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Video transcoder - RX8252
Content originators can benefit from the bandwidth and operational cost advantages of DVB-S2 and MPEG-4 AVC while still being able to maintain a cost-effective interface into legacy MPEG-2 systems by using Ericsson's RX8252 Program Transcoder. Programmers...
Video transcoder - RX8252
Content originators can benefit from the bandwidth and operational cost advantages of DVB-S2 and MPEG-4 AVC while still being able to maintain a cost-effective interface into legacy MPEG-2 systems by using Ericsson's RX8252 Program Transcoder. Programmers and broadcasters constantly seek to take advantage of technological advances to reduce their distribution costs. Combined with the DVB-S2 satellite transmission, the MPEG-4 AVC compression is ideal for achieving transmission efficiency gains.
Many TV systems are locked into MPEG-2 technology for the foreseeable future due to the deployed set-top box population. High density MPEG-4 AVC to MPEG-2 transcoding in conjunction with better video quality is offered by the Ericsson RX8252 Program Transcoder. This enables the programmer to maintain compatibility with down-stream legacy MPEG-2 equipment while distributing using MPEG-4 compression. The security of video content is maintained via the RX8252's support of numerous open standards CA systems.
Many TV systems are locked into MPEG-2 technology for the foreseeable future due to the deployed set-top box population. High density MPEG-4 AVC to MPEG-2 transcoding in conjunction with better video quality is offered by the Ericsson RX8252 Program Transcoder. This enables the programmer to maintain compatibility with down-stream legacy MPEG-2 equipment while distributing using MPEG-4 compression. The security of video content is maintained via the RX8252's support of numerous open standards CA systems.
Multiplexer - MX8400
The Ericsson MX8400 System Multiplexer is part of the iSIS 8000 solution. It is suitable for IP distribution infrastructures. Its strong build makes it suitable for critical applications. The MX8400...
Multiplexer - MX8400
The Ericsson MX8400 System Multiplexer is part of the iSIS 8000 solution. It is suitable for IP distribution infrastructures. Its strong build makes it suitable for critical applications. The MX8400 is also suitable for various remultiplexing and multiplexing applications.
The range of use includes multiplexing in headends for DTH satellites, contribution and distribution systems, and applications dealing with terrestrial and cable central headends. This innovative device can support up to eight independent multiplex output transport streams, to allow for flexible design and expansion as desired. It can be used with the Reflex™ Statistical Multiplexing System for high-demand stream processing at the core of any MPEG-2 or similar applications.
The range of use includes multiplexing in headends for DTH satellites, contribution and distribution systems, and applications dealing with terrestrial and cable central headends. This innovative device can support up to eight independent multiplex output transport streams, to allow for flexible design and expansion as desired. It can be used with the Reflex™ Statistical Multiplexing System for high-demand stream processing at the core of any MPEG-2 or similar applications.
Galvanic isolator amplifier / inherently safe - 0 - 20 mA, 0 - 5 V | JUMO EX-I
The JUMO Ex-i repeater power supply / input isolating amplifier 707530 is primarily developed for internally safe transmitters and mA current sources installed in potentially explosive locations.It offers capabilities...
Galvanic isolator amplifier / inherently safe - 0 - 20 mA, 0 - 5 V | JUMO EX-I
The JUMO Ex-i repeater power supply / input isolating amplifier 707530 is primarily developed for internally safe transmitters and mA current sources installed in potentially explosive locations.It offers capabilities such as being HART capable, getting the SIL2 approval and a universal power supply.
The interconnected 2-wire transmitters are supplied with energy and analog 0/4 to 20 mA measured values that are transmitted from the potentially explosive area to the non-explosive area.
Digital (HART) communication signals can be overlapped over the analog measured value on the explosive or non-explosive side and transmitted bidirectionally. In order to enhance the HART impedance with less protected systems you can attach an extra resistor to the output circuit using a DIP switch on the exterior of the case.
The interconnected 2-wire transmitters are supplied with energy and analog 0/4 to 20 mA measured values that are transmitted from the potentially explosive area to the non-explosive area.
Digital (HART) communication signals can be overlapped over the analog measured value on the explosive or non-explosive side and transmitted bidirectionally. In order to enhance the HART impedance with less protected systems you can attach an extra resistor to the output circuit using a DIP switch on the exterior of the case.