Cisco Video Network Devices 210-065 Training
This course provides students with the fundamental knowledge Cisco Tele-Presence products covered in Cisco exam 210-065, digital media platforms including digital media players for small businesses and is the second part of a two-course series on Cisco Collaboration technologies.
Included In This Course
Closed Captions
Certificate of Completion
Course Description for Cisco Video Network Devices 210-065
Our comprehensive course, “Cisco 210-065 CIVND: Implementing Cisco Video Network Devices,” is designed to provide you with an in-depth understanding of the Cisco Video Network Devices. This course covers key concepts, tools, technologies, and practical applications of Cisco’s video and content delivery systems. You will learn how to install, configure, and troubleshoot Cisco video surveillance, collaboration endpoints, and telepresence endpoints. Additionally, the course delves into unified IP phones, Cisco Jabber, and multipoint conferencing solutions.
Through a series of detailed modules, you will gain hands-on experience and practical knowledge that can be directly applied to real-world scenarios. Whether you are an IT professional seeking to enhance your video networking skills or a beginner interested in Cisco technologies, this course will provide the foundational knowledge and advanced techniques needed to succeed in the field.
What You Will Learn in the Cisco Video Network Devices Course
By enrolling in this course, you will gain a comprehensive skill set that includes the following key learning outcomes:
- Understand the basics of video networking and its significance in modern communication.
- Learn to install and configure Cisco video surveillance systems.
- Gain expertise in configuring and managing Cisco collaboration endpoints.
- Develop skills to operate and troubleshoot Cisco Unified IP Phones and Cisco Jabber.
- Master the installation and configuration of Cisco Telepresence endpoints.
- Explore multipoint conferencing solutions and their applications.
- Understand the characteristics and installation processes for Cisco DMPs (Digital Media Players).
- Hands-on labs to reinforce practical skills in video network device configuration and troubleshooting.
Exam Objectives for Cisco Video Network Devices Certification
The “Cisco 210-065 CIVND: Implementing Cisco Video Network Devices” certification exam is governed by Cisco. The exam objectives include the following:
- Describing Cisco video and content delivery solutions (20% of the exam).
- Implementing Cisco video surveillance solutions (20% of the exam).
- Implementing Cisco collaboration endpoints (20% of the exam).
- Operating and troubleshooting Cisco collaboration endpoints (20% of the exam).
- Implementing and troubleshooting Cisco Telepresence endpoints (20% of the exam).
Achieving this certification demonstrates your proficiency in deploying and managing Cisco video network devices and solutions.
Who This Cisco Video Network Devices Course is For
This course is tailored for a diverse audience who can benefit from the skills and knowledge provided:
- IT professionals looking to specialize in video network devices and solutions.
- Network administrators seeking to expand their expertise in Cisco technologies.
- System engineers responsible for implementing and managing video conferencing solutions.
- Beginners and newcomers interested in starting a career in video networking.
- Certification candidates preparing for the Cisco 210-065 CIVND exam.
Possible Jobs You Can Get With This Knowledge
The skills and knowledge gained from this course open up a variety of career opportunities, including:
- Video Network Engineer
- Collaboration Engineer
- Network Administrator
- Systems Engineer
- Technical Support Engineer
- Video Surveillance Specialist
These roles span across various industries such as IT, telecommunications, corporate enterprises, and government sectors.
Average Industry Salaries for People with Cisco Video Network Devices Skills
Professionals with expertise in Cisco Video Network Devices can expect competitive salaries. Here are some average salary ranges:
- Video Network Engineer: $80,000 – $110,000 per year
- Collaboration Engineer: $85,000 – $120,000 per year
- Network Administrator: $70,000 – $95,000 per year
- Systems Engineer: $75,000 – $105,000 per year
- Technical Support Engineer: $65,000 – $90,000 per year
- Video Surveillance Specialist: $70,000 – $100,000 per year
These figures provide a clear indication of the financial benefits associated with mastering Cisco video network technologies.
