broadcast studio - intel · 2020-01-18 · broadcast studio brochure 7 audio and video connectivity...
TRANSCRIPT
BROADCAST STUDIOStart inventing the future
2
The Cloud Transition ChallengeNeed for flexible infrastructure
The Market Landscape Today
DiD you know?
Exponentially Increasing BandwidthMarket Uncertainty
Ban
dwid
th
ResolutionFrames per second
Color depth
HDSD 4K 8K
of Internet traffic is expected to be video by 2019
of homes in the US will own a 4K TV by 202080% 50%
The Cloud Transition Challenge
Need for flexible infrastructure
IP Cameras
1G/10G/40G Ethernet
1G/10G/40G Ethernet
IP Fabric
IP Production Switcher IP Monitoring
IP Switch
UserInterface
ComputeMediaBlackBox
MediaBlackBox
MediaApp
Tiered Storage
Corporate Network
Pure Corporate ITHybrid MediaPure Media
SDI & ProductionNetworks
Media Storage
App
Storage
Network
Transition
App App
Server Server Server ServerVirtualisation
IP Replay & Storage
Ever changing product requirements and continuously evolving standards
Need for infrastructure upgrades
Acquisition
DistributionContribution
Production
Consumption
CSI-2/DSImipi alliance
HDCP1.3/1.4/2.2
HDMI1.4 / 2.0 / 2.1
H.264MPEG-4/AVC
H.265HEVC
SMPTE 2022SMPTE 2059
VP9DP DisplayPort
1.1/1.2/1.3V by One
VSF
IEEE 802.1
AVB12G-SDI6G-SDI3G-SDIHD-SDISD-SDI
3Broadcast Studio Brochure
Exponentially Increasing Bandwidth
PrePare yourself with intelApplications are becoming virtualized and moving to the cloud with hybrid FPGA + CPU solutions residing in commercial off-the-shelf (COTS) servers. Get engaged early with the right platform to start building an ecosystem that is future-proof. Intel provides solutions that enable current and future industry needs as well as the flexibility necessary to accommodate the transition process requirements.
flexible, future-Proof PlatformIntel provides a future-proof, plug-and-play portfolio of intellectual property (IP) for the video conferencing, A/V networking, display and projection, and media processing end markets. You can combine modular blocks with the latest IP to build a flexible video framework with less development time. Additionally, these off-the-shelf building blocks help you respond to rapid design changes. With Intel’s state-of the art software tools, you can build a professional, customized solution that scales to any bandwidth and product requirements.
FIR
Sequencer
Gamma
CVI/CVO
Scaler
Custom
Custom
TICO
JPEG2K
H.264
H.265
MPEGeAVB
HDMI
DP
SDI
SMPTE2022
SMPTE2059
Mix
erSwit
ch
PC
Ie*
DD
R
RESAMPLER
DDR4DDR4DDR4DDR4DDR4DDR4
PLUG & PLAY SYSTEM
Management Library
Application
H.265 Library
H.265 Driver
AVF Driver
Application
H.265 Library
H.265 Driver
AVF DriverAVF DriverVM1
Host
PF VF VF
AVF Hardware (DMA, SR-IOV, Etc)
H.265 Encoder Accelerator4kp60
FPGA
VM0
Virtual Machine (VM) or Containerization Realizedthrough Altera Virtualization Framework
4
Camera
FPGA
Monitor
HDMI DisplayPort
SDI
SDI
SDI
SDI
GigabitEthernet
10G Ethernet
CODEC
SMPTE2022
VIP
EthernetAVB
PCIe*
ImageSensor
ProcessorMPI/CSIInterface
MIPICSI2
ImageSensor
Optics
acquisition Broadcast and movie production applications need digital cameras that perform at various performance levels with different associated end costs. Intel® FPGAs and related IP cores can accomplish these tasks while providing a higher level of flexibility, lower risk, reduced engineering costs, and faster time to market than off-the-shelf solutions. Scale your solution with the right input streams (coming from high quality sensors or optics) and differentiate it with a custom ISP or in-house video processing. Then, stream the video out in the desired format (e.g., uncompressed serial digital interface (SDI), Ethernet, or any standard compression) or display it to a monitor.
