NS0-175 learn - Cisco and NetApp FlexPod Design Specialist Updated: 2023
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Exam Code: NS0-175 Cisco and NetApp FlexPod Design Specialist learn November 2023 by Killexams.com team|
NS0-175 Cisco and NetApp FlexPod Design Specialist
Title: Cisco and NetApp FlexPod Design Specialist (NS0-175)
The Cisco and NetApp FlexPod Design Specialist (NS0-175) exam validates the knowledge and skills required to design and implement Cisco and NetApp FlexPod solutions. This certification is intended for professionals who are involved in designing and architecting data center solutions using the FlexPod infrastructure.
The Cisco and NetApp FlexPod Design Specialist course provides participants with comprehensive knowledge and practical skills in designing and deploying FlexPod solutions. The following is a general outline of the key areas covered in the certification program:
1. FlexPod Overview:
- Introduction to the FlexPod architecture and components
- Understanding the benefits and use cases of FlexPod
- Exploring the Cisco Unified Computing System (UCS) and NetApp storage integration
2. Designing FlexPod Solutions:
- Gathering requirements and identifying customer needs
- Designing the compute, storage, and networking components of FlexPod
- Understanding scalability, performance, and high availability considerations
3. FlexPod Networking Design:
- Designing and implementing network connectivity for FlexPod
- Configuring Cisco Nexus switches for FlexPod integration
- Implementing VLANs, virtual port channels (vPC), and quality of service (QoS)
4. NetApp Storage Design:
- Designing NetApp storage components for FlexPod
- Configuring storage protocols (NFS, iSCSI, Fibre Channel) and storage efficiency features
- Implementing storage virtualization and data protection strategies
5. UCS Compute Design:
- Designing and configuring Cisco UCS servers for FlexPod
- Understanding UCS service profiles, templates, and server pools
- Implementing compute virtualization with VMware vSphere or Microsoft Hyper-V
6. Integration and Deployment:
- Integrating and deploying FlexPod in a data center environment
- Testing and validating the FlexPod design and configuration
- Implementing management and monitoring tools for FlexPod
The Cisco and NetApp FlexPod Design Specialist (NS0-175) exam assesses candidates' understanding of FlexPod architecture, design principles, and integration considerations. The exam objectives include, but are not limited to:
1. Demonstrating knowledge of the FlexPod architecture and its components.
2. Designing FlexPod solutions based on customer requirements and best practices.
3. Designing and implementing network connectivity for FlexPod.
4. Designing NetApp storage components and storage protocols for FlexPod.
5. Designing and configuring Cisco UCS servers for FlexPod.
6. Integrating and deploying FlexPod in a data center environment.
The Cisco and NetApp FlexPod Design Specialist certification program typically includes instructor-led training and hands-on labs provided by Cisco, NetApp, or authorized training partners. The syllabus provides a breakdown of the Topics covered throughout the course, including specific learning objectives and milestones. The syllabus may include the following components:
- Introduction to FlexPod and NS0-175 exam overview
- FlexPod Overview
- Designing FlexPod Solutions
- FlexPod Networking Design
- NetApp Storage Design
- UCS Compute Design
- Integration and Deployment
- exam Preparation and Practice Tests
- Final Cisco and NetApp FlexPod Design Specialist (NS0-175) Certification Exam
|Cisco and NetApp FlexPod Design Specialist|
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NS0-175 Real Questions
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Cisco and NetApp FlexPod Design Specialist
What software program manages a NetApp storage controller with Data ONTAP 8.1 or later?
A . FilerView
B . OnCommand System Manager
C . UCS Manager
D . Web Browser
Which of the following commands are used for running automated diagnostic analysis routines?
A . diag list
B . diag dump
C . netstat -d
D . ifstat -a
View the Exhibit.
A customer wants to ensure that FlexPod Datacenter connections to the storage layer are highly available.
Which two configurations shown in the exhibit satisfy the customers requirements? (Choose two.)
A . IV
B . II
C . I
D . III
The correct manner in which to open a Network Appliance support ticket is to ____ at the NOW site?
A . Submit a RMA
B . Submit a support ticket
C . Submit a Case
D . Submit a BURT
Network Appliance field alerts _______ and _________.
