell EMC Launches PowerEdge XE8545
Dell EMC took the wraps off its new PowerEdge XE8545 server today, that uniquely combines AMD and Nvidia technology with the company‚Äôs high-end server line.
‚ÄúThe Dell EMC PowerEdge XE8545 is a brand-new and incredibly powerful server that simplifies artificial intelligence (AI) infrastructure in your data center,‚ÄĚ said Ravi Pendekanti, senior vice president of server solutions product management and marketing at Dell EMC in a blog post today. ‚ÄúThese servers don‚Äôt just power your data center, they‚Äôre designed to help you innovate, adapt and grow well into the future.‚ÄĚ
The PowerEdge XE8545 is designed for accelerated workloads and ideal for machine learning, HPC and GPU virtualization.
Here are the five key features in Dell EMC‚Äôs new PowerEdge server that you need to know about.
AMD And Nvidia
The new PowerEdge XE8545 server combines the maximum core counts of two 3rd generation AMD EPYC processors with four of the highest performing NVIDIA A100 GPUs.
PowerEdge XE8545 offers up to 128 cores of Milan CPUs, four Nvidia A100 GPUs, and optimized performance of Nvidia‚Äės vGPU software in a dual socket, 4U rack server.
‚ÄúIt is designed specifically for accelerated workloads, which make it ideal for cutting-edge machine learning models, complex high-performance computing and GPU virtualization,‚ÄĚ said Dell EMC‚Äôs Pendekanti.
Dell EMC said other key capabilities of the PowerEdge XE8545 includes optimized CPU to GPU performance and accelerated I/O throughput.
NVMe And PCIe Gen 4
Dell EMC says it‚Äôs increased the speed of storage with NVMe and reduced data latency with PCIe to accelerate I/O throughput, which prevents performance bottlenecks when organizations are executing on large data sets. Dell was able to do this by adopting PCIe Gen4 NVMe.
‚ÄúThese components help you take full advantage of the server‚Äôs compute power by keeping the data close to the processing,‚ÄĚ said Dell EMC‚Äôs Pendekanti.
Dell‚Äôs PowerEdge XE server line is purpose-built for complex, emerging workloads that require high performance and large storage which is why NVMe is critical. The server delivers the reliability and security for demanding applications inside traditional data centers or in extreme conditions stretching from outside the data center to the harsh edge environment of the IT infrastructure.
Nvidia NVLink Included
The PowerEdge XE8545 is one of the first servers on the market to have the new Nvidia NVLink baseboard with Nvidia‚Äôs A100 chips in it.
Nvidia NVLink is a high-speed, direct GPU-to-GPU interconnect that offers a significantly faster alternative for multi-GPU systems compared to traditional PCIe-based solutions, according to Nvidia.
‚ÄúFor example, you can boost A100 machine learning inferencing with 1.46X more images per second per GPU within the PowerEdge XE8545.1,‚ÄĚ said Dell EMC‚Äôs Pendekanti.
The PowerEdge XE8545 is completely air cooled for greater efficiency and lower cost of operation, Dell said. Being air cooled avoids the need of incorporating extra piping to accommodate for liquid cooling.
‚ÄúWhile AI infrastructure is loaded with performance features, it also has a reputation for being difficult to deploy and manage. We‚Äôve remedied these concerns with a server design and management features that radically simplify your experience,‚ÄĚ Dell EMC‚Äôs Pendekanti said. ‚ÄúYou can analyze more than 150k images per second, leveraging 2x AMD Milan CPU and 4x NVIDIA A100 SXM4 500W GPU, all with standard air cooling in the PowerEdge XE854.‚ÄĚ
Additionally, the new PowerEdge XE8545 is a 4U standard-depth rack server, meaning it easily fits into existing data centers.
Includes iDRAC and OpenManage Enterprise
The PowerEdge XE8545 server includes iDRAC [Integrated Dell Remote Access Controller] compliance, designed for secure local and remote server management that helps IT administrators deploy, update and monitor PowerEdge serves anywhere.
The server also includes Dell EMC‚Äôs OpenManage Enterprise support that enables customers to easily monitor and maintain data centers with OpenManage integrations. OpenManage Enterprise is a systems management console that facilitates lifecycle management for Dell EMC PowerEdge servers in one console.
‚ÄúRegardless of whether you‚Äôre doing training or inferencing, solving tough problems involving fluid dynamics or genomics, analyzing data or virtualizing GPU operations, it‚Äôs time to unleash the uncompromised power of the PowerEdge XE8545,‚ÄĚ said Dell EMC‚Äôs Pendekanti. ‚ÄúCatalyze the development and implementation of machine learning algorithms, quickly perform advanced computations and analyze data with amazing speed. ‚Ä¶ The PowerEdge XE8545 server [is] your innovation engine.‚ÄĚ
Dell EMC announces new machine learning and deep learning solutions, continuing the company‚Äôs work to bring high performance computing (HPC) and data analytics capabilities to mainstream enterprises worldwide. This enables organisations to take advantage of the convergence of HPC and data analytics and realise advancements in areas including fraud detection, image processing, financial investment analysis and personalised medicine. These new innovations represent the next step in the company‚Äôs focus on democratising HPC, optimising data analytics with artificial intelligence (AI) technology innovations, and advancing both the HPC and AI communities.
