digital video headend - foto artciscoexpo.fotoart.ba/presentation/234 bojan nedelcev... · 2012. 7....

Cisco Confidential © 2010 Cisco and/or its affiliates. All rights reserved. 1

Digital Video Headend Product update Bojan Nedelcev

Consulting Systems Engineer - South East Europe SP Video Technology Group

May, 2012

© 2010 Cisco and/or its affiliates. All rights reserved. Cisco Confidential 2

VIDEO PROCESSING

Transcoders

Receivers Decoders

Cisco Receivers

Encoders

Cisco® MEP D9036 Modular Encoder

Cisco DCM Transcoder

Live ABR Transcoder

Cisco Media Processor

File based Transcoder

Cisco Transcode Manager

Control Systems

Cisco ROSA® VSM Cisco PNC

Video Processing

Cisco DCM Video Processor / transcoder

IP Video Gateway

Cisco DCM Gateway


D9036 Broadcast Quality Encoder • Primary Distribution Encoder

• Encoder in secondary distribution for very HQ channels (typ. 20% of line-up) or very low bitrates (IPTV)

DCM Digital Content Manager • Secondary content distribution, transcoding and preparation (+ DPI,

encryption, logo, EAS, ..) : linear headend in the box

• Future: Optimized solution for ABR, working together with Encapsulator

Spinnaker (Cisco Media Processor) • Transcoder for ABR and OTT delivery

• Flexible transcoder for alternate codecs (VP8, WebM,. ...)

• Encapsulation will exist as a separate function as well

• Implemented on datacenter technology


D9036 DCM Spinnaker Armada TV Linear Linear

Roadmap ABR (CC) ABR (Linear -> archive)

VoD ABR File

Live / File codec Live to live Live to live Live to live File to file Live to file

Picture Quality Premium broadcast quality

Distribution broadcast quality

Up to Web-HD (H.264 1,5-3/8Mbps)

VoD (multi-pass)

Target screen Big Screen (Broadcast SD/HD)

Big Screen (Broadcast SD/HD) Future : 1/2/3 (CC)

PC, tablet, iDevices, Mobile, Web-connected TV

All

Bitrates CBR,VBR, Statmux CBR,VBR, Statmux CBR (VBR Future) CBR & VBR Input SDI live feed Compressed feed SDI + Compressed File + Archive TS Compression format

MPEG-2 + H.264 MPEG-2 + H.264 MPEG-2 + H.264 VC1, 3GP,VP6, ... Future codecs

MPEG-2 + H.264

Protocol MP2TS MP2TS Future : ATS (ABR)

ABR, Flash, Silverlight, 3GPP MP2TS Archiving

Technology Asic /DSP/FPGA Asic /DSP/FPGA Appliance on x86 Software Density (HD) 4 HD per RU 24 HD per RU (CC) 1 – 2 HD input / RU N/A Power / linear HD 75W / HD 12W /HD 125 – 250 Watt/HD N/A


Media delivery method for sending Web pages and images across the Internet.

Improves user experience and startup time, and add features and functions.

Adapts to the available bandwidth without stopping or the need to buffer.

ABR streaming is a video distribution technology model based on HTTP progressive download.

High-bandwidth connections experience high-definition quality streaming; lower bandwidth receives appropriate stream.

Stream in multiple formats, multiple resolutions, and multiple streams.

Reach any screen, including Apple® iOS devices, smart phones, feature phones, PCs, laptops, TVs, set-top-boxes


Adapt video to the Web instead of adapting the Web to video.

Production

Delivery

Encoding CIsco Media Processor

Low speed broadband

Congested broadband

High speed broadband


• H.264 or VC-1 • Fragmented MP4

files Delivers to: • Silverlight Player on

PCs & connected TVs

• Windows Phone • Xbox & PS3 Devices

• H.264 • Fragmented in

segments Delivers to: • Phones running

Flash • PCs running Flash

• H.264 • MPEG-2 TS files • Transport segments Delivers to: • iOS devices

(iPhone, iPad, iTouch).