Get Started Today (Call to Action)
Take the next step in advancing your career by enrolling in the “Cisco 210-065 CIVND: Implementing Cisco Video Network Devices” course. Gain the expertise needed to excel in the field of video networking and stand out in the job market. With our comprehensive curriculum and hands-on labs, you’ll be well-prepared to achieve your certification and succeed in your career.
Don’t wait—enroll today and take advantage of the growing demand for skilled video network professionals!
Key Term Knowledge Base: Key Terms Related to Cisco Video Network Devices
Understanding the key terms associated with Cisco Video Network Devices is essential for professionals working in video networking and related fields. These terms form the foundation of the knowledge required to effectively implement, configure, and troubleshoot Cisco video and collaboration solutions. Below is a comprehensive list of key terms you should be familiar with.
| Term | Definition |
|---|---|
| Cisco TelePresence | A suite of high-definition video conferencing products designed to create immersive, face-to-face experiences through high-quality video and audio. |
| Cisco Jabber | A unified communications application that provides instant messaging, voice and video calls, voice messaging, desktop sharing, and conferencing. |
| Unified IP Phones | Internet Protocol (IP) phones that use VoIP (Voice over IP) technology to transmit calls over an IP network. |
| Endpoint | A device that provides an entry or exit point in a network, such as IP phones, video conferencing units, and desktop systems. |
| Collaboration Endpoint | Cisco devices designed to facilitate video conferencing, such as Cisco Webex Room devices, and other integrated video solutions. |
| Multipoint Control Unit (MCU) | A device used in video conferencing to connect multiple endpoints in a single call, managing the video, audio, and data streams. |
| Digital Media Player (DMP) | Devices that play digital media files such as videos, images, and other multimedia content from a network. |
| Cisco Unified Communications | A suite of applications and services providing voice, video, messaging, and conferencing services over a network. |
| H.323 Protocol | A standard for voice, video, and data communications across IP-based networks, often used in video conferencing. |
| SIP (Session Initiation Protocol) | A signaling protocol used for initiating, maintaining, and terminating real-time sessions including voice, video, and messaging applications. |
| Video Codec | A device or software that encodes or decodes digital video, enabling the compression and decompression of video files. |
| QoS (Quality of Service) | Technologies and techniques used to manage network resources and ensure the performance of critical applications, such as video and voice traffic. |
| TelePresence Management Suite (TMS) | Cisco software used for scheduling, managing, and monitoring Cisco TelePresence systems and other video conferencing devices. |
| TelePresence Content Server (TCS) | A server used for recording and streaming video conferences and presentations. |
| Firewall Traversal | Techniques used to enable video conferencing and other communication services to work across different network boundaries while maintaining security. |
| H.264 | A video compression standard commonly used for recording, compressing, and distributing video content. |
| MX Series | Cisco’s line of multipoint video conferencing systems designed for high-quality group conferencing. |
| SX Series | Cisco’s line of video conferencing endpoints designed for small and medium-sized meeting rooms. |
| DX Series | Cisco’s line of desktop collaboration devices integrating video conferencing, calling, and messaging features. |
| CTS (Cisco TelePresence System) | A specific model of Cisco TelePresence equipment designed to deliver high-definition video conferencing experiences. |
| VCAP (Video Call Admission Control) | A mechanism to control the number of video calls within a network to ensure adequate bandwidth and maintain quality of service. |
| Edge 340 DMP | A Cisco device designed to deliver high-quality digital media content to displays in various locations. |
| SIP Trunk | A service offered by an ITSP (Internet Telephony Service Provider) that connects a company’s PBX to the internet using SIP protocol. |
| Video Network | A network infrastructure designed specifically to handle video traffic, ensuring high-quality transmission and minimal latency. |
