500-215 testing - SP Mobility Technology Systems Engineer Representative Updated: 2023
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Exam Code: 500-215 SP Mobility Technology Systems Engineer Representative testing November 2023 by Killexams.com team|
500-215 SP Mobility Technology Systems Engineer Representative
The VMware vSAN 6.7 Specialist test 2019 (5V0-21.19) which leads to VMware Specialist – vSAN 2020 badge, is a 60-item exam, with a passing score of 300 using a scaled method. Candidates are given an appointment time of 120 minutes, which includes five-minute seating time and adequate time to complete the test for non-native English speakers. genuine test time is 115 minutes
VMware test blueprint sections are now standardized to the seven sections below, some of which may NOT be included in the final test blueprint depending on the test objectives.
Section 1 – Architecture and Technologies
Section 2 – Products and Solutions
Section 3 – Planning and Designing
Section 4 – Installing, Configuring, and Setup
Section 5 – Performance-tuning, Optimization, and Upgrades
Section 6 – Troubleshooting and Repairing
Section 7 – Administrative and Operational Tasks
If a section is missing from the list below, please note it is because the test has no testable objectives
for that section. The objective numbering may be referenced in your score report at the end of your
testing event for further preparation should a retake of the test be necessary.
Sections Included in the Exam
Section 1 – vSAN Architectures and Technologies
Objective 1.1 – Describe vSAN requirements
Objective 1.2 – Demonstrate how vSAN stores and protects data
Objective 1.3 – Define vSAN space efficiency features
Objective 1.4 – Define vSAN stretched cluster architecture requirements
Objective 1.5 – Compare the architectural requirements of a vSAN 2-node cluster and a stretched cluster
Section 2 - Planning and Designing – There are no testable objectives for this section
Section 3 - Planning and Designing a vSAN Solution
Objective 3.1 – Define and demonstrate vSAN design considerations
Objective 3.2 – Design a vSAN cluster
Objective 3.3 – Use vSAN design and sizing tools
Objective 3.4 – Explain interoperability with vSphere features
Objective 3.5 – Define which VMware solutions integrate with vSAN
Section 4 – vSAN Installation, Configuration, and Setup
Objective 4.1 – Configure and validate a vSAN configuration
Objective 4.2 – Create and manage disk groups
Objective 4.3 – Configure and validate vSAN services
Objective 4.4 – Configure vSAN stretched cluster and 2-node configurations
Section 5 – Performance-tuning, Optimization, and Upgrades – There are no testable objectives for this section
Section 6 – Troubleshooting and Repairing a vSAN solution
Objective 6.1 – Identify failure scenarios
Objective 6.2 – Interpret vSAN Health warnings
Objective 6.3 – Determine vSAN Health using vSphere Host Client, ESXCLI, and RVC
Objective 6.4 – Evaluate performance information in the UI and using CLI
Objective 6.5 – Manage hardware replacement
Section 7 – vSAN Administrative and Operational Tasks
Objective 7.1 – Create, update, and modify vSAN policies and apply to objects
Objective 7.2 – Describe vSAN data placement changes
Objective 7.3 – Interpret vSAN capacity terms
Objective 7.4 – Evaluate vSAN performance metrics
Objective 7.5 – Describe effects of maintenance mode options
Objective 7.6 – Explain how to add capacity to a vSAN cluster
Objective 7.7 – Patch or upgrade a vSAN cluster
Objective 7.8 – Describe the operational characteristics/differences between vSAN 2-node architecture and stretched cluster
Objective 7.9 – Explain encryption processes
Objective 7.10 – Explain how to utilize TRIM and UNMAP from vSAN and guest perspective
|SP Mobility Technology Systems Engineer Representative|
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SP Mobility Technology Systems Engineer Representative
Which two are characteristics of the high availability task? (Choose two.)
A. It is found on the management module only
B. It is responsible for executing a recovery action for any failure that occurs in the system
C. It is responsible for maintaining the operational state of tasks in the system
D. It triggers an event to the RCT subsystem to take corrective action
E. It is responsible for storing configuration data for the applications that run on the system
F. It runs only on the active SMC
What is the subsystem task that is responsible for performing a centralized IMSI lookup?
A. MME Manager
B. MME Demux Manager
C. Session Manager
D. IMSI Manager
How many VLAN tags may contain each physical port on an Ethernet 1000 line card?
A. up to 124
B. up to 1024
C. up to 1820
D. up to 2000
Which card has the resources to run multiple services?
A. redundant crossbar card
B. switch processor I/O card
C. system management card
D. packet service card
Which bus interconnects RCCs and line cards?
