Cisco Cisco PowerVu Model D9828 Multiple Decryption Receiver Ficha De Dados

 

 

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Data Sheet 

Cisco D9800 Network Transport Receiver 

Product Overview 

The Cisco

®

 D9800 Network Transport Receiver (Figure 1) is the most versatile receiver designed offering hardware 

configurability and over the air (OTA) licensing that allows content providers to customize the product to support 

the gamut of their applications. Designed to support high-efficiency video coding (HEVC) and ultrahigh-definition 

(UHD) delivery over satellite and IP terrestrial content distribution networks requiring Digital Video Broadcasting - 

Satellite (DVB-S), Digital Video Broadcasting - Satellite - Second Generation (DVB-S2), and IP reception 

capabilities, it future proofs the next network expansion. The integrated video decoder can decode an MPEG-2, 

advanced video coding (AVC), or HEVC video-encoded service and output the serial digital interface (SDI) or 

composite uncompressed video. The D9800 is capable of outputting simultaneous high-definition (HD) and down-

converted standard definition (SD). 

Figure 1.    Cisco D9800 Network Transport Receiver 

 

Digital Baseband Outputs 

The Cisco D9800 Network Transport Receiver is capable of decoding MPEG-2, AVC (if licensed), and HEVC (if 

licensed) compressed video content and outputting SDI baseband digital video. The decoder will decode any input 

resolution compliant with the codec standard that is licensed to decode. The SDI and composite outputs will 

automatically downscale based on the output resolution that the unit is licensed for up to 1080p60. Two SDI ports 

can be configured mirrored for redundancy or one native and one down-converted from the same input source.

 

Digital Program Distribution 

The Cisco D9800 Network Transport Receiver offers asynchronous serial interface (ASI) transport output and 

MPEGoIP output (HW option). These outputs provide a decrypted program for digital distribution when a codec or 

bitrate change is not needed. This capability provides the original compressed video programs on the outputs. 

Digital Program Mapping 

Digital program m

apping allows programmers to “transparently” substitute programs at the uplink. It maintains 

predictable and compliant transport output during service replacement, network information table (NIT) retuning, 

and channel changes, including forced tuning. This feature remaps the packet identifier (PID) information from the 

primary service to an alternate service, allowing downstream devices to continue to operate without headend 

operator intervention. This helps ensure availability of alternate programming in the digital tier.