#Cisco UCS Course

[dclessonsonline]

Mastering Cisco UCS with DCLessons: The Ultimate Training for Cloud and Networking Engineers

The digital transformation era demands that IT professionals remain on the cutting edge, particularly in data center and cloud technologies. Cisco’s Unified Computing System (UCS) is a leading solution that integrates computing, networking, and storage resources to enhance performance, reduce complexity, and increase scalability. For cloud and networking engineers, mastering Cisco UCS is not just an advantage — it’s a necessity. DCLessons offers a comprehensive online training program tailored to meet the growing needs of IT professionals in this rapidly evolving landscape.

Why Cisco UCS?

Cisco UCS is a powerful data center architecture that unifies compute, network, and storage access into a single integrated system. This system helps to reduce the complexity of traditional architectures by simplifying management and deployment processes, which in turn enhances efficiency and lowers operational costs. With UCS, organizations can manage thousands of servers with ease, allowing for faster deployment of applications and services. The unique design of Cisco UCS helps businesses scale seamlessly while maintaining high levels of performance and reliability.

The Importance of Cisco UCS Training

For IT professionals, staying updated with the latest technologies is crucial. Cisco UCS training equips you with the necessary skills to manage and optimize this cutting-edge infrastructure. By mastering UCS, you gain the ability to design, implement, and manage a unified data center, making you an invaluable asset to any organization.

The training at DCLessons is designed to provide both theoretical knowledge and practical experience. Whether you are new to the field or an experienced professional, the Cisco UCS course offered by DCLessons will guide you through every aspect of the UCS platform.

Course Overview

DCLessons’ Cisco UCS course is structured to cover all aspects of UCS, from basic to advanced levels. Here’s what you can expect:

Introduction to Cisco UCS Architecture:

Understand the components and architecture of Cisco UCS, including fabric interconnects, blade servers, and unified I/O.

Learn about the role of Cisco UCS Manager and its importance in managing UCS components.

Configuring Cisco UCS:

Gain hands-on experience with configuring Cisco UCS components, including the creation and management of service profiles.

Explore advanced configurations, such as network and storage integration, that optimize UCS performance.

Cisco UCS Management:

Learn how to manage and monitor UCS environments using Cisco UCS Manager.

Dive into best practices for maintaining and troubleshooting UCS systems.

Advanced Features and Integration:

Explore the integration of Cisco UCS with other Cisco products, such as Cisco Nexus switches and storage arrays.

Understand how UCS supports virtualization technologies and cloud environments, making it ideal for modern data centers.

Cisco UCS Labs

DCLessons provides practical labs that allow you to apply the knowledge gained during the course. These labs simulate real-world scenarios, enabling you to practice UCS deployment, configuration, and management tasks. This hands-on experience is critical for reinforcing the theoretical concepts covered in the course and preparing you for real-world applications.

Why Choose DCLessons?

DCLessons is a premier online training portal that offers a wide range of courses for cloud and networking engineers. The Cisco UCS course is designed by industry experts who bring real-world experience and insights into the training. Here’s what sets DCLessons apart:

1. Comprehensive Course Content: The course covers every aspect of Cisco UCS, ensuring you gain a thorough understanding of the platform.

2. Practical Labs: The inclusion of hands-on labs provides a practical learning experience that is crucial for mastering UCS.

3. Flexible Learning Options: With monthly, half-yearly, and yearly membership plans, you can choose a learning schedule that fits your lifestyle.

4. Expert Instructors: Learn from industry professionals with extensive experience in Cisco UCS and data center technologies.

Conclusion

Cisco UCS is a cornerstone technology for modern data centers, and mastering it can significantly advance your career. DCLessons offers a comprehensive and practical training program that prepares you to excel in deploying and managing Cisco UCS environments. By enrolling in the Cisco UCS course at DCLessons, you not only gain valuable skills but also position yourself as a leader in the IT industry. Visit DCLessons today to start your journey toward becoming a Cisco UCS expert.

For more information about Cisco Unified Computing System online training please visit the website.

[mounika1113]

Enhance Your Knowledge on Cisco UCS Administration Training

GoLogica is offering instructor-led Cisco UCS Administration training. With our in-depth courseware along with practice tests, participate in our classroom training session and achieve your learning objectives. This course prepares you for the Cisco UCS Administration certification examination. By the end of the course and on successful completion of the examination, you will get a certificate from GoLogica which will aid you in your career.

Cisco UCS - The Cisco Unified Computing System is a data center server computer product line composed of computing hardware, virtualization support, switching fabric, and management software. It integrates computing, networking, and storage resources to increase efficiency and enable centralized management. The goal of a UCS product line is to simplify the number of devices that need to be connected, configured, cooled, and secured and provide administrators with the ability to manage everything through a single graphical interface.

