VP9800 Series Fully Converged MCU
- Classification:Converged Media Engine
- Release time:2025-11-24
- Page views:0
VP9800 Series Fully Converged MCU
- Classification:Converged Media Engine
- Release time:2025-11-24
- Page views:0
Huawei's VP9800 series MCUs are a new generation of high-capacity, cost-effective, flexibly configurable, and smoothly expandable fully converged MCUs. They boast leading 1080P60 full encoding and decoding capabilities, integrate the advantages of the SFU architecture, provide massive meeting room access and media adaptation capabilities, and naturally integrate video, audio, auxiliary streams, and data, offering seamless communication and collaboration capabilities. They support resource pool management, mutual backup between MCUs within a resource pool, and mutual backup between resource pools, ensuring high-quality meeting results.
1. High performance, fully integrated, and an ultimate meeting experience
• Leading 1080P60 full encoding and decoding, high density, large capacity
• SVC conferencing supports up to 4K30, allowing users to freely select and view high-definition images on their devices.
• Supports dual-mode intelligent adaptation of AVC and SVC, saving MCU resources, increasing terminal access capacity, and reusing existing AVC terminals, providing users with a consistent viewing experience.
2. Simple deployment and maintenance, easy to use
• Supports centralized and distributed networking, resource pool deployment, automatic backup, off-site disaster recovery, load balancing, and proximity access.
• Offers multiple meeting initiation and joining methods, including VMR, caller ID, one-click meeting entry, and URI calling.
• Supports automatic multi-view, voice-controlled switching, and multiple views per port; supports management console control, terminal control, and IVR control.
3. Excellent network adaptability, stable and reliable
• Telecom-grade components and manufacturing processes ensure stability and reliability, allowing for continuous 24/7 operation.
• Supports MCU resource pool management, ensuring stable and reliable conferencing.
• Intelligent network bandwidth prediction enables quick and accurate decision-making regarding video bitrate, ensuring high-quality real-time calls.
Technical parameters
| model | VP9830 | VP9850 | VP9860 |
| Maximum capacity | AVC port: 12-channel 1080P60 port 25-channel 1080P30 port 50-channel 720P port 100-channel 4CIF port SVC port: Maximum 600 lines | AVC port: 25-channel 1080P60 port 50-channel 1080P30 port 100 720P ports 200-channel 4CIF port SVC port: Maximum 600 lines | AVC port: 50-channel 1080P60 port 100 1080P30 ports 200 720P ports 400-channel 4CIF port SVC port: Maximum 600 lines |
| Multiple backups | Power supply, network port, fan, MCU and the whole machine | ||
| Framework Agreement | ITU-T H.323、IETF SIP | ||
| Video features | Video resolutions: 4K30, 1080P60, 1080P30, 720P60, 720P30, 4CIF, CIF Streaming/Data Resolutions: 4K, 1080P, 720P, 4CIF, CIF, SXGA, SVGA, XGA, WXGA, WXGA+, SXGA+, UXGA+, WUXGA+ | ||
| Audio characteristics | G.711a, G.711u, G.722, G.722.1, G.729, G.729A, iLBC, Opus, AAC-LD Supports single/dual/triple channel audio, sound positioning, and wideband voice mixing. | ||
| Special features | Compatible with AVC full adaptation, SVC intelligent forwarding and dual-mode intelligent adaptation meeting modes SVC conferencing supports up to 4K30 resolution, and compatible terminals enable multi-screen and multi-display capabilities. Supports video conferencing, data conferencing, and hybrid conferencing. Maximum 5-level cascading conferences, supports SVC multi-stream mode cascading, and supports dynamic multi-channel cascading. Voice-controlled switching, multiple screens per port, automatic ontable and automatic layout of multiple screens, up to 25 sub-screens, and 68 multi-screen modes. Caller ID, URI call, IP address call, audio/video IVR, Ad hoc conferencing, and VMR conferencing modes are supported, with a unified access number. | ||