• STB (Apple TV, Roku)

Adobe HTTP Dynamic

Streaming (HDS), “Zeri”

Apple HTTP Live

Streaming (HLS)

Microsoft Smooth Streaming

(HSS)


Control • Web GUI • Front Panel • Local • WCF/SOAP Messaging

Archive • Local Hard Drive • Networked Hard Drive

Output Formats • Microsoft Smooth

Streaming (VC-1 and H.264)

• iPad, iPhone Streaming • Adobe Dynamic

Streaming • 3GP / RTP (H.263 and

H.264) • Windows Media • VC-1 Push & Pull • MPEG-2 TS Multicast

(H.264) • Flash H.264/AVC • Silverlight • Adaptive Streaming • AC-3 (pass-through only) Services • Ad Insertion • Subtitles/ Closed Captions • Encryption and DRM • Slate and Logo Insertion • Encapsulation

Video • SDI • HD-SDI (7100, 8100) • S-Video • Component • Composite • NTSC, PAL Audio • SDI embedded • AES • Analog Video • H.264 over MPEG-2 TS • MPEG-2 over MPEG-2 TS • ETR 101-290 alarms (Priority 1) Audio • AC-3 Audio • MPEG-1 Layer II • MPEG-2/4 AAC

SDI I

nput

IP

Inpu

t


Adaptive Transport Streams

MPEG2 TS Archive

Video Source

Stream 1 Stream 2 Stream 3 Stream 4 Stream 5 Stream 6 Stream 7 Stream 8

Encapsulator

Encoding

• Encode once, encapsulate multiple times to multiple delivery formats for simultaneous output

• Enables increased density. • Reach wide range of screens from

one encoder. • Quickly and economically expand

your service offerings and content.

Feature Summary



Stream 1 Stream 1 Stream 2 Stream 3 Stream 4 Stream 5 Stream 6 Stream 7 Stream 8

1280x720 960x540 848x480 848x480 702x400 512x288 400x224 400x224

3000 Kbps 2400 Kbps 1800 Kbps 1200 Kbps 800 Kbps 500 Kbps 200 Kbps 110 Kbps


• Encrypts streams for secure delivery of content to end user.

• Validates the end user has rights to the content.

• Secures entitlement rights. • Media Processor provides solutions

to enable DRM for: • Smooth Playready • AES for HLS • Verimatrix HLS

Feature Summary


• Closed captioning support for Smooth (DFXP), iPhone, Flash, MPEG2-TS

• Subtitling support for Smooth (DFXP), Flash

• Insertion of custom metadata • Reach broader audience • Meets government or corporate

requirements

Feature Summary

• Teamed encoders double stream count density

• No downtime on encoder loss • More profiles per linear service • Maximizes stream count • Ensures business continuity • Ideal for back-up, failover and

recovery

Feature Summary

Redundancy and Failover Captioning and Metadata


HD or SD source?

AS5100 • Multi-format SD streaming from a single unit • Full support of adaptive streaming, including

iOS, Smooth, Dynamic • SD source, SD output resolution • 4 streams out, 16 with internal encapsulation

AS7100 • Affordable HD streaming • Full support of adaptive streaming • HD or SD source, HD or SD output resolution • 4 streams out, 16 with internal encapsulation

AS8100 • The HD streaming workhorse with 8 streams

out, 32 with internal encapsulation • Full adaptive streaming support • HD or SD source, HD or SD output resolution

SD

HD AS8100 Plus IP • Provides option to use IP input in addition to

SDI • 8 streams out, 32 with internal encapsulation • Full adaptive streaming support • HD or SD source, HD or SD output resolution


AS6000 • Up to 2 HD or SD inputs per 1RU system • HD/SD Output resolutions • 8 streams out per input channel; 32 with internal

encapsulation • Ingest H264 or MPEG2 in a MPEG2 transport stream over

IP • MPTS or SPTS

AS8100 Plus IP • Provides option to use IP input or SDI (single channel) • 8 streams out, 32 with internal encapsulation • Full adaptive streaming support • HD or SD source, HD or SD output resolution

Cisco AS Series Media Processor Software • Optimized for Cisco UCS • Efficient scale with Cisco network scale & services • Fewer servers with more memory • Number of channels and streams depends on

configuration • Full adaptive streaming support • HD or SD source, HD or SD output resolution


