| PureVu™ CNW31XX Super Low Latency Multi-Stream Full-HD H.264 Video Processors |
PureVu CNW31XX H.264 video processors are an ideal solution for scalable, multi-stream HD video conferencing terminals, HD telepresence terminals, HD display routers, HD multimedia routers and HD video surveillance multi-sensor cameras.
The block diagrams below provide high-level system architectures for the realization of these products, using PureVu CNW31XX video processors.
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| HD video conferencing and telepresence terminals |
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• Applications
- Enterprise video conferencing terminals
- Telepresence video terminals
- Telemedicine video terminals
- Distance learning video terminals |
• Benefits
- HD video quality (1080p60/30 & 720p60/30)
- Low bandwidth (sub 1Mbps)
- Super Low Latency (SLL) Technology™
- Error resiliency & concealment
- Transrating & transsizing |
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| HD display routers |
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• Applications
- Routing HD video outputs to HDTV displays
- Wireless HDMI cable replacement
- IEEE802.11n or UWB wireless connectivity
- G,hn power-line connectivity
- Gaming, interactive Blu-Ray, set-top box, PC |
• Benefits
- HD video quality (1080p60/30 & 720p60/30)
- Super Low Latency (SLL) Technology™
- Channel-adaptive rate control
- Error resiliency & concealment
- Transrating & transsizing |
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| HD multimedia routers |
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• Applications
- Routing HD video output data simultaneously
with Internet, file, voice and audio traffic
- Wireless HDMI cable replacement
- IEEE802.11n or UWB wireless connectivity
- G.hn power-line connectivity
- Gaming, interactive Blu-Ray, set-top box, PC |
• Benefits
- HD video quality (1080p60/30 & 720p60/30)
- Super Low Latency (SLL) Technology™
- Channel-adaptive rate control
- Error resiliency & concealment
- Transrating & transsizing |
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| HD video surveillance cameras |
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• Applications
- Multi-sensor HD IP cameras
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• Benefits
- HD video quality (1080p/i & 720p)
- 4 simultaneous HD streams
- Super Low Latency (SLL) Technology™ for instant PTZ control
- Channel-adaptive rate control
- Error resiliency & concealment
- Transrating & transsizing
- Stream duplication |
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