IP and SDI Work Seamlessly Together

Transcription

1 IP and SDI Work Seamlessly Together Karl Paulsen Chief Technology Officer Contributor to the IBC IP Showcase Integration

2 Hybrid IP/SDI what we mostly build, today integrates SDI peripherals with an IP core or an SDI core with IP islands augments I/O networks at 1, 10, 25, 40, 100 Gb IP

3 Hybrid IP/SDI Enables a flexible means toward a transition As SDI is phased out, hybrid approaches: can retain an economic equation for your ROI can supplement an SDI based workflow will ease the move towards IP will ready the facility for a full IP future

4 Hybrid IP/SDI IP and SDI will continue to live together While IP is the future SDI remains a significant long tail player equipment will likely continue both SDI & IP SDI may eventually be an option

5 Hybrid IP/SDI Values In ST 2110 all streams separately routable Allows for design/implementation flexibility systems may start out with just audio over IP ( 30) add video streams later ( 20) start with video/audio ( 20/ 30); then add metadata ( 40) when feasible

6 Hybrid IP/SDI HD Migration 1080p50/60 first; later move to UHD Workflows design and implement as HD today retain SDI, add IP where appropriate decisions can be delayed (e.g., Quad SDI/2SI vs. IP) later, as services expand and needs demand, move up to UHD in all IP (non SDI) design

7 Hybrid IP/SDI Scalability IP doesn t constrain growth; IP allows users to convert, as more devices become native IP to modify, as workflows demand more content to add redundancy/resiliency as needed for example (a) run in both SDI and IP (if desired) (b) build out separate streams on redundant fabrics (c) add/upgrade the core without excessive cost

8 Where Are We Now? AMWA IS-06 AMWA IS-05 NETWORK CONTROL API CONNECTION MANAGEMENT VSF TR-03 AMWA IS-04 ST / -20 / -30 REGISTRATION & DISCOVERY TRANSPORT UNCOMPRESSED ESSENCE IEEE 1588 / SMPTE ST 2059 (PTP) TIMING VSF TR-04 ST into ST ** INTEROPERATION (ST ) SMPTE ST AES 67 TRANSPORT SDI over IP AES over IP NAB 17 IBC 17 FUTURE 85 (SDI) 97 (HD-SDI) 07 (3G) 14 (6G) 16 (12G) **ST to become SMPTE ST

9 Expected Technology Adoption Curve Crossing the Chasm

10 Constraints to Full IP implementation availability of Native IP Gear limited equipment with IP only inputs or outputs inputs & outputs may be IP based; yet, inside the box it s essentially an SDI domain

11 Inside the Box it s still an SDI world VIDEO & AUDIO & ANC-DATA as SMPTE ST 2110 SDI-ENCAPSULATED as SMPTE ST RECEIVER DECODE DE-SERIALIZE IMAGE PROCESSING AND MANIPULATING (4:2:2 / 4:2:0)

12 Constraints to Full IP Adoption completeness of full IT/IP systemization completed interoperability standards e.g., thorough network management, with respect to IT & IP alignment harmonization of SDN like control across multiple vendors that is all changing as evidenced here

13 Moving Toward IP (hybrid or otherwise) is definitely happening now for greenfield facilities easier to design & implement for existing facilities depends upon hardware availability; and the financial ROI (where it s still on the books) (i.e., fully depreciated vs. replaceable assets) What you design for today, depends on when you must deliver

14 Simplified Traditional SDI RTR CONTROLLER SDI ROUTER SDI REC/PLAY SVR SDI MCR & TRANSMISSION AES/SDI EMBEDDING SDI MULTIVIEWER ENGINE SDI CAMERAS AES AUDIO SDI VISION MIXER SDI MULTIVIEWER

15 Hybrid SDI Devices + IP Core IP CORE SWITCH SDI REC/PLAY SVR IP to SDI SDI to IP SDI to IP ASE/SDI to IP IP MULTIVIEWER IP/SDI/IP SDI MCR & TRANSMISSION SDI CAMERAS AES AUDIO SDI VISION MIXER HDMI MULTIVIEWER

16 Hybrid Integrated SDI/IP Router/Fabric RTR ORCH & CONTROL IP to SDI SDI to IP IP to SDI SDI REC/PLAY SVR SDI to IP ASE/SDI to IP IP MULTIVIEWER SDI MCR & TRANSMISSION SDI CAMERAS AES AUDIO SDI VISION MIXER HDMI MULTIVIEWER

17 Hybrid Monitoring Only IP CORE SWITCH MIX OF SDI (UC), HDMI/VGA OR COMPRESSED SOURCES GATEWAY AND / OR TRANSLATOR ST /7 AND ST 2110 RESOURCES IP MULTIVIEWER HDMI MULTIVIEWER

18 Hybrid Future Proof and Preparednees Affordable incremental changes; retain current systems where needed Achievable start out small; gradual additions with limited obsolesce Appropriate ability to start now and grow into full IP over time an avenue to 1080p or UHD/4K without forklift upgrades

19 Comparative Approaches to Building in IP SDI Devices that are IP native need translation as IP meets SDI baseband May complicate move to full IP when a employing a SDI baseband core Extends the life of existing SDI gear without translators Not ideal for UHD HYBRID Translators become tie lines Automated path making based on systems Ideal for systems that have outgrown their SDI routing system Provides a clear path to IP native Over time As workflows and content expand Cost effective accounting friendly approach without forklift upgrades Extends equipment life Gradual updates of legacy SDI gear IP IP devices are growing Network management architecture prepares for expansion Translation still required for baseband to IP devices Wire level redundancy improves up time, adn reduces maintenance

20 Atlanta Falcons (NFL Football) Mercedes-Benz Stadium IP-based (hybrid resources) UHD/4K, 1080p uncompressed Initially ASPEN design (migration to ST 2110) Replay Control Room with HALO 360 deg Display Time Warner / CNN / HBO (New York City) Hudson Yard - Relocation IP-based (non-sdi) design in ST 2110 Operates News Bureau with show production, in 1080p, over IP-global interconnects Ground up essence distribution; two Terminal Gear Rooms, dual-redundant EXE switches Combine 10GbE, 25GbE with 100GbE interfacility connectivity to other locations Associate Press News (New York City) 200 Liberty St Relocation Hybrid SDI routing & IP US News Operations 1080p; IP-global connections COTS switches with gateway edge conversion/switching News and Transmission SDI routing to production; IP overlay for services

21 Please tour the IP Interoperability Demo Thank you for attending Karl Paulsen Chief Technology Officer