A . are available at www.netapp.com
B . may be received via email
C . are available at now.netapp.com
D . replace autosupport
In which of the following sites can a complete list of Network Appliance support centers be found?
A . now.netapp.com
B . www.netapp.com
C . ftp.netapp.com
D . NetCache online help
Which two features are supported in both Nexus 7000 and Nexus 9000 switches? (Choose two.)
A . Overlay Transport Virtualization (OTV)
B . Virtual Device Contexts (VDC)
C . Virtual Extensible LAN (VXLAN)
D . Virtual Port Channels (vPC)
Which of the following tools is designed to inventory existing VMware vSphere, Linux, and Microsoft Windows
Server versions in a customer environment?
A . Cisco UCS Sizer for Enterprise Applications
B . Cisco UCS Central
C . Microsoft Assessment and Planning (MAP) Toolkit
D . Cisco Resource Comparison Tool
A customer wants to deploy a FlexPod solution that involves directly connecting the NetApp AFF storage using the
FCoE protocol to the Cisco UCS Fabric Interconnects.
In this scenario, which Cisco UCS Fibre Channel mode would be used to accomplish this task?
A . trunk mode
B . end host mode
C . switching mode
D . access mode
All of the following are supported interface types EXCEPT _______.
A . ATM
B . Gigabit Ethernet, copper
C . 10/100 Ethernet
D . Gigabit Ethernet, fiber
To add a user to the appliance database, you must enter the _____ and the _____.
A . user name
B . access permissions
C . password
D . group
Which two types of Cisco UCS servers are available to be used with a FlexPod Express deployment? (Choose two.)
A . Cisco UCS C-Series
B . Cisco UCS B-Series
C . Cisco UCS E-Series
D . Cisco UCS S-Series
An ACI customer would like to enable devices from one Endpoint Group to talk to another Endpoint Group.
Which ACI construct is required to enable this capability?
A . Endpoint
B . Bridge Domain
C . Application Profile
D . Contract
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Chinese PC maker CWWK is selling a set of tiny desktop computers that measure just 75.4 x 75.4 x 52.5mm (3âł x 3âł x 2.1âł), but which pack a lot of functionality into that compact design. TheÂ CWWK Mini M1, for example, features dual 2.5 GbE Ethernet ports and support for up to three displays, while [âŠ]
Potential attacks, software and platform vulnerabilities, malware, and misconfiguration issues can pose serious threats to organizations seeking to protect private, confidential, or proprietary data. Fortunately, various technologies â collectively known as unified threat management â make it easy to use virtualized or appliance-based tools to provide comprehensive security coverage.
With a combination of regular updates, monitoring and management services, and critical security research and intelligence data, you can vastly improve your businessâs cybersecurity. Weâll explore how to erect defenses with UTM and implement sound security policies to cope with an array of threats.
What is unified threat management?
Unified threat management is an all-in-one security implementation that helps protect businesses from online security risks. A UTM solution includes features like network firewalls, antivirus software, intrusion detection and virtual private networks. Many businesses may prefer UTM software platforms, but hardware options, such as dedicated firewalls and router networking devices, are also available.
By implementing a UTM program throughout your organization, you provide a single security source for all of your information technology (IT) needs that can scale as your business grows.Â
With a UTM guarding your organization, you get a streamlined experience with various security components working together seamlessly, instead of the potential issues that could arise if you integrated multiple services for each function.
Why is unified threat management important?
By its very nature, technology is constantly changing. Unfortunately, this includes cybercrime; as technology progresses and we become more connected, the number of threats keeps growing.Â
This unpredictability is why itâs critical to implement a comprehensive UTM program throughout your organization. A UTM is like a cybersecurity force guarding against the most common vulnerabilities hackers could exploit. By essentially guarding every virtual entry point, a UTM is a great preventive security measure for any business.
Why is unified threat management necessary?
The history of information security and palliative technologies goes back to the 1980s, when perimeter security (through firewalls and screening routers) and malware protection (primarily in the form of early antivirus technologies) became available.Â
As threats evolved in sophistication and capability, other elements to secure business networks and systems became available. These solutions include email checks, file screening, phishing protection, and allow lists and block lists for IP addresses and URLs.