While AI techniques, such as machine learning and deep learning, are rapidly being deployed by many organisations across several industries, only a small number possess the expertise to design, deploy and manage such systems to use them effectively for rapidly gaining new insights. By leveraging Dell EMC‚Äôs ecosystem of strong, curated partnerships and internal expertise in HPC and data analytics services, the company‚Äôs new solutions offer customers the ability to harness the power of the massive amounts of their collected data, delivering faster, better and deeper business insights in real-time.
Enabling the best path for machine and deep learning
As emerging technologies, enterprises often have difficulty knowing where to begin to get the most out of their machine and deep learning solutions. To help them benefit from machine or deep learning, quickly and efficiently, Dell EMC offers customers HPC solutions focused on specific use cases and business problems backed by industry and HPC expertise and guidance.
Combined with knowledge from Dell EMC experts, the new Dell EMC Machine and Deep Learning Ready Bundles are part of a new portfolio that delivers on the commitment of democratising HPC and helping customers achieve faster, better and deeper data insights. These Ready Bundles combine pre-tested and validated servers, storage, networking and services optimised for machine and deep learning applications. The new Ready Bundles:
Dell EMC Ready Bundles for Machine and Deep Learning will help mainstream enterprises worldwide get a competitive advantage from these capabilities on-premises and in hybrid cloud environments.
Dell EMC Deep Learning Ready Bundle customers will benefit from the introduction of the new Dell EMC PowerEdge C4140 server, supporting latest generation NVIDIA Tesla V100 GPU accelerators with PCIe and NVLink high-speed interconnect technology. This new offering is an example of the Dell EMC and NVIDIA strategic agreement for joint development of new HPC, data analytics, and artificial intelligence products and solutions announced at ISC‚Äô17 in June.
Dell EMC also plans to introduce Ready Bundles working closely with Intel technology. Dell EMC and Intel have embarked on a Joint Innovation Agreement to collaborate on advancing artificial intelligence, machine learning and deep learning.
Accelerate time to insights with Dell EMC PowerEdge
The new Dell EMC PowerEdge C4140 server is an ultra-dense, accelerator optimised server platform with an innovative systems design. The PowerEdge C4140 features two Intel Xeon¬ģ Scalable Processors and four NVIDIA Tesla GPUs to deliver optimised performance for demanding cognitive workloads. The new PowerEdge C4140‚Äôs acceleration technology is ideal for intensive machine learning and deep learning applications to drive advances in scientific imaging, oil and gas exploration, financial services and other HPC industry verticals.
Transforming the future by expanding HPC, Big Data capabilities into machine and deep learning
Dell EMC‚Äôs new machine and deep learning solutions build on experience gained in collaborations with customers leading research that maximises the value from machine learning.
The Texas Advanced Computing Center (TACC) at The University of Texas at Austin actively has conducted research to identify brain tumours using machine learning as one of the first applications of its new ‚ÄúStampede2‚ÄĚ supercomputer with Intel Xeon Phi 7250 processors across 4,200 nodes connected with Intel Omni-Path Fabric. This system was developed in collaboration with Dell EMC, Intel and Seagate and ranks No. 12 on the TOP500 list of the most powerful computer systems worldwide.
Armughan Ahmad, senior vice president/general manager, Hybrid Cloud and Ready Solutions, Dell EMC
‚ÄúOur customers consistently tell us that one of their biggest challenges is how to best manage and learn from the ever-increasing amount of data they collect daily. With Dell EMC‚Äôs high performance computing experience, we‚Äôve seen how our artificial intelligence solutions can deliver critical insights from this data, faster than ever before possible. Working with our strategic technology partners, we‚Äôre able to bring these powerful capabilities to all enterprises. When you think about what this means for industries like financial services or personalised medicine, the possibilities are endless and exciting.‚ÄĚ
With support from Dell EMC, and in association with Intel and Microsoft, Dippy's Naturenauts offers a mobile-friendly interactive experience for children aged seven to eleven.
A fun activity that supports Dippy on Tour, Dippy and Fern the fox lead kids through a series of exploratory games that encourage them to venture outdoors and interact with the nature in their area while learning about science.
Through their generous support of Dippy on Tour and Dippy's Naturenauts, Dell EMC helped the Museum to help the next generation of scientists engage with the natural world through a leading a digital experience, guiding and engage them in scientific thinking.¬†
Dell EMC on Tuesday refreshed two of its high-performance all-flash storage lines, with the flagship VMAX, now known as PowerMax, going full speed ahead with new machine learning technology, and the XtremIO X2 line gaining a new dramatically lower entry level price point.