| Video Surveillance | Systems used for monitoring and recording video footage for security and monitoring purposes, typically involving IP cameras and video management software. |
| BYOD (Bring Your Own Device) | Policies and practices allowing employees to use their personal devices for work-related tasks, including video conferencing and communications. |
| CTS-Manager | A software application that provides centralized management of Cisco TelePresence endpoints. |
| Immersive Video | High-quality video conferencing that replicates an in-person meeting experience through life-size video displays and high-fidelity audio. |
| Video Bridge | A device that connects multiple video conferencing calls into a single meeting, similar to an MCU. |
| MediaNet | A Cisco architecture and solution for optimizing video and rich media applications over an IP network. |
| TelePresence Interoperability Protocol (TIP) | A protocol used to ensure interoperability between different TelePresence systems and equipment. |
| Video Endpoints | Devices used for sending and receiving video signals in a video conferencing setup, including cameras, monitors, and codecs. |
| Visual Collaboration | The use of video and visual tools to enhance communication and collaboration among individuals and teams, often across different locations. |
| Far End Camera Control (FECC) | A feature allowing participants in a video conference to control the camera at the remote site, adjusting focus, zoom, and positioning. |
| Presentation Sharing | The ability to share a computer screen or presentation with other participants during a video conference. |
| Directory Integration | Integrating video conferencing systems with corporate directories (such as LDAP) to facilitate easy dialing and contact management. |
| Video Call Recording | The process of capturing video conference sessions for future playback, archiving, and analysis. |
| Call Detail Records (CDR) | Logs that capture details about video calls, including duration, participants, and call quality metrics. |
| Adaptive Video | Technology that adjusts video quality and resolution dynamically based on network conditions and available bandwidth. |
| Codec | Abbreviation for “coder-decoder” or “compressor-decompressor,” essential for encoding and decoding digital video and audio streams. |
| Interoperability | The ability of different video conferencing systems and protocols to work together seamlessly, allowing for cross-platform communication. |
| Unified Communications Manager (CUCM) | Cisco’s call control platform that provides reliable, secure, and scalable communications over IP networks. |
Knowing these terms is vital for anyone involved in the deployment, management, and optimization of Cisco video network devices and related technologies.
Frequently Asked Questions About Cisco Video Network Devices 210-065
What is Cisco TelePresence?
Cisco TelePresence is a suite of high-definition video conferencing products designed to create immersive, face-to-face experiences through high-quality video and audio. It includes various endpoints and infrastructure solutions for a comprehensive video collaboration environment.
How does Cisco Jabber integrate with video conferencing?
Cisco Jabber integrates with video conferencing by providing a unified communications application that supports instant messaging, voice and video calls, voice messaging, desktop sharing, and conferencing. It allows users to collaborate seamlessly across different devices and platforms.
What are Unified IP Phones?
Unified IP Phones are Internet Protocol (IP) phones that use VoIP (Voice over IP) technology to transmit calls over an IP network. They integrate with Cisco’s unified communications infrastructure to provide advanced calling features and collaboration capabilities.
What is a Multipoint Control Unit (MCU)?
A Multipoint Control Unit (MCU) is a device used in video conferencing to connect multiple endpoints in a single call, managing the video, audio, and data streams. It enables multiparty video conferences by bridging the connections between various participants.
What is the function of Cisco’s Digital Media Player (DMP)?
Cisco’s Digital Media Player (DMP) is a device that plays digital media files such as videos, images, and other multimedia content from a network. It is commonly used in digital signage and content delivery applications to display information and media across various locations.
Proudly DisplayYour Achievement
Upon completion of your training, you’ll receive a personalized certificate of completion to help validate to others your new skills.
