DIGICAST
MPEG2 H264 SD 8/12 channels CVBS or SD SDI to UDP RTP Encoder
MPEG2 H264 SD 8/12 channels CVBS or SD SDI to UDP RTP Encoder
It is designed 1u modular, and support up to 3 modules. Each module can work standalone.
In conclusion, its high integration and cost-effective design make this device widely used in variety of digital distribution
systems such as CATV digital head-end and terrestrial digital TV, etc.
FEATURES
- Video encoding: MPEG-2, MPEG-4, AVC/264 SD
- PAL/NTSC modes available(Only for CVBS input)
- Audio compression options: MPEG1 Layer2, LC-AAC, HE-AACand support audio gain adjustment
- Support Null PKT Filter
- Input interface: 4/8/12CVBS(SD-SDI for option)
- Providing IP(UDP/RTP/RTSP) output
- Managed by web browser via Ethernet interface.
- Upgraded via web
- Support Logo, Caption, QR Code insertion
- Many Languages for option
- Modular design, 1U chassis support up to 3 modules
SPECIFICATIONS
Transport Stream Input Interfaces
Video compression: MPEG-2, MPEG-4, AVC/H.264
Video inputs: 4/8/12*CVBS (SD-SDI for option)
Analog video input mode: PAL, NTSC (Only for CVBS input)
Resolution:
720*576@50i;720*576/352*288/320*240/320*180/176*144/160*120/160*90@50Hz
720*480@60i;720*576/352*288/320*240/320*180/176*144/160*120/160*90@60Hz
Bit-rate: 0.5~5Mbps
Rate Control: CBR/VBR
GOP Structure: IPPP, IBPBP, IBBPB, IBBBP
Aspect Ratio: 4:3, 16:9
Audio Specification
Audio compression: MPEG1 Audio Layer 2, LC-AAC, HE-AAC
Sampling rate: 48KHz
Bits per sample: 32-bit
Audio Gain: -20~+12 adjustable
Encoding bit rate: 48Kbps~384Kbps(each channel)
IP output
IP (1*MPTS and 4*SPTS) outputs over UDP and RTP/RTSP (unicast/multicast) per
module, 100M/1000M self-adaption
One data port for one module(4 channels)
GENERAL OPTIONS
Controlling and monitoring
Connector: 1*RJ-45, 100/1000M Base-T (NMS interface)
Remote control: by NMS
Local control: web management
Physical and power
Voltage: AC 110V±10%, 50/60Hz
AC 220V±10%, 50/60Hz
Consumption: 25W
Environment: 0~45°C(work),-20~80°C(Storage)
Dimensions: 482mm(W)*455mm(L)*45mm(H)