• The encoder needs just three connections, Power, Ethernet, and a Video source

AS 7100, AS 8100, AS 8100 Plus IP

AS 6000


Production Post Production MAM

Consumption

Contribution

News Gathering

Sport Events

Studio-to-Studio

Home

Network

Media Net

Post Production

Production Data Center

Cable

IP

Telco (Wireline)

IP

Over The Air (DTT)

IP IP

Direct to Home (DTH)

IP

Wireless

CDN

OTT

Production Contribution Post production Distribution Consumer

Transitions are taking place in many area’s

IP Live-Live resilency NLE

10 bit color

TV Everywhere

HTTP ABR OTT

Simulcrypt IP

EPG bundles Low latency

H.264 HD/SD Blackouts

nDVR DRM Opex I-Frame Advertising

Encapsulation P-DC

Video Processing

Cisco DCM Video Processor / transcoder

IP Video Gateway

Cisco DCM Gateway


• Transrating Multiplexer • Digital Ad Splicing • Multi-format Transcoding/rating • Bulk Encryptor/Decryptor • Statmux Controller • ASI/IP/8VSB/S2 Interface Conversion • PSI/SI/PSIP Processor • Input Error Monitoring • Advanced Redundancy Schemes • Application Platform

• Unmatched Performance • Highest Transrating/coding/DPI

Capacity • Low Power Consumption • Flexible Modular Configuration • Future Proof Against Changing

System Requirements • Maximized Up Time • Seamless IP Video Networks

Integration • Excellent Video Quality


Key Features

GbE I/O Card

2+2 GbE Ports, full duplex, SFP

Up to 500 streams, 2Gbps

UDP/RTP, VLAN, TOS, IGMP

ETR 290, Advanced MPEG, PSI/SI Processing

Port, Service, TS Redundancy

IP statmux controller

ASI I/O Card

10 ASI BNC Ports, SW configurable I/O

Up to 500 streams, 2Gbps

Full 213 Mbps ASI rate support

ETR 290, Advanced MPEG, PSI/SI Processing

Port, Service, TS Redundancy

Digital Transport Formatting

ASI SFN I/O Card v2 8 ASI BNC Ports, 1PPS & 10 MHz SFN Clock Inputs

Similar feature set as ASI I/O module

Internal P&L holdover circuite & MIP synchronization

Dense Satellite Reception/ Decryption Card (DRD-S2)

•Satellite Reception Card with Common Interface

•4 independent receivers on single DCM Card

•4 CI slots on single DCM Card

•Unparalleled density: 12 RF/CI slots in DCM 2RU

•DVB-S2 Multistream (DVB MIS) capable on all inputs

Dense Satellite Reception/ Decryption Card (8-VSB)

•Add ATSC 8-VSB Off-Air reception to DCM

•4 and 8 RF Input version

•Tuning Range: RF Channel 2-69 (50-860 MHz)

•Input RF Level Range: -80(*) to -20 dBm


Key Features

Coprocessor Card (plug-on for ASI, ASI/SFN, GbE I/O cards)

MPEG-2 SD/HD transrating, CBR/VBR

MPEG-2 SD/HD DPI

DVB CSA & BISS-1 scrambling

PID Sync & Delay

Up to 350 SD/85 MPEG-2 transrates

Up to 115 SD/45 HD MPEG-2 splices

FEC Card (plug-on for GbE I/O cards)

SMPTE 2022 (COP3) FEC

Up to 250/160 streams for 1D/2D FEC

Supports RTP packet re-ordering

Transcoder Card (occupies 1 application slot)

MPEG-2 AVC SD/HD transcoding

Transcodes up to 8 SD/3 HD/16 stereo pairs

MPEG1 LayerII/AC-3 HE-AAC audio transcoding

Audio & Metadata pass-through sync’ed to video

PIP, Closed Caption

MPEG-2 SD/HD logo insertion

Up to 4 logo’s per program, up to 4 SD/HD programs per card for logo insertion

MFP Card (occupies 1 application slot)