From the mid-â90s to the first decade of the 21st century, there was an incredible proliferation of point solutions to counter specific threat types, such as malware, IP-based attacks, distributed denial-of-service (DDoS) attacks, and rogue websites with drive-by downloads. This explosion led to an onslaught of data security software and hardware designed to counter individual threat classes.Â
Unfortunately, a collection of single-focus security systems lacks consistent and coherent coordination. Thereâs no way to detect and mitigate hybrid attacks that might start with a rogue URL embedded in a tweet or email message, continue with a drive-by obtain when that URL is accessed, and really get underway when a surreptitiously installed keylogger teams up with timed transmissions of captured data from a backdoor uploader.Â
Worse yet, many of these cyberattack applications are web-based and use standard HTTP port addresses, so higher-level content and activity screening is necessary to detect and counter unwanted influences.Â
What does a unified threat management solution include?
The basic premise of UTM is to create powerful, customized processing computer architectures that can handle, inspect, and (when necessary) block large amounts of network traffic at or near wire speeds. It must search this data for blacklisted IP addresses, inspect URLs for malware signatures, look for data leakage, and ensure all protocols, applications, and data are benign.Â
Typical UTM solutions usually bundle various functions, such as the following.
Modern UTM systems incorporate all these functions and more by combining fast special-purpose network circuitry with general-purpose computing facilities. The custom circuitry that exposes network traffic to detailed and painstaking analysis and intelligent handling does not slow down benign packets in transit. It can, however, remove suspicious or questionable packets from ongoing traffic flows, turning them over to scanners or filters.Â
The UTM agency can then perform complex or sophisticated analyses to recognize and foil attacks, filter out unwanted or malicious content, prevent data leakage, and ensure security policies apply to all network traffic.
Since many businesses are shifting employees to remote work models, itâs more critical than ever to invest in VPNs for data security.
Unified threat management providers
UTM solutions usually take the form of special-purpose network appliances that sit at the network boundary, straddling the links that connect internal networks to external networks via high-speed links to service providers or communication companies.
By design, UTM devices coordinate all aspects of a security policy, applying a consistent and coherent set of checks and balances to incoming and outgoing network traffic. Most UTM device manufacturers build their appliances to work with centralized, web-based management consoles. This lets network management companies install, configure and maintain UTM devices for their clients.Â
Alternatively, IT managers and centralized IT departments can take over this function. This approach ensures that the same checks, filters, controls, and policy enforcement apply to all UTM devices equally, avoiding the gaps that the integration of multiple disparate point solutions (discrete firewalls, email appliances, content filters, virus checkers, and so forth) can expose.
Top UTM providers
These are some of the most respected UTM providers:
Cyberthreat intelligence gives you a direct line into new and developing cyberattacks worldwide, so you can know the enemy and build an effective solution to prevent breaches.
How to choose the right UTM provider
When choosing a business UTM solution, you should seek the standard functions described above as well as these more advanced features:Â
Advanced UTM devices must also support flexible architectures whose firmware can be easily upgraded to incorporate new means of filtering and detection and to respond to the ever-changing threat landscape. UTM makers generally operate large, ongoing security teams that monitor, catalog, and respond to emerging threats as quickly as possible, providing warning and guidance to client organizations to avoid exposure to risks and threats.
Some of the best-known names in the computing industry offer UTM solutions to their customers, but not all offerings are equal. Look for solutions from reputable companies like Cisco, Netgear, SonicWall and Juniper Networks. Youâre sure to find the right mix of features and controls to meet your security needs without breaking your budget.
IT InfoSec certifications that address UTM
As a visit to the periodic survey of information security certifications at TechTargetâs SearchSecurity confirms, more than 100 active and ongoing credentials are available in this broad field. However, not all of the best IT certifications address UTM directly or explicitly.Â
While no credential focuses exclusively on UTM, some of the best InfoSec and cybersecurity certifications cover UTM aspects in their exam objectives or the associated standard body of knowledge that candidates must master:
Of these credentials, the generalist items (such as CISA, CISSP, and CHPP/CHPA) and the two SANS GIAC certifications (GCIH and GCWN) provide varying levels of coverage on the principles of DLP and the best practices for its application and use within the context of a well-defined security policy.Â
Out of the above list, the CISSP and CISA are the most advanced and demanding certs. The Cisco and Juniper credentials concentrate more on the details of specific platforms and systems from vendors of UTM solutions.