Cisco UCS Administration certification course with GoLogica makes you an expert in data center management and computing. In this course, you will master the skills and technologies you need to implement Cisco data center unified computing infrastructure, including Cisco UCS servers, virtualization, and networking for LAN and SAN connectivity, and to maintain, operate, and automate, and secure unified computing deployments.

The Cisco Data Center Specialist certifications enhance your skills and abilities to design, install and support a data center networking solution. Lean-to gets started and advances your career as a data center professional using the latest industry solutions and technologies. Datacenter certifications can enhance your technical skills, confidence, and the value you bring to your IT department.

[deep-context-tech]

Telex Radio Dispatch System Integration with Cisco Unified Communications. Part 2

After much research, calls to our Cisco SE, a PDI case, and a conference call with Telex we have decided... We are going to implement Telex SIP softphones on the desktops. This will provide the best solution short of rigging up some cables connecting the Cisco IP Phone headset port and auxiliary port to the Telex ADHB-4 box. Telex stated this solution has been available for five years but has only caught on in the last year. Running this system on SIP softphones leaves me a little unsettled, I am somewhat comforted because Telex seems to be releasing updates to their software on a regular basis. This tells me they are actively fixing problems. The main downside to this solution is the Cisco UCCX Call Center version 8.5 doesn't support 3rd party SIP phones. I can't say that I blame the UCC Business Unit since this could require testing and certifying many 3rd party SIP phones. In this testing, of course some vendors would be left out, customers would complain, and this would pull key staff away from fixing bugs and preparing the next version. So I will configure CallManager, excuse me, Unified Communications Manager, with 3rd party SIP devices for the Dispatchers' SIP softphones. We have two UCMs and the softphones allow for one entry for a SIP server, either IP Address or Domain Name. I read up on creating DNS server entries for SIP servers, so I think I will try creating one DNS SIP SVR entry for two IP addresses. An email from Cisco referred to the Cisco Interoperability and Collaboration System (IPICS). This system is basically and Cisco UC systems with some Radio over IP integration. Without any experience on this, I this this is a very good and viable option, however the customer has already purchased a solution supporting the Radio, RoIP, and operator console functions. We are just trying to integrate telephony into the system. Stay tuned...We will see how the Telex SIP softphones cooperate with Cisco UCM 8.5 (did I mention we are doing the Cisco UC on UCS with Cisco UCS-C servers? FYI...I am also frustrated Cisco doesn't support Cisco Unified Enterprise Attendant Console server installed on the same Cisco UCS-C Class server which also have Cisco UCS installed on them.... While Cisco supports UxAC running on VMware, it is only supported on Cisco UCS-B or UCS-C servers. These servers can not have other Cisco UC systems loaded on them (same host server)...hhmmm....Such is the question...Install CxAC on Cisco UCS servers with VMware, (which is supported) or on Cisco UCS servers without Cisco UC apps are not installed but not on those servers have other Cisco UC applications (which is not supported), Install on VMware with other Cisco UCS servers (which is permitted) or install on -Bill

[cisco-packet-tracer-crackxo]

Download Cisco Packet Tracer crack (license key) latest version THYP-

💾 ►►► DOWNLOAD FILE 🔥🔥🔥 Following the the Nexus Titanium emulator, the NX-OSv is a moder emulator for datacenter certifications training. It's also great plaform to test network automation prior to production deployment. Current version of NXOSv is This version adds or enhances PTP v1 and v2 co-existence, Logging 2. Download NX-OSv The current version emulates the UCS manager 4. PT Anywhere PT Anywhere is a web application designed to offer a network simulation environment based on Cisco Packet Tracer engine throug a web interface which can be accessed from a web browser. PT Anywhere can as such be integrated inside a website, an online course, a learning systm like moodle This tool provides real network connectivity to Cisco Packet Tracer, and thus the ability to connect to other lab environments. Download it from Github and connect your Packet Tracer labs to your real Cisco devices!.

[cisco-packet-tracer-crack3m]

Download Cisco Packet Tracer crack (keygen) latest version 534X+

💾 ►►► DOWNLOAD FILE 🔥🔥🔥 Following the the Nexus Titanium emulator, the NX-OSv is a moder emulator for datacenter certifications training. It's also great plaform to test network automation prior to production deployment. Current version of NXOSv is This version adds or enhances PTP v1 and v2 co-existence, Logging 2. Download NX-OSv The current version emulates the UCS manager 4. PT Anywhere PT Anywhere is a web application designed to offer a network simulation environment based on Cisco Packet Tracer engine throug a web interface which can be accessed from a web browser. PT Anywhere can as such be integrated inside a website, an online course, a learning systm like moodle This tool provides real network connectivity to Cisco Packet Tracer, and thus the ability to connect to other lab environments. Download it from Github and connect your Packet Tracer labs to your real Cisco devices!.