MPEG-2/AVC SD/HD MPEG-2/AVC SD/HD transcoding

Up to 24 SD/8 HD per card for single layer card

Up to 48 SD/16 HD per card for dual layer card

AAC, AC-3, MPEG1 LayerII audio transcoding

Audio & Metadata pass-through sync’ed to video

Closed Caption

Rescaling capabilities for downconversion, PIP and low res picture generation

Hardware ready for AVC DPI


Key Features

Gateway Cards: 10G-SDI-E

10G-SDI-O

10G-SDI-EO

1G-SDI-E

Up to 6 SDI interfaces, auto format detection –SD-SDI & HD-SDI: up to 6 inputs, 6 outputs or 3 in/3 out

–3G-SDI: up to 3 in/3 out

Up to 6 electrical, 6 optical or combination of both

Supports transport of 1080p50/60, and 3D signals

Dual redundant 10G (or 1G) IP Interface, full duplex

SFP+ (for 10G) or SFP (for 1G) interfaces

COP4 FEC support

Configurable dejitter buffer to optimize delay

Fixed BNC as SDI reference clock input (BB or tri-level)

Fixed BNC as SDI loop-through output

Ancillary data support

Port & Service BU, anycast and hitless redundancy modes

JPEG-2k Card (plug-on for gateway cards)

Optional plug-on module for GWY cards

Supports 3 encodes and 3 decodes

Up to 900Mbps video processing

Different quality levels supported including lossless mode


Key Features

Dense Satellite Reception/ Decryption Card (DRD-S2)

•Satellite Reception Card with Common Interface

•4 independent receivers on single DCM Card

•4 CI slots on single DCM Card

•Unparalleled density: 12 RF/CI slots in DCM 2RU

•DVB-S2 Multistream (DVB MIS) capable on all inputs

Dense Satellite Reception/ Decryption Card (8-VSB)

•Add ATSC 8-VSB Off-Air reception to DCM

•4 and 8 RF Input version

•Tuning Range: RF Channel 2-69 (50-860 MHz)

•Input RF Level Range: -80(*) to -20 dBm


• 12 RF /2RU chassis • DVB-S/S2 • CCM & VCM • QPSK, 8PSK and

16APSK • 22kHz Tone • LNB voltage

• BISS-1 (CAMless) • DVB-CI (4 slot) • Flexible usage descramble from any input (GbE, ASI, DVB-S2)

• Optimal CAM usage

• Multiple Input Stream on all RF inputs (single carrier, multiple TS)

• Extract 6 TS from a single carrier.

• SFN compliant reception of DVB-T muxes

• Deterministic descrambling

• Works in MIS and non-MIS inputs

DTA Satellite receiver Descrambler DVB-S2 MIS

DVB-T distribution

• Transrating/coding • Ad/Local Program

Insertion • Service Backup

from any source (ASI/S2/IP)…

• Scrambling, FEC, Monitoring…

DCM Processing

DCM MB

ASI /GbE IO (+ COP)

MFP

MFP

DRD

end

CAM CAM DVB-S2

ASI/GbE


• Coding and Modulation Support both DVB-S and DVB-S2 CCM and VCM 1-45Mbaud QPSK, 8PSK and 16APSK

• 12 RF Inputs in DCM 2 RU chassis

• LNB Powering up to 350 mA only on RF Input 1 and 2 Bottom layer only

• 22kHz Tone and LNB voltage for band selection and polarization

• Physical Layer descrambling

DTA Satellite receiver

Descrambler

DVB-S2 MIS

DVB-T distribution over Satellite (SFN)


• Dual DVB-CI CAM slots: Up to 4 per Input Card • Flexible CAM usage Descramble content from any Input! e.g. GbE and ASI IO boards.

• BISS-1 descrambling (without CAM) • CAM and Smart Card Diagnostics • Reboot / reset CAM via Software

RF1 RF2

CAM1

CAM2

ASI1

GbE1

GbE2

ASI1

ASI2

ASI3

Input TS Output TS • Route clear Services and PIDs to output • Route scrambled Services and PIDs to CAM for descrambling • Route descrambled Services and PIDs to any output. • Route EMMs to CAM modules.