Cisco 210-065 CIVND: Implementing Cisco Video Network Devices Course Content
Module 1: Pre-Course Chapter 1
- Course Introduction
- Civnd Intro Part 1
- Civnd Intro Part 2
- The Big Picture
Module 2: Pre-Course Chapter 2
- All About Video Part 1
- All About Video Part 2
- All About Video Part 3
- All About Video Part 4
Module 3: Cisco Video And Content Delivery
- Cisco Video And Content Delivery Part 1
- Cisco Video And Content Delivery Part 2
- Cisco Video And Content Delivery Part 3
Module 4: Cisco Video Surveillance
- Cisco Video Surveillance Part 1
- Cisco Video Surveillance Part 2
Module 5: Cisco Collaboration
- Cisco Collaboration Part 1
- Cisco Collaboration Part 2
- Cisco Collaboration Part 3
Module 6: Central Collaboration Endpoint Control
- Central Collaboration Endpoint Control
Module 7: Unified IP Phones, Desk Endpoints And Cisco Jabber
- Unified IP Phones Desk Endpoints And Cisco Jabber
Module 8: Configuring Unified IP Phones And Cisco Jabber
- Configuring Unified IP Phones And Cisco Jabber Part 1
- Configuring Unified IP Phones And Cisco Jabber Part 2
Module 9: Operating And Troubleshooting Cisco Unified IP Phone And Cisco Jabber
- Operating And Troubleshooting Cisco Unified IP Phone And Cisco Jabber Part 1
- Operating And Troubleshooting Cisco Unified IP Phone And Cisco Jabber Part 2
- Operating And Troubleshooting Cisco Unified IP Phone And Cisco Jabber Part 3
Module 10: Cisco Telepresence Endpoints Installation And Characteristics
- Cisco Telepresence Endpoints Installation And Characteristics Part 1
- Cisco Telepresence Endpoints Installation And Characteristics Part 2
- Cisco Telepresence Endpoints Installation And Characteristics Part 3
- Cisco Telepresence Endpoints Installation And Characteristics Part 4
Module 11: Configuring Cisco Telepresence CTS And Cisco DX650 Endpoints
- Configuring Cisco Telepresence CTs And Cisco D X650 Endpoints Part 1
- Configuring Cisco Telepresence CTs And Cisco D X650 Endpoints Part 2
Module 12: Configuring Cisco Telepresence TC Endpoints
- Configuring Cisco Telepresence TC Endpoints Part 1
- Configuring Cisco Telepresence TC Endpoints Part 2
- Configuring Cisco Telepresence TC Endpoints Part 3
- Configuring Cisco Telepresence TC Endpoints Part 4
- Configuring Cisco Telepresence TC Endpoints Part 5
- Configuring Cisco Telepresence TC Endpoints Part 6
Module 13: Operating And Troubleshooting Cisco Telepresence Endpoints
- Operating And Troubleshooting Cisco Telepresence Endpoints Part 1
- Operating And Troubleshooting Cisco Telepresence Endpoints Part 2
- Operating And Troubleshooting Cisco Telepresence Endpoints Part 3
- Operating And Troubleshooting Cisco Telepresence Endpoints Part 4
- Operating And Troubleshooting Cisco Telepresence Endpoints Part 5
Module 14: Cisco Multipoint Conferencing Solutions
- Cisco Multipoint Conferencing Solutions Part 1
- Cisco Multipoint Conferencing Solutions Part 2
- Cisco Multipoint Conferencing Solutions Part 3
Module 15: Configuring And Monitoring Cisco Multipoint
- Configuring And Monitoring Cisco Multipoint Part 1
- Configuring And Monitoring Cisco Multipoint Part 2
Module 16: Cisco DMP Characteristics And Installation
- Cisco DMP Characteristics And Installation Part 1
- Cisco DMP Characteristics And Installation Part 2
Module 17: Configuring Cisco DMPs
- Configuring Cisco DMP's
Module 18: Managing Cisco Edge 340 DMPs
- Managing Cisco Edge340 DMPs
- Course Conclusion
Module 19: Labs
- Basic Switch Port Configuration
- Dashboard Options Part 1
- Dashboard Options Part 2
- Preparations For Endpoints Part 1
- Preparations For Endpoints Part 2
- Preparations For Endpoints Part 3
- Preparations For Endpoints Part 4
- Basic Troubleshooting
- Setup TC Endpoint Part 1
- Setup TC Endpoint Part 2
- Setup TC Endpoint Part 3
- Setup TC Endpoint Part 4
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I’ve enjoyed the training so far. Wish it was more focused on Linux like other training, but still good.
The educators at ituonline.com are highly skilled but could improve their methods of instruction. In the CCNA 200-301 course, there’s a heavy emphasis on oral lectures, and it would be beneficial to include more in-depth visual aids. Annotating labs and graphics could also make the educational journey more effective. On the other hand, the N10-008 course instructor consistently offers top-notch material.
This course is super detailed but not boring, and they give you cool projects to actually practice what you’re learning.