With the ever-increasing emphasis on and demand for cybersecurity, any of these certifications â or even entry-level cybersecurity certifications â can be a springboard to launch you into your next information security opportunity.
Eduardo Vasconcellos contributed to the writing and research in this article.
âââCLP4NET, the Cyber Learning Platform for Network Education and Training, allows users to easily find educational resources related to Topics ranging from nuclear energy, nuclear safety and nuclear science and technology. It contains instructor-led courses and e-learning self-study resources and is provided to the interested public as a cost-free service.
CLP4NET aims to facilitate sustainable education in the nuclear sector by empowering web-based development and dissemination of high quality e-learning resources and learning environments, in a way that is cost-effective, scalable and easy to use. Its main components are:
[carykh] has a really interesting video series which can supply a beginner or a pro a great insightÂ into how neural networks operate and at the same time how evolution works. You may remember his work creating a Bach audio producingÂ neural network, and this series again shows his talent at explaining the complex subject so anyone may understand.
He starts with 1000 âcreaturesâ. Each hasÂ an internal clock which acts a bit like a heart beat however does not change speed throughout the creatureâs life. Creatures also have nodes which cause friction with the ground but donât collide with each other. Connecting the nodes are muscles which can stretch or contract and have different strengths.
At the beginning of the simulation the creatures are randomly generated along withÂ theirÂ random traits. Some have longer/shorter muscles, while node and muscle positions are also randomly selected. Once this is set up they have one job: move from left to right as far as possible in 15 seconds.
Each creature has a chance to perform and 500 are then selected to evolve based on how far they managed to travel to the right of the starting position. The better the creature performs the higher the probability it will survive, although some of the high performing creatures randomly die and some lower performers randomlyÂ survive. The 500 surviving creatures reproduce asexually creating another 500 to replace the population that were killed off.
The simulation is run again and again until one or two types of species start to dominate. When this happens evolution slows down as the gene pool begins to get very similar. Occasionally a breakthrough will occur either creating a new species or improving the current best species leading to a bit of a competition for the top spot.
We think the series of four short YouTube videos (all around 5 mins each) that kick off the series demonstrate neural networks in a very visual way and make it really easy to understand. Whether youÂ donât know much about neural networks or you do and want to see something really cool, these are worthy of your time.
Ruri Ranbe has been working as a writer since 2008. She received an A.A. in English literature from Valencia College and is completing a B.S. in computer science at the University of Central Florida. Ranbe also has more than six years of professional information-technology experience, specializing in computer architecture, operating systems, networking, server administration, virtualization and Web design.
Even though machine learning AKA âdeep learningâ / âartificial intelligenceâ has been around for several decades now, itâs only recently that computing power has become fast enough to do anything useful with the science.
However, to fully understand how a neural network (NN) works, [Dimitris Tassopoulos] has stripped the concept down to pretty much the simplest example possible â a 3 input, 1 output network â and run inference on a number of MCUs, including the humble Arduino Uno. Miraculously, the Uno processed the network in an impressively fast prediction time of 114.4 ÎŒsec!
Whilst we did not test the code on an MCU, we just happened to have Jupyter Notebook installed so ran the same code on a Raspberry Pi directly from [Dimitrisâs] bitbucket repo.
He explains in the project pages that now that the hype about AI has died down a bit that itâs the right time for engineers to get into the nitty-gritty of the theory and start using some of the âtoolsâ such as Keras, which have now matured into something fairly useful.
In part 2 of the project, we get to see the guts of a more complicated NN with 3-inputs, a hidden layer with 32 nodes and 1-output, which runs on an Uno at a much slower speed of 5600 ÎŒsec.
This exploration of ML in the embedded world is NOT âhigh levelâ research stuff that tends to be inaccessible and hard to understand. We have covered Machine Learning On Tiny Platforms Like Raspberry Pi And Arduino before, but not with such an easy and thoroughly practical example.
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