Descrambler

DVB-S2 MIS



DCM DRD

•DVB-S2 Modulation •Dummy PL

Frame insertion •Multi Stream

aggregation

SFN Compliant

Modulator Concentrator

DCM SFN

DVB-T Transport Streams

GPS

Decombining •ISI support •Dummy PL frame removal •ISSY SFN Compliance


Descrambler

DVB-S2 MIS


DCM DRD

SFN Region 1 SFN Region 1

GPS GPS


Key Features Multi-Format Processing Card (MFP)

AVC Transrating – Brings DCM MPEG-2 transrating features to AVC

applications

AVC and MPEG-2 Transcoding & Statmux – Converts to and from either codec, per service – Audio transcoding or pass-through – Up to 24 SD/8 HD per DCM-MFP-S – Up to 48 SD/16 HD per DCM-MFP

AVC Splicing Capabilities • Real transrated seamless splice, SD and HD • Audio splicing including MPEG-1, AC-3, AAC • Up to 24 SD/ 4 HD per DCM-MFP-S • Up to 48 SD/ 8 HD per DCM-MFP

Prepared for advanced AVC Processing Graphic Overlay

– Graphic overlays for logo Insertion, text crawls, etc. – Rescaling for PIP generation and high density multi-

resolution (adaptive)

DCM-MFP-S Single layer MFP card for DCM 1RU & 2RU chassis

DCM-MFP Dual layer MFP card for DCM MkII 2RU chassis


P1 P1 P1 P1

Px Px Px Px

S1 S1 S1 S1

Sy Sy Sy Sy

Ad Server

B1 By

A1 Ax

AVC Program

MPEG-2 Program

Logo

P1 A1 P1 P1

Px Px Ax Px

S1 S1 B1 S1

Sy Sy By Sy

DCM MFP Anticipated Functionality: •Transcode incoming MPEG-2 programs to AVC •Splice outgoing channels to insert commercials •Seamless splice to insert regional programs •Insert logo on some outgoing channels •Statmux/transrate outgoing programs so their bitrate is dynamically adopted (VBR) to fit outgoing MPTS

•Incoming VBR statmuxed programs

•Mixed MPEG-2/AVC SD/HD input

•Containing SCTE-35 cue triggers

•Outgoing VBR programs in statmux

Local Program

Delivering MPEG-2 video processing feature set in AVC


MPTS1

MPTS2

MPTS3

MPTS4

• MFP has on-board closed loop transrating (“statmux”) All services going through same MFP can be combined in same groups/pools Min/max bitrates set on service level, MFP measures non video ES bitrates

• Output MPTS User needs to reserve bitrate for TS related PID rate as not measured

Input MFP1 MFP2 Input

…

S1..S64

S1..S64 S1..S32 S1..S32 S1..S64

•MPTS1 (16 services) •G1

•S1, S2,…,S16

S33..S64 S33..S64

Closed loop TR/TC:

•G1: S1S16 •G2: S17S24 •G3: S25S32

Closed loop TR/TC

•G4: S33S48 •G5: S49S56 •G6: S57S64

•MPTS2 (16 services: 8 (MFP1 )+ 8 (MFP2) •G2

•S17, S18,…,S24 •G5

•S49, S50,…,S56

•MPTS3 (16 services: 8 (MFP1 )+ 8 (MFP2) •G3

•S25, S26,…,S32 •G6

•S57, S48,…,S64

•MPTS4 (16 services) •G4

•S33, S34,…,S48

Mixed AVC/MPEG-2 Mixed HD/SD

64 services per pool max # pools = max # services


OPEX and CAPEX savings: high density, less power, higher availability

All Digital Setup IRD + DCM Transcoder

Traditional Setup Decode + Encode

All Digital Setup Nearest Competitor

All Digital Setup DCM DRD MFP


Next generation video processing chassis

Key Features Backwards compatible with DCM MKI Cards & SW

• Can house Dual Layer MFP cards and Gateway cards • Licenses can be ported from a MKI chassis to a MKII chassis

High capacity 60Gbps backplane to allow for more streams & capacity: • AVC, HD, advanced advertising, VOD

Data agnostic backplane switch for MPEG, clocks, IP,…. 10Gbps bandwidth to virtual application slots with backward compatibility Twice power density of DCM 2RU MKI: 130 Watt/slot IPv4/v6 platform – initially on mgt interfaces Designed according to:

• Cisco’s Product Security Baseline • NEBS Level-3 specifications


RS232 over USB GbE ports 1 & 2 25 pin GPIO connector GPS & video clock inputs

GbE port 3

USB port (future use)