A. control bus
B. system management bus
C. TDM bus
D. redundancy bus
Which controller task is used to facilitate IP routing across and within contexts?
A. Session Controller
B. VPN Controller
C. Driver Controller
D. Resource Manager Controller
What is the Cisco ASR 5000 operating system software based on?
A. Cisco IOS
B. Combination of Linux and Cisco IOS
C. Linux software
D. Star OS
On the Cisco ASR 5000, which three features help to ensure high availability? (Choose three.)
A. inter-chassis redundancy
B. online software upgrades are not supported
C. no single point of failure
D. virtual memory protects software tasks
E. terminated tasks have to be manually restarted
F. no session recovery for common services
Which option is the unique differentiator that sets Cisco ASR 5000 apart from competitors?
A. seamless interoperability with GGSN
B. cost-effective evolution to 2G
C. combines 2G, 3G, and 4G SGSN into the same platform
D. P2P detection and control
How many Packet Service Cards are located in a fully loaded Cisco ASR 5000 chassis?
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Cisco has a variety of new partnerships and programs aimed at helping enterprises build AI-ready infrastructure.
Cisco is taking a collaborative approach to helping enterprise customers build AI infrastructures.
At its latest partner summit, Cisco talked up a variety of new programs and partnerships aimed at helping enterprises get their core infrastructure ready for AI workloads and applications.
"While AI is driving a lot of changes in technology, we believe that it should not require a wholesale rethink of customer data center operations," said Todd Brannon, senior director, cloud infrastructure marketing, with Cisco's cloud infrastructure and software group.
As AI projects move from science projects in an organization's backroom to mission-critical applications, enterprise infrastructure and operations teams are being challenged because they are dealing with new workloads running on familiar infrastructure but with new requirements, Brannon said.
"The idea is that we want to help our customers deploy and manage AI workloads efficiently, find that right mix of acceleration, and not over provision or leave stranded resources or create new islands of operations," added Sean McGee, cloud & data center technology strategist with Cisco.
One of the ways Cisco intends to help customers is by offering a suite of validated designs that can easily be deployed as enterprise AI needs evolve.
The company recently announced four new Cisco Validated Designs for AI blueprints from Red Hat, Nvidia, OpenAI, and Cloudera to focus on virtualized and containerized environments as well as converged and hyperconverged infrastructure options. Cisco already had validated AI models on its menu from AMD, Intel, Nutanix, Flashstack and Flexpod.
The validated designs allow customers to use these models and fine tune what they want to do for their business, McGee said.
Cisco is building Ansible-based automation playbooks on top of these models that customers can use with Cisco's Intersight cloud-based management and orchestration system to automatically inject their own data into the models and build out repositories that can be used in their infrastructure, including at the edge of the network and in the data center, McGee said.
Cisco's Intersight package manages a variety of systems from Kubernetes containers to applications, servers, and hyperconverged environments from a single location.
"Utilizing Intersight and our systems stack, customers can deploy and manage AI-validated workloads," Brannon said. "The message is that we don’t want our customers and partners having to completely rethink the operation side, even though they’re having to rethink some things on the GPU provisioning side for AI, for example," Brannon said.
In addition, as Cisco gets feedback from its customers on AI-specific features or additional validated designs, it will augment Intersight with new features, Brannon said.
Also, over time these models will evolve as more data is used to tune them, and customers can easily adjust them to fit the needs of their enterprise infrastructure, McGee said. "Our partners, too, can utilize these models to significantly expand their services. [They can] really give them a head start and relieve a lot of the engineering expense and time that they need to put these services together for customers."
Cisco recently unveiled Data Center Networking Blueprint for AI/ML Applications that defines how organizations can use existing data center Ethernet networks to support AI workloads now.
A core component of the data center AI blueprint is Cisco's Nexus 9000 data center switches, which support up to 25.6Tbps of bandwidth per ASIC and "have the hardware and software capabilities available today to provide the right latency, congestion management mechanisms, and telemetry to meet the requirements of AI/ML applications," Cisco stated. "Coupled with tools such as Cisco Nexus Dashboard Insights for visibility and Nexus Dashboard Fabric Controller for automation, Cisco Nexus 9000 switches become ideal platforms to build a high-performance AI/ML network fabric."
Cisco has also published scripts so customers can automate specific settings across the network to set up this network fabric and simplify configurations, Cisco stated.