[netmetric-blog-blog]

New Batch on #CCIE Data Center v3.0 Training & #Certification Program.

First Institute to successfully get a student certify for CCIE DC v3.0

Batch Date : 21st February 2022 (Weekdays, Mon - Fri)

Batch Timings: 7:30pm to 9:30pm IST

APPLY FOR CCIE Data Center LIVE DEMO: shorturl.at/suQX0

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Comprehensive Package Inclusion for End-End CCIE Data Center Training: ----------------------------------------- - In-Depth Technology live online classes (120+ hours) - Class recordings + Class Notes + Reference materials for self study - Practice on Real Hardware (9K,7k,5k,2k, ACI, UCS) - DCCOR exam prep materials - CCIE DC v3.0 exam lab workbook with full topology rack time - One-one Mentoring for CCIE Certification

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Course Modules: ------------------ Module 1: - L2/L3 Connectivity(Nexus) Module 2: - Application Centric Infrastructure Module 3: - Unified Computing System (UCSM) Hyperconverged Infra- HyperFlex Module 4: - Storage Area Network Module 5: - Automation and Orchestration

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[commhunter736]

Cisco Nexus 1000 V Ova

Cisco Nexus 1000 V Oval

Cisco Nexus 1000v Ova Download

Posted on 03 Apr 2012 by Ray Heffer

Installing the Cisco Nexus 1000V distributed virtual switch is not that difficult, once you have learned some new concepts. Before I jump straight into installing the Nexus 1000V, lets run through the vSphere networking options and some of the reasons you’d want to implement the Nexus 1000V.

vSS (vSphere Standard Switch)

Often referred to as vSwitch0, the standard vSwitch is the default virtual switch vSphere offers you, and provides essential networking features for the virtualisation of your environment. Some of these features include 802.1Q VLAN tagging, egress traffic shaping, basic security, and NIC teaming. However, the vSS or standard vSwitch, is an individual virtual switch for each ESX/ESXi host and needs to be configured as individual switches. Most large environments rule this out as they need to maintain a consistent configuration across all of their ESX/ESXi hosts. Of course, VMware Host Profiles go some way to achieving this but it’s still lacking in what features in distributed switches.

vDS (vSphere Distributed Switch)

So the vDS, also known as DVS (Distributed Virtual Switch) provides a single virtual switch that spans all of your hosts in the cluster, which makes configuration of multiple hosts in the virtual datacenter far easier to manage. Some of the features available with the vDS includes 802.1q VLAN tagging as before, but also ingress/egress traffic shaping, PVLANs (Private VLANs), and network vMotion. The key with using a distributed virtual switch is that you only have to manage a single switch.

Cisco Nexus 1000V Virtual Security Gateway Version 4.2(1)VSG2(1.1) for VMware vSphere 4.1 +. 1010 OVA - nexus-1000v.VSG2.1.1.1010.ova (md5.

Cisco Nexus 1000V cloud switch is a virtual appliance. It provides integration of physical and virtualized network infrastructure. Cisco Nexus 1000V switch is compatible with VMware ESX and vSphere (ESXi) hypervisors. There is a version for Microsoft Hyper-V and Open KVM as well for additional public cloud and platform support.

1 st – Create the VRF – here mgmt-vrf. 2 nd – Assign the interface to the VRF. As you can see, the interface is by default in shutdown. For my home lab setup I use the 192.168.0.9x range for labbing. I use the X to signify the router – to.91 will be CSR1000V-1,.92 will be CSR1000V-2, and.93 will be CSR1000V-3. Cisco Nexus 1000V Installation and Upgrade Guide, Release 4.2(1)SV1(5.2) Chapter Title. Installing the Cisco Nexus 1000V Software Using ISO or OVA Files. PDF - Complete Book (12.02 MB) PDF - This Chapter (2.79 MB) View with Adobe Reader on a variety of devices. EPub - Complete Book (4.38 MB). Cisco Nexus 1000v Secondary Switch Module Setup Cisco Nexus 1000v Secondary Switch. Open up your vCenter Management Console. Click on File and Deploy OVF Template. Select the same version OVA package that you used for your primary switch. A summary is shown of the Cisco Nexus 1000v virtual appliance.

Cisco Nexus 1000V

In terms of features and manageability, the Nexus 1000V is over and above the vDS as it’s going to be so familiar to those with existing Cisco skills, in addition to a heap of features that the vDS can’t offer. For example, QoS tagging, LACP, and ACLs (Access Control Lists). Recently I have come across two Cisco UCS implementations which require the Nexus 1000V to support PVLANs in their particular configuration (due to the Fabric Interconnects using End-Host Mode). There are many reasons one would choose to implement the Cisco Nexus 1000V, lets call it N1KV for short :)

Without further delay, grab a coffee and we’ll get the N1KV installed!