Temperature controlled FANs


Network setup

Enable/disable the GUI

• By use us the new mini-USB, user can gain access to configure the management IP addresses and enable the Web-GUI if needed

• With each chassis a USB to mini-USB cable is delivered


Production Post Production MAM

Consumption

Contribution

News Gathering

Sport Events

Studio-to-Studio

Home

Network

Media Net

Post Production

Production Data Center

Cable

IP

Telco (Wireline)

IP

Over The Air (DTT)

IP IP

Direct to Home (DTH)

IP

Wireless

CDN

OTT

Production Contribution Post production Distribution Consumer

Transitions are taking place in many area’s

IP Live-Live resilency NLE

10 bit color

TV Everywhere

HTTP ABR OTT

Simulcrypt IP

EPG bundles Low latency

H.264 HD/SD Blackouts

nDVR DRM Opex I-Frame Advertising

Encapsulation P-DC

Encoders

Cisco® MEP D9036 Modular Encoder

Encoders

Cisco® D9093/D9094


Single rack unit

Baseband encoding 8xSD or 4xHD

MPEG-2 and AVC, HD, SD

IP and ASI input/output

Up to 32 stereo encodes per module

Redundant power supplies-replaceable modules, power supplies and air filters

D9036 Platform

• Scalable high density encoding platform

• Easily integrated with DCM and management systems

• Green - Low power consumption

• Flexible, extendable architecture

• Multi-resolution, multi-format video with premium quality

• Easily upgraded through licenses

• Field serviceable modules


Features

D9036 Chassis Up to six modules, dual PSU

Modular Video Input (MVI) Four or eight HD/SD compatible SDI variants Embedded audio support Routing to multiple video and audio encoding engines

Modular Video Codec (MVC) Two HD or four SD encodes per module

Modular Multi-Audio (MMA) 32 stereo MPEG-1 LII, AAC, Dolby Digital or 10 Dolby Digital Plus, or 10 multichannel Resources shareable between videos 16 AES audio inputs, Dolby Metadata

Modular Input/Output (MIO) Four 100/1000 BaseT Ethernet connections with FEC, Dual ASI, optional mirroring Compressed video and audio input/output

- Flexible hardware supports AVC/MPEG-2 encoding of HD, SD and other formats - Dense audio encoding platform for multi-language applications in a variety of compression formats - Modular approach allows HW upgrades without platform replacement - Technological innovation provides greater density and video quality with lower power consumption


Multiple audio encode formats, audio decoding

Management Ethernet

Common Chassis Sync

(FUTURE)

Dual hot-swappable PSUs

Alarm and DPI GPIO

Mirrored or independent ASI

4x100/1000 BaseT

Dense video input (4 or 8)

2xHD or 4xSD per module


The D9036 is stackable and cooled with airflow from front to back

Easy racking, excellent cooling

Variable speed, field serviceable fans


Audio Encode Logic

Input Logic

Pre-Processing Logic

Video Encode Logic

Audio Encode

Logic

Single Channel Monolithic Design

Vertically Integrated Encoder

Multi-Channel

Modular by Function

Video Encode Logic

Input Logic

Pros: Lower cost for simple, single channel configs. Cons: Technology change in one area obsoletes entire card. Input resources not shared between encoders. Audio encoding resources tied to video encoder. Video encoding resources cannot be combined.

Pros: Audio and other resources can be grouped for use with one service or spread across al services. Technology change obsoletes just one card – FUTUREPROOF

…


MMA

MVI

Con

trol

bac

kpla

ne

Controller

MVC

MIO

•MVI: Modular Video Input •MMA: Modular Multichannel Audio •PSU: Power Supply (AC or DC)

•MVC: Modular Video Codec •MIO: Modular Input-Output

Hig

h Sp

eed

Bac

kpla

ne

TS Proc.