The global penetration testing market is on the brink of reaching a substantial valuation, projected to reach US$ 1913.6 million by 2024. The growth is primarily driven by the burgeoning interest and insights surrounding the penetration testing market. The trend is expected to open doors to new opportunities within the market, with a projected CAGR of 14.4% from 2024 to 2034. By 2034, the market is poised to soar to an estimated total valuation of around US$ 7,363.3 million.
The global penetration testing market is poised for significant growth during the forecast period, primarily driven by several key factors. The increasing frequency and sophistication of cyber-attacks have placed cybersecurity at the forefront of organizational priorities. To combat these threats and protect sensitive data, companies are turning to penetration testing.
The adoption of cloud-based security solutions is also on the rise, creating a parallel need for penetration testing services to ensure the integrity of these cloud environments. The global trend towards digitization, particularly in developing countries, has led to the widespread adoption of Internet of Things (IoT)-based connected devices. This surge in digital transformation initiatives drives the demand for penetration testing as organizations aim to secure their expanding digital ecosystems.
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The growth of internet activities worldwide and the increasing emphasis on security further propel the penetration testing market. This is particularly evident during the COVID-19 pandemic, where remote work and increased online interactions have exposed vulnerabilities in business networks and applications.
Despite these opportunities, challenges exist. A lack of skilled personnel and awareness in some developing and underdeveloped countries may hinder market growth. Nonetheless, adopting hybrid work models and the government’s growing reliance on digital platforms for citizen services are expected to sustain the demand for vulnerability testing.
Key Takeaways from the Penetration Testing Market Report:
Some of the key developments are:
Leading Key Players:
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Penetration Testing Market Segmentation:
By Enterprise Size:
About Future Market Insights (FMI):
Future Market Insights, Inc. (ESOMAR certified, recipient of the Stevie Award, and a member of the Greater New York Chamber of Commerce) offers profound insights into the driving factors that are boosting demand in the market. FMI stands as the leading global provider of market intelligence, advisory services, consulting, and events for the Packaging, Food and Beverage, Consumer Technology, Healthcare, Industrial, and Chemicals markets. With a vast team of over 5000 analysts worldwide, FMI provides global, regional, and local expertise on diverse domains and industry trends across more than 110 countries.
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South Dakota state representative Bob Glanzer died from coronavirus Friday night.
Glanzer, 74, is the second member of his family to die from COVID-19, The Associated Press reported.
He is the first sitting U.S. legislator to die after officially testing positive for the virus.
Last Sunday, however, Michigan state representative Isaac Robinson died from a respiratory illness that his family suspects was COVID-19. Robinson had not been officially diagnosed at the time and his cause of death has not yet been released.
“No words can describe the sorrow, but no words can describe the joy of knowing he is with God for eternity,” Glanzer’s son Tom wrote in a Facebook post announcing his death. “Our family would like to thank the amazing staff at Avera McKennan Hospital & University Health Center for their amazing care of our dad and of us. Their work was even more appreciated during this truly trying time in our world.”
In the South Dakota House, Glanzer represented the state’s 22nd District, in the east-central part of the state. He lived in the town of Huron, about 275 miles west of Minneapolis.
Glanzer was the fourth person in South Dakota to die from COVID-19.
Latest coronavirus updates: Click here for our roundup of the most important developments from NYC and around the world.
You may think that getting a high-speed plan at an affordable rate from your internet provider would certain you consistent and fast speeds. However, that's just half the battle. To get the most out of your internet connection, you'll need a router that can access the speeds you're paying for. That doesn't mean you need to spend a fortune to buy the best Wi-Fi routers though.
What is the best Wi-Fi router?
The TP-Link Archer AX21 is the best router for most people based on our testing -- and it's a Wi-Fi 6 model that costs less than $100. But the best fit for your network depends on a few factors, from the size and layout of your home to the content you stream. We've tested dozens of the latest models to help find options for every situation.
Expect regular updates to this post as we continue testing networking devices periodically. When we find a new router that merits strong consideration, we'll add it to this list with links to our most latest test data so that you can always find the best router.
Read more: Best Internet Providers for 2023
Best Wi-Fi routers of 2023
Why should I upgrade my Wi-Fi router?
Routers have come a long way in the past few years, with a number of today's best Wi-Fi router options boasting impressive speeds and features worth investing in. Over the past few years, the new and improved version of the Wi-Fi standard called 802.11ax -- or Wi-Fi 6 -- has grown more ubiquitous, boasting faster, more efficient home network performance. On top of that, there's a growing number of mesh router options that are well worth considering too, particularly since many of them are far less expensive than the router combo systems that came before them.