ProDuction FPGAs provide much of the I/O and video processing horsepower for video production in the form of dongles, boxes (standalone or rack-mounted), or cards that fit into a workstation or workstation expansion box. Intel’s extensive, certified connectivity IP provides the ultimate flexibility and reliability to input and output a large variety of video formats. In a market with constantly changing standards, you can upgrade to the latest video-over-IP solutions to adapt your product continuously without changing the hardware. Moreover, our modular and off-the-shelf UHD-ready Video and Image Processing Suite enables future-proof video editing solutions with reduced time to market.
SMPTE 2022
SMPTE 2059SMPTE 2022
SMPTE 2059
Editor
SDI
SDIEthernet
Ethernet
CODEC VIP
TR-03 TR-03
Monitor
HDMI DisplayPort
FPGA
5Broadcast Studio Brochure
Input Output
FPGA
VIP SDI
SMPTE 2022
SMPTE 2059
TR-03H.265H.264
JPEG2KMPEG2K
Codec
Other Ethernet
SDI
SMPTE 2022
SMPTE 2059
TR-03
Other Ethernet
SMPTE 2022
SMPTE 2059
MultiviewerInput
Display
DisplayPort
Videoand ImageProcessing
Suite
SDI
Ethernet
TR-03
Distribution anD contribution The broadcast industry’s contribution and distribution areas need equipment that can ingest video from multiple sources, compress it, and packetize it for transport. Once at the receiver, the process is reversed to de-packetize the transported video and decompress it. Intel’s certified connectivity IP provides the necessary flexibility and reliability to interface between SDI and the latest video-over-IP standards. Furthermore, our state-of-the-art CODEC IP−with the industry’s highest quality H.265−gives your solution an advantage in the market. Intel’s CODEC framework enables full FPGA implementation as well as “ready for virtualization” hybrid solutions incorporating x86 processors with FPGA acceleration.
consumPtion The broadcast environment uses displays that accept a variety of digital and analog interfaces. Intel’s fully scalable solutions encompass efficient performance at economical entry-point devices through high-end devices with high-speed transceivers. These devices, together with Intel’s modular video framework, are the perfect fit for displaying video for multiviewers and standalone monitors. Interface your video input and output with our future-proof, certified connectivity IP and pre-process it with our interoperable UHD-ready Video and Image Processing Suite prior to being displayed.
6
accelerating innovation with Devices, tools, anD iP20 nm FPGAs Power Next-Gen Studio Applications
Intel presents a unique solution to your studio system solution needs combining comprehensive IP and device portfolios. Our 20 nm Intel® Arria® 10 SoCs are an exact match for next-generation 4K/UHD applications. With the right feature set, including up to 2,400 Mbps DDR4 SDRAM memory interfaces, system designers are ready to create fast time to market, complex and high throughput designs. These IP solutions are developed by our in-house video system experts who optimally combine algorithmic and design expertise.
Intel FPGA IP Portfolio
Intel provides an extensive IP portfolio that includes certified connectivity solutions with:
• The latest traditional and video over IP interfaces
• Modular and future proof (4K ready and beyond) Video and Image Processing Suite
• State-of-the-art compression and decompression engines
viDeo anD image Processing suiteIntel’s Video and Image Processing Suite is a plug-and-play IP portfolio, and presents a highly-integrated alternative to video ASSPs. Together with easily incorporated connectivity IP blocks, the Video and Image Processing Suite provides a design philosophy for rapid new design creation and easy integration of custom value-add features. Moving from HD to 4K/ UHD processing requires no system re-design. The architecture is future-proofed to 8K, HFR, and HDR requirements.
