If you are interested in obtaining the HCIE-Collaboration V2.0 certification, Passcert can provide you with the most up-to-date H11-879_V2.0 HCIE-Collaboration (Written) V2.0 Exam Dumps which are comprehensive and cover all the necessary content to ensure your success in the exam. By using the latest H11-879_V2.0 HCIE-Collaboration (Written) V2.0 Exam Dumps, you will have a better understanding of the exam topics and increase your chances of passing the exam with ease. Don't miss out on this valuable resource that can greatly contribute to your exam preparation and help you achieve your certification goals.

HCIE-Collaboration (Written) V2.0
Passing the HCIE-Collaboration V2.0 certification proves that you have systematically understood and mastered the technical principles of audio and video technologies, H.323 and SIP protocols, high-reliability solution, public-private network traversal solution, convergence solution, system networking planning and design, system O&M, and troubleshooting in the collaboration field, and are capable of network planning, design, O&M, and troubleshooting of Huawei video conferencing systems
Exam Information
| Exam Name | HCIE-Collaboration (Written) | HCIE-Collaboration (LAB) |
| Exam Code | H11-879 | H11-886 |
| Exam language | ENU/CHS | ENU/CHS |
| Question Type | Single Answer, Multiple Answer, True-false Question, Fill in the blank answers, Drag and drop item | Operation, Essay Item |
| Exam fees | 300USD | 1200USD |
| Exam Duration | 90min | 480min |
| Passing score/Total score | 600 / 1000 | 80/100 |
Exam Content
HCIE-Collaboration V2.0 exam covers advanced technologies in the collaboration field, including audio and video technical principles, H.323 and SIP principles, high reliability solution, public-private network traversal solution, convergence solution, system networking planning and design, system O&M, and troubleshooting.
Knowledge Point Percentage
| Knowledge Point | Percentage | Additional Percentage |
| Intelligent Collaboration Solution Overview | 5% | / |
| Principles of Audio Technology | 7% | / |
| Principles of Video Technology | 8% | / |
| SIP Principles | 18% | 5% |
| H.323 Protocol Principles | 13% | 5% |
| Public-Private Network Traversal Solution | 11% | 20% |
| Convergence Solution for the Video Conferencing System | 6% | 7% |
| Reliability Solution for the Video Conferencing System | 11% | 5% |
| Networking Planning and Design of the Video Conferencing System | 5% | 40% |
| Video Conferencing System O&M | 8% | 13% |
| Video Conferencing System Troubleshooting | 8% | 5% |
Knowledge points
Intelligent Collaboration Solution Overview ● Overview of Huawei Collaboration ● Introduction to Collaboration Products ● Collaboration Solution Features ● Application Scenarios of Collaboration Solutions for Industries
Principles of Audio Technology ● Basic Acoustics ● Key VoIP Technologies ● Common Audio Problems
Principles of Video Technology ● Basic Knowledge About Video Images ● Video Image Processing ● Common Video Image Problems
SIP Principles ● Principles of Data Forwarding in Video Communication ● TCP/UDP Basic Principles ● RTP/RTCP Basic Principles ● SIP Principles ● Wireshark ● Typical SIP Conference Service Process
H.323 Protocol Principles ● H.323 Protocol Principles ● Typical H.323 Conference Service Process
Public-Private Network Traversal Solution for the Video Conferencing System ● Background of Public-Private Network Traversal ● Basic Knowledge of Public-Private Network Traversal ● Principles of Public-Private Network Traversal ● Solutions of Public-Private Network Traversal
Convergence Solution for the Video Conferencing System ● VDC Solution ● Solution for Interconnecting with Peer Vendors' Video Conferencing Systems
Reliability Solution for the Video Conferencing System ● Basic Knowledge of Reliability ● Reliability Solution for Huawei Video Conferencing System
Networking Planning and Design of the Video Conferencing System ● Typical Networking of the Video Conferencing System ● Networking Planning and Design of the Video Conferencing System
Video Conferencing System O&M ● User and Conference Room Management ● Device Management ● Maintenance and Management
Video Conferencing System Troubleshooting ● Basic Knowledge ● NE Log Analysis ● Typical Troubleshooting Cases
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1.What is the core reason why video conferencing supports public and private network traversal? A. There is a firewall or NAT, so public and private network traversal must be supported. B. Signaling and media transmission channels are not unified C. There is a media transmission address in the signaling, and the NAT device only performs address translation on the IP header, so public and private network traversal processing is required. D. Because the network performs address translation on IP packets Answer: C
2.In video conferencing, which anti-packet loss method will not increase network bandwidth? A. ARQ packet loss retransmission B. FEC forward error correction C. Packet loss compensation PLC D. Redundant coding Answer: C
3.Which of the following descriptions about HD terminals is correct? A. HD video terminals cannot communicate with SD video terminals B. HD video terminals must be registered to GK to communicate C. The high-definition video terminal supports remote control of the camera D. The password for the HD video terminal WEB page cannot be empty. Answer: C
4.Which statement is correct about Huawei's video network recording and broadcasting solution? A. Only the SMC interface and telepresence central control interface can control recording and playback. B. The terminal recording and broadcasting request will be sent to the MCU, and then the MCU will perform unified recording and broadcasting operations. C. When the meeting ends, the recording server will return the recording address to SMC, and SMC will notify the user via email to watch on-demand. D. Support point-to-point recording and local recording Answer: C
5.Which of the following is the core reason why a video conferencing system requires a public-private network traversal function? A. The IP header of the private network device needs to be address translated. B. The signaling and media transmission channels are not unified. C. There is a media transmission address in the signaling, but the NAT device only performs address translation on the IP header. D. Because the network performs address translation on IP packets. Answer: C
6.Among the following application modes, () video conferencing has the highest interactivity requirements. A. Peer-to-peer mode B. Small-capacity multi-point conference C. Large-capacity multi-point conference D. Cascading conference Answer:A
7.If the SMC conference administrator does not enable conference recording when booking a meeting, which of the following operations can he use to enable recording during the meeting? A. Enter the conference control interface>Details>Recording to start recording. B. Notify the SMC system administrator to perform the following operations: Device management recording server > Start recording C. Enter the conference control interface>More>Recording to start recording D. Unable to start recording Answer: C
8.The video system is a value-added service based on the communication network that integrates multiple media processing, including () media communication. A. Message communication B. Audio communication C. Video communication D. Data communications Answer: BCD
9.The essence of a video conferencing system is audio and video communication. Currently, there are many free audio and video communication software on the Internet, and video conferencing systems are relatively expensive. Comparing video conferencing systems with free audio and video communication software on the Internet, which of the following are their essential difference points? A. Different framework agreements are used B. Use different cameras, microphones, etc. C. The encoding and decoding protocols used are different D. Audio and video codec processing and effects are different Answer: BD
10.Usually, the actual bandwidth occupied by video conferencing is higher than the conference bandwidth. What are the possible reasons? A. The IP data header occupies a certain bandwidth B. Signaling interaction data occupies a certain bandwidth C. UDP data header occupies a certain bandwidth D. Packet loss and retransmission occupy a certain bandwidth Answer: ACD