Components of the Cisco Nexus 1000V on VMware vSphere

There are two main components of the Cisco Nexus 1000V distributed virtual switch; the VSM (Virtual Supervisor Module) and the VEM (Virtual Ethernet Module). If you are familiar with Cisco products and have worked with physical Cisco switches, then you will already know what the supervisor module and ethernet modules are. In essence, a distributed virtual switch, whether we are talking about the vSphere (vDS) or N1KV have a common architecture. That is the control and data plane, which is what makes it ‘distributed’ in the first place. By separating the control plane (VSM), and the data plane (VEM), a distributed switch architecture is possible as illustrated in the diagram here (left).

Another similarity that is the use of port groups. You should be familiar with port groups as they are present on both the VMware vSS and vDS. In Cisco terms, we’re talking about ‘port profiles’, and they are configured with the relevant VLANs, QoS, ACLs, etc. Port profiles are presented to vSphere as a port group.

Installing the Cisco Nexus 1000V

What you need:

A licensed copy of the Cisco Nexus 1000V

vSphere environment with vCenter.

At least one ESX/ESXi host, preferably two or more! - If you are using a lab environment and don’t have the physical hardware available then create a virtual ESXi server (this post by VCritical details how to do this).

You’ll also need to create the following VLANs: Control, Management, and Packet

Note: If you are doing this in a lab environment then you can place all of the VLANs into a single VM network, but in production make sure you have separate VLANs for these.

In the latest release of the Nexus 1000V the Java based installer, which we will come on to in a moment, now deploys the VSM (or two VSMs in HA mode) to vCenter and a GUI install wizard guides you through the steps. This has made deployment of the N1KV even easier than before.

Once you have downloaded the Nexus 1000V from the Cisco website, continue on to the installation steps.

Installation Steps:

1) Extract the .zip file you downloaded from Cisco, and navigate to VSMInstaller_AppNexus1000V-install.jar. Open this (you need Java installed) and it will launch the installation wizard. Enter the vCenter IP address, along with a username and password.

2) Select the vSphere host where the VSM resides and click Next.

3) Select the OVA (in the VSMInstall directory), system redundancy option, virtual machine name and datastore, then click Next.

Note: This step is new, previously you had to deploy the OVA first, then run this wizard. If you choose HA as the redundancy option, it will append -1 or -2 to the virtual machine name.

4) Now configure the networking by selecting your Control, Management and Packet VLANs. Click Next.

Note: In my home lab, I just created three port groups to illustrate this. Obviously in production you would typically have these VLANs defined, otherwise you can create new ones here on the Nexus 1000V.

5) Configure the VSM by entering the switch name, admin password and IP address settings.

Note: The domain ID is common between the VSMs in HA mode, but you will need a unique domain ID if running multiple N1KV switches. For example, set the domain ID to 10. The native VLAN should be set to 1 unless otherwise specified by your network administrator.

6) You can now review your configuration. If it’s all correct, click Next. Alesis multimix 8 usb drivers.

7) The installer will now start deploying your VSM (or pair if using HA) with the configuration settings you entered during the wizard.

8) Once it has deployed you’ll get an option to migrate this host and networks to the N1KV. Choose No here as we’ll do this later.

Cisco Nexus 1000 V Oval

9) Finally you’ll get the installation summary, and you can close the wizard.

You’ll now see two Nexus 1000V VSM virtual machines in vCenter on your host. In a production environment you would typically have the VSMs on separate hosts for resilience. Within vCenter, if you navigate to Inventory > Networking you should now see the Nexus 1000V switch:

Installing the Cisco Nexus 1000V Virtual Ethernet Module (VEM) to ESXi 5

What we are actually doing here is installing the VEM on each of your ESX/ESXi hosts. In the real world I prefer to use VMware Update Manager (VUM) to do this, as it will automatically add the VEM to a host when it is added to the N1KV virtual switch. However, for this tutorial I will show you how to add the VEM using the command line with ESXi 5.

1) Open a web browser and open the Nexus 1000V web page, http://. You will then be presented with the Cisco Nexus 1000V extension (xml file) and the VEM software. It’s the VEM we are interested in here, so download the VIB that corresponds to your ESX/ESXi build.

2) Copy the VIB file on to your ESX/ESXi host. You must place this into /var/log/vmware as ESXi 5 expects the VIB to be present there.

Note: Use the datastore browser in vCenter to do this.