The refresh of the two all-flash storage array families was unveiled at the Dell Technologies World, held this week in Las Vegas.
[Related: Dell EMC Launches All-Flash Storage Barrage]
Dell EMC is still the leading vendor of all flash arrays, with a market share of 29 percent during the fourth quarter of 2017, according to an April report published by Wells Fargo Securities citing its own and IDC data.
Dell EMC's new PowerMax all-flash array, formerly known as the VMAX line, is a complete architecture refresh of the prior offerings built from the ground-up to be ready for the latest storage media technologies including the new NVMe flash storage and future server-class memory, said Sam Grocott, senior vice president of marketing for Dell EMC's Infrastructure Solutions group.
It is targeted at next-generation applications such as real-time analytics, genomics, artificial intelligence, IoT, and mobile applications, he said.
Key to the new PowerMax is the fact that it was designed for industry-standard, not proprietary, components including NVMe media, he said.
Other vendors are using proprietary NVMe components, he said. "We believe that will take them off the innovation path as industry-standard components get enhanced," he said.
The PowerMax also represents Dell EMC's first entry in the implementation of machine learning to Excellerate performance and provide proactive system health monitoring, said Grocott.
On the machine learning front, the new PowerMaxOS storage operating system takes advantage of years of performance and maintenance data collected from the VMAX installed base and real-time data within the array itself.
"By leveraging both, the PowerMax can make decisions about what data or block goes on what tier of storage to free up the high-performance tiers," he said. "It's leveraging over 40 million data sets, and gets smarter from the first read-write-put-get operation."
The new PowerMax 2000 scales to up to 1 petabyte of effective capacity across two "PowerBricks" after in-line deduplication and compression, and offers up to 1.7 million IOPs of performance, Grocott said.
The PowerMax 8000 scales to up to 4 petabytes of effective capacity across eight PowerBricks, with up to 10 million IOPs of performance, he said.
The PowerMax is scheduled to ship next week, he said.
Also new from Dell EMC is the latest version of the XtremIO X2, the current iteration of the company's XtremIO all-flash storage array.
The new version of the XtremIO X2 adds native replication, Grocott said. It is data-aware asynchronous replication which only sends changes to the data set to the remote site to cut bandwidth requirements by up to 75 percent with no impact to the performance, he said. The replication process can be initiated with only three steps, he said.
The new XtremIO X2 is priced at a 55-percent lower entry price point than the original XtremIO family on a per-gigabyte basis, Grocott said.
The addition of NVMe is a huge enhancement to Dell EMC's flagship storage offering, said Michael Tanenhaus, principal at Mavenspire, an Annapolis, Md.-based solution provider and long-time Dell EMC channel partner.
"The VMAX's competitive difference is that it is indestructible," Tanenhaus told CRN. "Now the PowerMax is indestructible and ultra-fast. Anyone in the trade knows SSDs are a stepping stone to performance. NVMe is a part of the natural progression."
The enhancements to the XtremIO X2 seem to be the latest in the logical progression to the product line, Tanenhaus said. When the XtremIO was first introduced a year ago, the key changes were in the software to provide a host of new storage services to the line, he said.
"If it's just performance someone wants, any vendor can provide that," he said. "But if you want low-latency file storage, go with XtremIO X2. Having all the data services makes this offering more firmly entrenched in the data center than if it were just a question of speed."
XtremIO X2 offers a landing zone on which channel partners can expand their clients' data center infrastructures, Tanenhaus said.
"If you can assign two or more workloads to XtremIO X2, it will work well and give partners a platform on which to expand," he said. "Once people understand it, they will want to do more. And XtremIO X2 scales well," said Tanenhaus.
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Different Learning Theories
Learning theory tells us how we take in and process information and knowledge. A person‚Äôs environment influences his learning. In the case of Pavlov‚Äôs dog, for example, the physiologist Ivan Pavlov found that the sound of a metronome produced saliva in a dog‚Äôs mouth. The dog was conditioned to hear the sound and associate that sound with food, hence the salivation. This is called classical conditioning.
In operant conditioning, coined by B.F. Skinner, we learn through reinforcement or punishment. We avoid touching a pot of boiling water, for example, because we will burn our fingertips. Skinner developed the operant conditioning chamber, later known as the Skinner Box, to study animal behavior. The chamber or box has a key or bar that can be pressed so that the animal obtains a reward like food or water. Manipulating the key meant food, that is the premise of reinforcement in learning.
What is an example of a classical conditioning?
Food poisoning is a good example of such conditioning. If your first experience of eating a burrito ended in nausea and other contaminated food symptoms, you will likely gag at the smell of future similar dishes.
What is an example of operant conditioning?
The sales incentive is positive reinforcement in operant conditioning. The quarterly bonus, for instance, is offered to the sales agent who reaches his target goal. And he will likely strive to reach his future goals with such a stimulus.
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