Technology by TEMA Ltd.
AVP 4000 System Encoder

 Приложение 

 

Unlike conventional ‘box per application’ encoder products, the AVP 4000 shares a common toolset, common chassis and common interface with the rest of Ericsson’s award winning AVP products. That means media organisations can use a common encoder for a wide range of encoding needs, without the cost and complexity of a multi-vendor ’mix and match’ approach. The AVP 4000 is equally suitable for deployment as a system component, or as part of an Ericsson multi-platform or multiscreen system solution.

 

Powered by Ericsson

The AVP 4000 is powered by Ericsson’s first ever video processing chip.

 

HEVC

This completely new 10-bit Ericsson designed and built encoding chip, builds on two decades of market leadership in encoding algorithms and techniques, delivering outstanding picture quality at HD and SD, in both MPEG-2 and MPEG-4 AVC.

Codecs and resolutions can be upgraded via software, removing the need for complex hardware changes. The Ericsson chip is multi-codec, multi-profile and multi resolution, offering both encoding and transcoding. The AVP 4000 delivers levels of quality, performance and operational flexibility, not found on conventional encoding products. All of these benefits translate to the bottom line.

 

The CE-HEVC encoder module brings the latest high performance video compression technology to the market leading AVP 4000 platform. The module has the processing power to be able to encode four HD video inputs or one UHD (4K) video input. What’s more it has been designed to support the emerging standards for high dynamic range (HDR) and wider colour gamut (WCG).

 

 

ПредимстваХарактеристикиОпции 
 

A new approach to encoding.

 

The Ericsson AVP ‘one encoding platform’ approach represents a modern approach to encoding product design.

In the media industry, the speed of change is increasing. New requirements and workflows are emerging. That’s why its important not to put unnecessary constraints on products. For example limiting a product to 8 bit operation, or 4:2:0 or a single codec, or a single workflow, may satisfy today’s immediate requirements but maybe not tomorrow’s.

With the AVP 'one platform approach', there are no such restrictions, as 10 bit, 4:2:2, and 3DTV are available today. SDI, HD-SDI, 3G, IP, ASI and IP connectivity are all supported. Legacy interfaces include Analogue, G.703 and GPI. UHDTV workflow at 4K is also supported.

A rich common toolset allows media organisations with differing encoding applications, to deploy AVP in a wide range of roles, including DSNG, Contribution, Distribution and delivery to the home. That offers potential cost savings in commissioning, integration, training and support, compared to a multi-vendor ‘mix and match’ approach.

 
  • Six slot 1AC PSU AVP4000/BAS/1AC/A FAZ 101 0196/185 - Supports up to 4 encoder or transcoder modules

  • Four slot 2AC PSU AVP4000/BAS/2AC/A FAZ 101 0196/186 - Supports up to 4 encoder or transcoder modules

  • Six slot dual 2AC PSU with flying leads AVP4000/BAS/2ACFL/ A FAZ 101 0196/187 Supports up to 4 encoder or transcoder modules

  • Six slot 1DC PSU AVP4000/BAS/1DC/A FAZ 101 0196/188 - Supports up to 4 encoder or transcoder modules

  • Six slot 2DC DC PSU AVP4000/BAS/2DC/A FAZ 101 0196/189 - Supports up to 4 encoder or transcoder modules

  • Six slot 1AC/ED PSU AVP4000/BAS/2AC/ED/A FAZ 101 0196/190 - Supports up to 6 encoder or transcoder modules

  • SI table generation

Platform Capacities
  • Up to four or 6 encoders or transcoder modules per chassis depending on chassis type
  • Feature set, resolution and Codec licensable by software

  • Multiple concurrent I/O options

Base Chassis Functionality Includes:
  • Control via 2x electrical Ethernet (100/1000BaseT)

  • Data I/O via 4x electrical Ethernet (100/1000BaseT)

  • Multiplexing and MPEG-2 Transport Stream generation

  • SMPTE 2022-1/-2 (Pro-MPEG) FEC on a single SPTS/ MPTS

  • Encryption of output MPEG-2 Transport Stream using Basic Interoperable Scrambling System (BISS) for secure contribution links Supports BISS modes 0,1and E

  • SI table generation

  • Service level Remux (Requires AVP/HWO/ASI/IO/A)

 

EI9001 Encoder Module

(AVP/HWO/EI9001/A)

 

One slot per module. Up to four or six modules per chassis depending on configuration

SDI/HD-SDI, video input

MPEG-2 Video and MPEG-4 AVC encoding capabilities

Up to eight stereo pairs of audio encoding

VANC data extraction and support for generic VANC (SMPTE 2038)

 

EI9001T Encoder/Transcoder Module

(AVP/HWO/EI9001T/A)

 

One slot per module. Up to four or six modules per chassis depending on configuration

SD/HD-SDI, video input

MPEG-2 Video and MPEG-4 AVC encoding capabilities

Up to eight stereo pairs of audio encoding

VANC data extraction and support for generic VANC (SMPTE 2038)

Confidence monitor loop through of I.P. input

 

External Synchronization Module (AVP/HWO/EXTSYNC/A)

  • One slot per module. Up to one module per chassis

  • Supports synchronization of all encoders in the chassis to

    an external clock reference

  • 10 MHz or HSYNC input

ASI Module

(AVP/HWO/ASI/IO/A)

  • One slot per module

  • 2 x ASI MPEG-2 Transport Stream outputs configured as

    mirrored or independent

GPI Module

(AVP/HWO/GPI/A)

  • One slot per module

  • Supports GPO relay triggers for “Alarm” and “Failure”

    modes

  • Supports manual SCTE-35 splice point insertion NOTE: RS-232 is a future option.

CE-HEVC Encoder Module

(CE/HWO/CE-HEVC/BNC/A)

 

HEVC Encoding Card with 4 x BNC connections

 

(CE/HWO/CE-HEVC/SFP/C/A)

 

HEVC Encoding Card with SFP copper connections

 

(CE/HWO/CE-HEVC/SFP/F/A)

 

HEVC Encoding Card with SFP fibre connections

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