3) Log into the ESXi console either directly or using SSH (if it is enabled) and enter the following command:

# esxcli software vib install -v /var/log/vmware/cross_cisco-vem-v140-4.2.1.1.5.1.0-3.0.1.vib

You should then see the following result:

4) You can verify that the VEM is installed using the following commands:

Labtec driver keyboard. # esxcli software vib list | grep cisco

# vem status -v

Configuring the Nexus 1000V

Before we add our hosts to the Nexus 1000V we’ll need to create the port profiles, including the uplink port profile. The uplink port profile will be selected when we add our hosts to the switch, and this will typically be a trunk port containing all of the VLANs we wish to trunk to the hosts.

1) Log into the Nexus 1000V using SSH

2) Create a ethernet port profile as follows:

Adding ESX/ESXi Hosts to the Cisco Nexus 1000V

The final step is to add your host(s) to the Cisco Nexus 1000V.

1) Within vCenter, browse to Inventory > Networking and select the Cisco Nexus 1000V switch. Right click, and select ‘Add Host’.

2) Select the vmnic(s) of the host(s) you want to add and choose the VM_Uplink in the dropdown (we created this in the last step) and click Next.

Note: You’ll notice in the above screenshot that I’m adding a spare vmnic as I don’t want to lose connectivity with my standard vSwitch.

3) Migrate your port groups to the Nexus 1000V, such as the Management (vmk). Click Next.

Note: I chose not to do this, this can be done later.

4) You will then have the opportunity to migrate your virtual machines to the N1KV. This is optional and can be done later. Click Next.

5) Review the summary and click Finish.

Summary

We have just downloaded and installed the Cisco Nexus 1000V, installed the VSMs to vCenter, installed the VEM to your host and added the host to the Cisco Nexus 1000V switch. The next steps are to configure the Nexus 1000V, port profiles, etc.Common Questions:

How many Cisco Nexus 1000V virtual switches can be added to vCenter?

vCenter can connect to up to 32 Distributed Virtual Switches, this includes the Nexus 1000V. You’ll need a VSM (or pair for redundancy) for each N1KV switch. A Nexus 1000V can only connect to a single vCenter.

Can the Nexus 1000V stretch across sites?

Since software release 4.2(1)SV1(4a), yes. Table 1 in the release notes contains the configuration limits.

Can the VSM reside on the same ESX/ESXi host as the VEM?

Cisco Nexus 1000v Ova Download

Yes (can also be on a separate host)

Tagged with: vmwarenetworking

[dclessonsonline]

Enhance your knowledge with our Cisco UCS courses. Learn about the configurations and management of UCS to ensure efficient and scalable data center operations. https://www.dclessons.com/category/courses/ucs

[itianshouse]

Is Microsoft Network Plus Certification The Most Trending Thing Now?

Cisco Certified Technician (CCT): A Cisco Certified Technician (CCT) accreditation exhibits your capacity to find. Overhaul, fix and supplant basic Cisco network gear and frameworks at client destinations. There are two CCT ways to look over: server farm or way and switch.    Microsoft network plus certification includes support. And maintenance of Cisco servers and integrated computer systems. It intends for site support engineers. who work with Cisco software system tools and software. You must take the Cisco Data Center System Device Compliant (DCTECH) v2.0. course Before you can finish the test. The course will cover the basics of data center networking, field service. and hardware upgrades and how to identify component modules, cabling accessories. And Cisco Unified Computing System (UCS) interfaces.   CCT Routing and Switching accreditation cover the help and on-location support of Cisco switches, switches, and working conditions. it designs for an on-web website online technical guide and different assistants running with Cisco Data Center Solutions. Ahead you'll take the test, you ought to finish. the Cisco Routing and Switching Network Devices (RSTECH) uphold course.  the web self-study covers network fundamentals, Cisco delivery, and outer modules. So Cisco IOS programming working frameworks, and thus the Cisco instruction Interface (CLI).   Cisco Certified Network Associate (CCNA) Travel and Transformation: Read the full article

[101blockchain]

5 Best Blockchain Certification, Courses & Training

Blockchain technology might have been around for almost over a decade now. However, it has been getting the recognition it deserved just about recently as it crossed the barriers of cryptocurrency applications. Although blockchain was initially created for a digital world with full access to highly secure and intermediary-free financial services, it has found applications in many other sectors recently.

Therefore, blockchain education is also gaining demand, with many aspiring blockchain professionals looking for reliable blockchain certification and training courses. However, the prominent challenge lies in selecting the ideal training course or certification for achieving blockchain specialization. Since blockchain research and education are still in the initial stages and completely new, it is difficult to round up suitable options. The following discussion helps you find detailed insights on the top five blockchain courses and certification training courses. 

How to Find the Ideal Blockchain Course or Certification?

With the striking growth in blockchain applications, it is reasonable to find the best blockchain courses. However, you need to look into the essential traits to make a good blockchain course. One of the foremost aspects of a favorable blockchain course refers to orientation of course topics with learners' skill levels. The next favorable highlight in a good blockchain course refers to participation of subject matter experts in creating the courses.