ASI/IP IO

Dual ASI

2+2 IP

13 GPI

Dual IP

PSU

PSU

Codec

Codec

Codec

Codec 16 AES

8 or 4 SDI

Audio Codecs

Audio Codecs

Audio Codecs

VBI Proc

Audio De-emb

SDI De-serializer

MVC

Codec

Codec

Codec

Codec

External I/O

PCIe Data

Ctrl Eth

6 RS422 Metadata

Alarm Contacts


GUI has common screens with DCM for chassis management

Virtual Service Encoder is a collection of encoding resources with common clocking

Elementary streams or service can be dragged from the VSE to the output like in DCM


Output MUX

Video Encoding Resources

Audio Encoding Resources

Other Resources

Service Definition

Transport Streams

MVC(s)

MMA

MIO

MVI, MVC

VSE 1 VSE 2

Virtual Encoders are a collection of resources with a common time base


D9036 – Redundancy Support 1:1 Device Redundancy - CBR Operation

• Reference Setup

DCM switches between D9036 streams based on detection of stream errors

1:1 Input

Router (A/V)

D9036_Main

D9036_BU

D9036_Main

D9036_BU

D9036_Main

D9036_BU


D9036 – Redundancy Support 1:1 Device Redundancy in Statmux Operation

• Reference Setup

ROSA EM performs D9036 device backup Alarms / Backup Triggers:

D9036 Device Operational Failure (DOF) alarm. D9036 Link Loss on GBE Port(s) IP Switch Link Down

Backup type N:M Chassis Backup (complete device) – Setting are transferred between encoders Support for ASI and GBE (switch of output Router/Switch) Support for Statmux Operation (White and Blacklisting of statmuxed channels – VSEs) Support for Statmux Controller Backup

SMX ctr

1:1 Input

Router (A/V)

D9036_Main

D9036_BU

D9036_Main

D9036_BU

D9036_Main

D9036_BU

SMX ctr

NOTE: 1:1 redundancy Statmux operation requires ROSA EM redundancy controller


D9036 – Redundancy Support N:M Device Redundancy (D9036 V1.0)

D9036_Main

D9036_BU

M:N 1:1 Input

Router (A/V)

• Reference Setup

ROSA EM performs D9036 device backup

Alarms / Backup Triggers: D9036 Device Operational Failure (DOF) alarm. D9036 Link Loss on GBE Port(s) IP Switch Link Down

Backup type N:M Chassis Backup (complete device) – Setting are transferred between encoders Support for ASI and GBE (switch of output Router/Switch) Backup encoder must be a superset of licenses and identical HW configuration

Thank you.

Digital Video Headend�Product updateSPVTG Video Processing Portfolio �OverviewSlide Number 3Slide Number 4Cisco Media Processor� Adaptive Bitrate (ABR) Streaming OverviewWhat is Adaptive Bitrate (ABR) Streaming?ABR Live WorkflowPopular ABR Delivery PlatformsCisco Media Processor OverviewMedia Processor: EncapsulationMedia Processor: Digital Rights Management (DRM)Media Processor: Other Key FeaturesCisco Media Processor Video Models: �SDI SourceCisco Media Processor Video Models: �IP SourceMedia Processor HardwareD9900/D9901/D9902 Digital Content ManagerMedia Content Delivery ChainDCM Video Processing – Key FeaturesDCM Hardware: I/O CardsDCM Hardware: Processing CardsDCM Hardware: Gateway CardsNew Feature Highlights��DCM New Hardware (DRD)�DCM DRD Satellite Receiver & Decryptor�Key Functionality & BenefitsDTA Satellite Receiver�Main FeaturesDescrambler�Flexible CAM usage overviewSFN Compliant DVB-T distribution�over SatelliteDCM New Hardware (MFP)�DCM Multi-Format Processing�Example ApplicationDCM MFP Statmux DCM Next Gen Video Processing�OPEX & CAPEX Savings e.g. 120 channel HED9902 DCM 2RU�DCM MKII ChassisD9902 DCM 2RU �MK II ChassisD9902 HardwareNew console port added�Initial configuration of chassisD9036 Modular Encoding�PlatformMedia Content Delivery ChainSlide Number 38D9036 Modular Encoding PlatformD9036: Flexible Encoding SolutionD9036 Modular Encoding PlatformCisco D9036 vs Competition – Two Different Modularity Philosophies D9036 Block DiagramD9036 Web GUID9036 Configuration – Virtual Encoder ConceptSlide Number 46Slide Number 47Slide Number 48Slide Number 49

digital video headend - foto artciscoexpo.fotoart.ba/presentation/234 bojan nedelcev... · 2012. 7....

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