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| Quantity: | |
|---|---|
HEP10
Catcast
8517623990
HEP10 IP Gateway
Outline
HEP10 IP Gateway is a device which is used for the protocol conversion scenarios and streaming media distribution scenarios. It can convert the broadcast network IP stream over SRT, HTTP,UDP, RTP, RTSP and HLS protocol. The system can achieve the integration by receiving a variety of commercial streaming media services. Also, the system can provide streaming media services directly.
Key Features
2 Data ports for input/output, Data1 is 1000Mbps, Data2 is 400Mbps
Data port: IP in over SRT, HTTP, UDP (SPTS), RTP (SPTS), RTSP and HLS
IP out over SRT, HTTP, UDP (SPTS)HLS RTP/RTSP and RTMP (Unicast)
Support IP anti-jitter function
Support about 8-12 HD/SD programs (Bitrate:8Mbps) When UDP (Multicast) convert into SRT/HTTP/RTP/RTSP/HLS
Control via web-based NMS management through DATA port
IP Protocol Conversion
General Principle Chart
Specifications
| IP Input | IP input through DATA1/DATA2 (1000M/400M) over SRT, HTTP, UDP(SPTS), RTP(SPTS), RTSPand HLS. | |
IP output | IP output through DATA1 (1000M) over SRT(Unicast), HTTP (Unicast), UDP(SPTS, Multicast) HLS and RTMP(Program source should be H.264 and AAC encoding) | |
System | Support about 8-12 HD/SD programs (Bitrate:8Mbps) When UDP (Multicast) convert into HTTP/RTP/RTSP/HLS | |
Web-based NMS management through DATA port | ||
General | Demission | 180mm×110mm×40mm (WxLxH) |
Temperature | 0~45℃(operation), -20~80℃(storage) | |
Power Supply | AC100V±10%, 50/60Hz or AC 220V±10%, 50/60Hz | |
Test data for reference:
Protocol conversion | Bit-Rate | Programs |
UDP to SRT/HTTP/RTP/RTSP/HLS/RTMP | 3Mbps | 20 |
UDP to SRT | 8Mbps | 10 |
UDP to HTTP | 12 | |
UDP to RTP/RTSP | 12 | |
UDP to RTMP | 12 | |
UDP to HLS | 12 | |
Protocol conversion | Bit-Rate | Programs |
SRT to UDP/RTP/RTSP/HLS | 3Mbps | 20 |
SRT to UDP | 8Mbps | 12 |
SRT to RTP/RTSP | 12 | |
SRT to HLS | 12 |
HEP10 IP Gateway
Outline
HEP10 IP Gateway is a device which is used for the protocol conversion scenarios and streaming media distribution scenarios. It can convert the broadcast network IP stream over SRT, HTTP,UDP, RTP, RTSP and HLS protocol. The system can achieve the integration by receiving a variety of commercial streaming media services. Also, the system can provide streaming media services directly.
Key Features
2 Data ports for input/output, Data1 is 1000Mbps, Data2 is 400Mbps
Data port: IP in over SRT, HTTP, UDP (SPTS), RTP (SPTS), RTSP and HLS
IP out over SRT, HTTP, UDP (SPTS)HLS RTP/RTSP and RTMP (Unicast)
Support IP anti-jitter function
Support about 8-12 HD/SD programs (Bitrate:8Mbps) When UDP (Multicast) convert into SRT/HTTP/RTP/RTSP/HLS
Control via web-based NMS management through DATA port
IP Protocol Conversion
General Principle Chart
Specifications
| IP Input | IP input through DATA1/DATA2 (1000M/400M) over SRT, HTTP, UDP(SPTS), RTP(SPTS), RTSPand HLS. | |
IP output | IP output through DATA1 (1000M) over SRT(Unicast), HTTP (Unicast), UDP(SPTS, Multicast) HLS and RTMP(Program source should be H.264 and AAC encoding) | |
System | Support about 8-12 HD/SD programs (Bitrate:8Mbps) When UDP (Multicast) convert into HTTP/RTP/RTSP/HLS | |
Web-based NMS management through DATA port | ||
General | Demission | 180mm×110mm×40mm (WxLxH) |
Temperature | 0~45℃(operation), -20~80℃(storage) | |
Power Supply | AC100V±10%, 50/60Hz or AC 220V±10%, 50/60Hz | |
Test data for reference:
Protocol conversion | Bit-Rate | Programs |
UDP to SRT/HTTP/RTP/RTSP/HLS/RTMP | 3Mbps | 20 |
UDP to SRT | 8Mbps | 10 |
UDP to HTTP | 12 | |
UDP to RTP/RTSP | 12 | |
UDP to RTMP | 12 | |
UDP to HLS | 12 | |
Protocol conversion | Bit-Rate | Programs |
SRT to UDP/RTP/RTSP/HLS | 3Mbps | 20 |
SRT to UDP | 8Mbps | 12 |
SRT to RTP/RTSP | 12 | |
SRT to HLS | 12 |