The best block chain training courses would have interactive exercises, including hands-on labs and programming exercises with practical demonstrations. As a result, candidates can get a practical yet simple understanding of all course topics or certification exam objectives. Now, let us look at the different courses and certifications in blockchain domain for aspiring candidates. 

1. Blockchain Council Certified Blockchain Architect 

The Certified Blockchain Architect certification training course on Blockchain Council is a proven instrument for developing in-depth knowledge regarding different blockchain architectures. The blockchain certification course deals with different aspects of blockchain architecture, implementation of blockchain solutions, development of network nodes, and tools required for building a blockchain. Once you have completed the certification training course objectives thoroughly, you can appear for the certification exam. 

2. Certified Enterprise Blockchain Professional Certification on 101 Blockchains 

101 Blockchains has also become a top alternative for online blockchain courses. The CEBP certification on 101 Blockchains includes a well-planned training course over 4 weeks. Candidates can get around 3 to 4 sessions every week in the certification training course for learning about the exam objectives.

The mark of trust by various organizations such as IBM, Cognizant, Capgemini, Cisco, and many notable industry players for 101 Blockchains shows the right reasons for joining the CEBP certification training course. The CEBP certification also comes with a printable diploma and a digital badge to show your professional communities' achievements. 

3. Udemy Course on Learning Blockchain Development with C++ and EOS

If you are a C++ developer, then this is the best blockchain training course for you. The training course helps in developing comprehensive expertise in blockchain technology for smart contract design and deployment. At the same time, the course is also helpful for learning more about the decentralized apps ecosystem. The course starts with a recap of basics in C++ programming language followed by developing blockchain Ethereum technology. Subsequently, you can explore more about the domain of decentralized applications and best practices for their development. 

4. Blockchain Technology on edX

Aspiring blockchain developers can opt for this online course to learn about blockchain technology in detail. BerkeleyX offers this professional certification training course. The course deals with many topics associated with the foundations of blockchain technology and Bitcoin, followed by building on them.

The course has the backing of the premier Computer Science department of UC Berkeley alongside Blockchain at Berkeley. Furthermore, it also delivers comprehensive insights into different enterprise-scale blockchain implementations, widening regulatory landscape about blockchain, and industry use cases related to blockchain.

5. Advanced Your Skills in the Blockchain on LinkedIn Learning

You may not be aware of the promising blockchain courses that you can avail on LinkedIn Learning. Beginners and intermediate-level developers can utilize this course for starting their blockchain learning journey from ground-zero. The Advance Yours Skills in the Blockchain present a favorable learning path for all aspiring blockchain professionals. The courses help you gain fluency in basic concepts on blockchain and cryptocurrency. You can also gain skills for developing competency skills for Ethereum and Solidity. Furthermore, learners can also develop skills in blockchain programming for iOS. 

Conclusion 

You can refer to your learning requirements for finding out suitable online blockchain courses or certifications on a concluding note. Blockchain is opening up new career opportunities. However, it is not reasonable to grab the first course or certification on blockchain that you come across.

On the contrary, take your own time in reviewing the offerings of a particular platform. For example, 101 Blockchains offers many special training courses on blockchain alongside its certification training courses. So, evaluate your options wisely and make a reasonable decision while choosing training courses or certifications in blockchain.        

https://101blockchains.com/blockchain-certifications/

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[super-elena-zorash]

Learn About the 500-710-Cisco Video Infrastructure Implementation Exam:

Video Infrastructure Implementation (VII) v2017 replaces the Implementing Cisco TelePresence Video Solutions (VTVS2) course to help students prepare for the Cisco TelePresence Video Specialist certification. This course is designed to teach technicians to install/configure, operate and maintain core visual communication components for both premise and cloud-based video and TelePresence solutions. Cisco video/UC infrastructure including Expressway (or VCS), Unified Communications Manager (UCM), Cisco Meeting Server (CMS), TelePresence Server, Conductor and TMS will be configured to work in premise-based solutions as well as with Cisco Spark and Cisco WebEx cloud solutions.

Who should attend?

Network Video Operator and Administrator

Voice / UC / Collaboration / Communications Engineer

Collaboration Tools Engineer

Collaboration Sales / Systems Engineer

Certifications:

This course is part of the following Certifications:

Cisco Video Infrastructure Implementation (CVII)

Prerequisites:

The recommended knowledge and skills for a learner before attending this course are as follows:

Working knowledge of basic IP networking

Knowledge of video conferencing and streaming fundamentals

Course Objectives:

At the end of this course students will be able to install, configure, maintain and troubleshoot Cisco visual collaboration solutions. This course help the student in preparing for the Cisco TelePresence Video Specialist certification.

