210-065 CIVND Implementing Cisco Video Network Devices

CCNA Collaboration is the best of two worlds: Voice over IP (VoIP) and Video! This course is the first of two necessary to achieve the CIVND certification.

Related areas of expertise:

• Cisco Voice over IP
• Cisco video
• Cisco teleconferencing

Recommended equipment:

• None

Related certifications:

• Cisco CCNA Collaboration
• Cisco CCNP Collaboration

Related job functions:

• Teleconferencing setup and deployment
• Quality of Service (QoS) management
• Voice over IP and Video over IP component configuration

The CIVND1 course is the first course covering the foundations of voice and Video over IP, deployed and managed, using Cisco technologies. You will learn the prerequisite skills needed to achieve the complete CCNA Collaboration certification. This course focuses specifically on the key video technologies needed to manage a Cisco teleconferencing system.

Product Description
Exam Number: 210-065 CIVND
Associated Certifications: CCNA Collaboration
Duration: 75 Minutes (55 – 65 questions)
Available Languages: English
Register: Pearson VUE

Exam Description

The 210-065 Implementing Cisco Video Network Devices exam is a 75-minute, 55-65 question assessment that is associated with the CCNA Collaboration qualification programs. This exam tests a candidate’s knowledge of and skills to implement various Cisco Video endpoints in converged Cisco video infrastructures. It also tests a candidate’s ability to implement and troubleshoot Cisco Unified Communication and Collaboration, TelePresence, and Digital Media Player in different Cisco business video solution architectures.

Exam Topic

1.0 Video Concepts 21%

1.1 Describe the functional components of video solutions
1.1.a Provisioning and scheduling Management
1.1.b Video compositing
1.1.c Streaming video
1.1.d Recording and storage
1.1.e Media players
1.1.f Media convergence
1.1.g Media managements
1.1.h Video convergence

2.0 Endpoint Configuration 32%

2.1 Describe video product models
2.1.a Mobile devices

• 2.1.b Desktop systems
• 2.1.c Multi-purpose systems
• 2.1.d Surveillance cameras and encoders
• 2.1.e Immersive systems
• 2.1.f Peripherals and add-ons
• 2.1.g Cabling connections
• 2.1.h Digital media players
• 2 Describe environment recommendations
• 2.2.a Room lighting recommendations
• 2.2.b Room acoustics recommendations
• 2.2.c Room power recommendations
• 2.2.d Room HVAC recommendations
• 2.2.e Room materials (windows, floor material, wall material, etc.)
• 2.2.f Room size and background wall
• 2.2.g Viewing distance
• 2.2.h Physical security recommendations

2.3 Implement desktop endpoints and surveillance cameras

• 2.3.a Network settings
• 2.3.b GUI interface and CLI
• 2.3.c Control plane
• 2.3.d Cables
• 2.3.e Test call
• 2.3.f User acceptance test
• 2.3.g Microphone calibration
• 2.3.h Camera calibration
• 2.3.i Media playback on PCs
• 2.4 Describe features and functions
• 2.4.a Auto collaboration
• 2.4.b MCU capabilities versus TelePresence Server
• 2.4.c Audio add in
• 2.4.d PIP
• 2.4.e FECC
• 2.4.f Resolution setting
• 2.4.g Multi way vs multi-site

3.0 Troubleshooting and Support 31%

3.1 Describe troubleshooting methodologies
3.2 Identify endpoint issues

• 3.2.a Cabling
• 3.2.b Peripherals
• 3.2.c Network connectivity
• 3.2.d Registration
• 3.2.e Call setup
• 3.2.f Media quality
• 3.2.g Mid call feature issues
• 3.3 Collecting system information
• 3.3.a Logs
• 3.3.b Status
• 3.4 Manage configuration
• 3.4.a Backups
• 3.4.b Restore
• 3.4.c Reset to defaults
• 3.4.d Password recovery

3.5 Implement key CLI commands
3.6 Monitor events and alerts

4.0 Conferencing Concepts 10%

4.1 Describe multi-point control units
4.2 Describe conferencing features

• 4.2.a Switching and layout options
• 4.2.b Cascading
• 4.2.c Conferencing add-ons

4.3 Describe scheduling vs adhoc vs on demand features