All of that means that you've got a lot to think about if you're currently in the market for an upgrade. That's where we come in. Whether you're interested in gaming routers, mesh systems, Wi-Fi 6 routers or just want something decent that won't break the bank, we're here to simplify things and point you in the right direction so that you can find the best Wi-Fi router to manage your needs.
How to shop for a Wi-Fi router in 2023
At this point, Wi-Fi 6 is well-entrenched as the de facto standard for the latest Wi-Fi gadgets, so it's worth getting a Wi-Fi 6 router if you're looking for something new. Wi-Fi 5 routers will continue to get the job done, and there are a few that stand out as worthwhile budget picks, but you'll want Wi-Fi 6 for the latest features and fastest speeds.
For smaller homes and apartments with internet speeds of 500Mbps and less, an entry-level Wi-Fi 6 router like the TP-Link Archer AX21 will do a fine job handling your everyday network traffic. If you live in a home with faster, gigabit level speeds, or if you have multiple power users on your network, then it's worth stepping up to a more powerful midrange model like the Linksys Hydra Pro 6 or the Asus RT-AX86U.
If you live in a larger home or one with multiple stories, then stepping up to a mesh router that can offer better reliability at range makes a lot of sense. You can find a full slate of top picks in my mesh router rundown, but the TP-Link Deco W7200 stands out as an affordable option that tested well. Meanwhile, the Eero Pro 6E is my top mesh pick for homes with a gigabit connection.
That Eero Pro 6E system is one of a growing number of routers that support Wi-Fi 6E, which adds in access to the ultrawide 6GHz band. The only devices that can connect over that band are other Wi-Fi 6E devices, which means that it's largely free from interference. Wi-Fi 6E is more than most homes probably need, but it's worth considering if you're looking for something future-oriented, as the number of home Wi-Fi devices that can connect over 6GHz is expected to grow.
That said, at this point, the smarter play for future-focused shoppers might be to hold out until 2024, when we expect to see the full ratification of Wi-Fi 7, the next big generational update for Wi-Fi. Some manufacturers like TP-Link are jumping the gun with Wi-Fi 7 router releases in 2023, but buying in now seems premature given that the standard isn't fully ratified yet and there isn't a Wi-Fi 7 device certification process yet.
How we test Wi-Fi routers
Like a lot of people, I spent the majority of 2020 and 2021 working from home, and that included my router tests. Last year, in 2022, I relocated my home test setup back to our product testing facility in Louisville, Kentucky.
My operating procedure is largely unchanged -- I start by setting each router up in a fixed location in our lab, and once it's up and running, I run a multitude of speed tests from five different rooms nearby. I start in the same room as the router, I run multiple speed tests on a Lenovo ThinkPad laptop with full support for Wi-Fi 6, I log the results in a spreadsheet, then I move to the next room and repeat. Once I've run tests in all five rooms, I repeat the entire process, but this time, I start with a fresh connection in the room farthest from the router. Your distance from the router when you first connect will make a difference in how the router handles your connection, so running a split of front-to-back and back-to-front tests helps to keep my averages rooted in real-world results.
I run the entire process detailed above (a front-to-back round of speed tests, followed by a back-to-front round) three separate times: once during morning hours, again in the early afternoon, and once again during evening hours. I also run a separate round of tests to a Wi-Fi 6E device (a Samsung Galaxy S21 smartphone). If the router allows me to separate each band into a separate connection, then I'll run separate rounds of tests for each band to see how they perform when isolated.
After all of that, I'm left with a comprehensive look at how the router's speeds hold up to different devices across different distances, as well as how the router handles other considerations, like latency. From there, I make sure to evaluate each router's features and its ease of use, as well as considerations like security standards, smart home compatibility, and overall value relative to the competition.
I'll post the answer to commonly asked router questions below -- if you have any others, feel free to reach out on Twitter (@rycrist), or by clicking the little envelope icon on my CNET profile page. Doing so will let you send a message straight to my inbox.
Recap on the top Wi-Fi routers of 2023
The best Wi-Fi router for most people is the TP-Link Archer AX21. It has an entry-level price tag for high-level performance, with Wi-Fi 6 support, speeds up to 1.2Gbps and a well-designed app that makes setup simple. If you're looking to upgrade from a budget router, the Linksys Hydra Pro 6 was one of the top performers in our testing, providing faster speeds than routers with much higher price tags. The Asus RT-AX86U is our pick for the best gaming router. Like all gaming routers, it's pricy, but it has the lowest latency I've ever seen in our testing -- something that's essential for a good gaming experience.
Wi-Fi router FAQs
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