Main Framework of Cisco Video Infrastructure Implementation (VII) Exam is:

Advanced Cisco Expressway Features

Advanced Cisco Meeting Server Features

Cisco Collaboration Meeting Room Solutions with Cisco TelePresence Server

Cisco TelePresence Management Suite (TMS) Solution

Cisco Cloud Solutions – WebEx and Spark

Cisco TelePresence Content Server (Optional Module)

Pass your Cisco Video Infrastructure Implementation Exam with using authentic and Real Study material that help you to securing Good Marks in very First Attempt. Get the Closer Your Success With https://www.certmagic.com/exam/500-710-exams

Good Luck for Your Exam,

[itexamsharing]

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What are components of identity access management in Pivotal Cloud Foundry?

A. Application security groups and firewalls

B. Tokens and SSO

C. Releases and stemcells

D. Event logging and monitoring

Answer: B

A company desires to standardize its IT platform architecture to reduce maintenance and operational costs.

Which actions should they take once they have virtualized their Platform 2 applications?

A. Move applications to a disaster recovery site

B. Move applications to container dedicated technology

C. Move applications to a larger data center footprint.

D. Move applications to a converged infrastructure.

Answer: D

Which Dell EMC product provides storage management and visibility to multi-vendor storage arrays in virtualized and cloud environments?

A. VMware SRM

B. ViPR Controller

C. ViPR SRM

D. VMware Storage vMotion

Answer: C

Which product provides storage for a VxBlock?

A. Dell EMC VMAX

B. Cisco UCS

C. Cisco Nexus

D. VMware vSphere

Answer: A

What is the most common obstacle businesses encounter as they pursue Digital Transformation?

A. Lack of budget and resources

B. Data privacy and security concerns

C. Lack of executive support

D. Inadequate expertise and skills

Answer: B

What is typically deployed using an IaaS environment?

A. Traditional and cloud-native services

B. Cloud-native services and middleware

C. Middleware and microservices

D. Middleware and traditional applications

Answer: A

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My Experience of CCIE DC Exam from SPOTO’s Student.

I bought SPOTO's DC dumps in March as the start of my first CCIE exam. Previously, my network technology foundation was mainly familiar with the CCNP level of routing and switching. I was interested in the new technology in the direction of the CCIE data center. I have heard some technical reports and simply understand the structure of some nexus 1000v. So it can be said that for the large chunks of content (data center network, storage network, unified computing) involved in CCIE Data Center, it is almost a starting point.

Last June, I started the study of CCIE DC dumps which were offered SPOTO. During this time, I mainly did two things:

First, I read the DC classroom teaching videos of the teachers. Second, completed the written test of DC. After this experience, I have a preliminary understanding of the content of UCS and the content of Nexus. I am interested in the Service profile, stateless computing, FEX, FabricPath, vPC, OTV, etc., and also look for Cisco official PPT and PDF. To add something you want to see.

However, due to the limitations of their own foundation, the two parts of the storage and storage network are still poorly understood.

In the next five months, due to the workplace, you can consult SPOTO and watch the video. I will find some video materials to update and supplement, and click the Lab location in Tokyo. In addition to the video lessons of SPOTO, I think the main resources for DC learning are:

1.A report video about DC in the SPOTO.

2.2. Lab exercises on the SPOTO and all labs are available.

3. SPOTO’s DC training video.

4. The experimental exercises on the SPOTO are very valuable. I suggest you pay more attention to it. There are also experiments on the storage network.

But now SPOTO's course video students can already copy it back to learn, I believe this should be more convenient.

From the end of December last year, I applied to enter the version room until the beginning of March of this year. I took the Lab test for about three months (there was a Spring Festival holiday in the middle), which was divided into three stages.

The first stage is mainly the process of familiarizing with the version content and version exercises. I read the version video again (it is definitely not enough for one time, but my time is limited), and then the teacher of SPOTO deliberately arranged a local when I arranged my experiment time. The comrades in front of me, this allows me to observe how to use the laboratory environment;

The second stage is naturally the version practice. In this stage, I knocked on more than ten experiments in total, and the first three or four times can only be half-finished due to unfamiliarity. During this time, you need to figure out the principle of the video and master the method of viewing the system status. What I like most is the error. On the one hand, it helps me to deepen my understanding of the principle. On the other hand, I also accumulate the experience of troubleshooting. So if I can submit the assignment as soon as possible, it is better for the teacher to help me. In fact, this is also the case. Because of the weak foundation, I have made a lot of low-level mistakes in my practice. I have made rapid progress while correcting mistakes. During the practice, you can talk to the teachers more often if you encounter problems. Even if you are not a friend in Beijing, it is very convenient to discuss the problem on the IP phone. It is also important to emphasize that it is best to read and understand the requirements carefully. Only by associating the requirements with the solutions can we better understand the correctness and rationality of the solution.

The third stage is the sprint phase. There are about three Lab exercises in this stage. In addition to the goal of maturity, this time is more concerned with the troubleshooting points that may be faced. On the one hand, according to the past test situation, do some targeted exercises; on the other hand, after each part is configured, I will take a moment to review, this part may face the problem of troubleshooting, and the corresponding response Method. Teachers will do separate coaching before the exam to help you review each part and remind you of the problems you need to pay attention to. This tutoring is more like a pre-test. After the end, you will feel that you have considerable confidence.

As long as the spot test is done according to the guidelines, there will be no big surprises before the preparations are made, especially in the Beijing test room. I spent the last three hours completing the entire Lab and then checked over and over again. I went through three rounds and found two trouble points. It would be a logical thing to pass the first half hour.

Looking back at the process from scratch to passing the Lab exam, I feel that the biggest points of help for me are SPOTO's real exam dumps and the instruction of man teachers. Passing the exam is just a starting point, there are still many things to learn in the future! I wish you all the best!

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Master Cisco Unified Computing System (UCS) with specialized courses covering architecture, deployment, and management. Optimize your data center operations with UCS expertise. https://www.dclessons.com/category/courses/ucs

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CCIE Data Center v2.1 Workbook

Before we discuss the CCIE Data Center v2.1 Work Book, let’s have a glimpse of what is actually the CCIE Data Center Certification.

CCIE Data Certification

CCIE Data Center certification is going to validate, that the candidates are having the expert-level skills that were required for planning, designing, implementing as well as troubleshooting today’s complex Data Center infrastructure.

Prerequisites

There are basically no formal prerequisites for CCIE certification. Other specialized certifications or training courses are not required.

Required Steps to Obtain Certification:

The candidates are needed to first pass a written qualification exam and then the corresponding hands-on lab exam. They are expected to have an in-depth understanding of the topics which are present in the exam blueprints and are encouraged to have a minimum of seven years of job experience before they begin to attempt the certification.

Steps to Certification

Step One: CCIE Data Center Written Exam

The candidates are needed to complete this exam which would be of two-hour, in written format exam which would qualify them to schedule the Lab exam. The Written exam will test the candidates on their knowledge of data center requirements, such as how different the data center components interoperate, and their ability to translate it into the device configurations. It would be a two-hour test with about 90 to110 questions. It is going to certify that professionals would have the expertise to design, diagnose, implement, and troubleshoot complex Data Center technologies.

Step Two: CCIE Data Center Lab Exam

The Cisco CCIE Data Center Lab exam is going to be a gruesome eight-hour, hands-on exam which would require the candidate so as to configure, diagnose, and troubleshoot a series of complex Data Center situations for a given specification. Knowledge of troubleshooting is considered to be an important skill and candidates are anticipated to diagnose and solve issues as it is a part of the CCIE Lab exam. The candidates must pass the Lab exam within three years of clearing the written exam so as to achieve certification. Your first Lab exam attempt must be made within 18 months of clearing the written exam.

CCIE Data Center V2 Workbook

The CCIE Data Center Workbook is an online interactive compilation of hands-on lab scenarios that are going to walk you through the technologies used in Cisco’s modern Data Center architecture. Whether you are learning for the CCIE Data Center Lab Exam, have an upcoming accomplishment project with Cisco’s Nexus switches or Cisco’s Unified Computing System (UCS), or simply want to gain hands-on experience with these progressive technologies, this workbook would be just for you.

The tasks provided in this workbook are all individually focused on advanced technology labs that would present the topics in a goal-oriented, easy-to-follow, step-by-step approach. Every scenario features the detailed breakdowns and thorough verifications so as to help the candidates to completely understand the technology. The workbook is subdivided into two sections. They are Nexus Technology Labs and UCS Technology Labs.

•   Nexus Technology Labs:

This section of the workbook is going to focus on Data Center Ethernet Switching and Data Center Storage Switching. Hardware platforms are going to be covered in this section which would include the Nexus 2000 Fabric Extenders, Nexus 5000 Switches, Cisco Nexus 7000 Switches, and MDS 9200 SAN Switches. Technologies covered in this section includes the Virtual Port Channels (vPC), Fabric Extension (FEX), Overlay Transport Virtualization (OTV), FabricPath, SAN Switching, and Fibre Channel over Ethernet (FCoE) which are just a few to name.

•   UCS Technology Labs

This section of the workbook is going to focus on Unified Computing, Application Networking, and Network Virtualization. Hardware platforms covered in this section includes the Cisco UCS 6200 Fabric Interconnects (FI), UCS C Series Rack Mount Servers, UCS B5108 Blade Server Chassis, MDS 9200 SAN Switches, ACE 4710 Application Control Engine, and Nexus 1000v Virtual Switch.