Key Concepts
• Support for all Intel FPGAs
• Visual quality exceeds ASSPs
• Easy integration with video connectivity IPs and CODECs
• 4K/UHD and 120 fps+ support
• Released as IP MegaCore® functions
• Highly configurable for cost optimal SD to 4K/UHD systems
• Easy interface to connectivity IP
Size Performance Trade-off
• Range of scaling algorithms from nearest neighbor to edge-adaptive polyphase
• De-interlacer has multiple algorithm options including bob, weave, motion adaptive, and video over film support
Video IN
Clocked VideoInput
Avalon®-ST Video
2D FIR Filter
2D Median Filter
Aplha BlendingMixer / Mixer II
Avalon-ST VideoMonitor
BroadcastDeinterlacer
ChromaResampler
Clipper
Color PlaneSequencer
Color SpaceConverter
ControlSynchronizer
Deinterlacer
Frame Buffer
Frame Reader
Avalon-ST Video
Clocked VideoOutput
Video OUT
GammaCorrector
Interlacer
Scaler
Switch
Test PatternGenerator
Trace System
7Broadcast Studio Brochure
auDio anD viDeo connectivity iP (stuDio selection)SDI
• Robust multi-rate SD to 12G SDI designs
• Characterized and compliant Arria 10 solutions
• Daughtercards available from partners for testing
HDMI
• HDMI 2.0 (up to 6G rates) in production
• Deep color mode, up to 8-channel audio
• HDMI 2.0a HDR support coming soon
• Certified solutions
HDCP (Bitec)
• HDMI 2.0 and DisplayPort 1.2a IP available with HDCP 1.4 and/or HDCP 2.2
• HDCP 1.4 offering certified and in production
• HDCP 2.2 certification planned first half 2016
• Key storage and management solution
DisplayPort
• DisplayPort 1.2a in production
• MST source/sink, link quality analysis
• Deep color mode, up to 8-channel audio
• Certified solutions
SMPTE 2022 (Partner Solution)
• SMPTE 2022 -1, -2 and -5, -6, -7 support
• Integration with SMPTE 2059 and Tico/J2K
• UHD/4K supported today (8K ready)
VSF TR-03 and TR-04 (Partner Solutions)
• System-on-chip SDI-to-IP bridge complete
• Multi-protocol, including RFC 4175, AES67, and SMPTE ST 2022
• Multiple audio/video interfaces, including PCI Express*
coDec iPIntel offers a comprehensive portfolio of in-house and partner IP blocks for the Contribution and Distribution markets. Furthermore, Intel’s state-of-the-art HEVC solutions offer the ultimate flexibility through full FPGA implementations as well as ready for virtualization hybrid solutions that combine x86 processors with FPGA acceleration.
H.265
• Xeon® E5 + FPGA broadcast encoder
° 10 bit, 4kp60, 4.2.0
• Low-latency FPGA encoders
° 4kp30, 8 bit, 4.2.0
° 1080p60, 10 bit, 4.2.2
• Configurable FPGA decoder
° Up to 12 bit, 4kp60, 4.2.2
H.264 (Partner Solutions)
• Low latency (AVC-I or I&P), FPGA encoders
° Up to 1080p60, 10 bit, 4.2.2
• Broadcast (IP&B), FPGA encoders
° Up to 1080p60, 10 bit, 4.2.2
• Configurable FPGA decoder
° Up to 10 bit, 1080p60, 4.2.2
JPEG2K and TICO (IntoPix)
• Up to 8K visually lossless
system solution reaDy for ProDuctionCustomize and own your solutions with full turn-key and part turn-key (with your engineering team) system solutions available through trusted Intel FPGA Design Solution Network (DSN) partners. Intel plug-and-play IP enables the ownership of your solution’s differentiation value for existing and future product developments. Please contact a sales representative for more details.
https://www.altera.com/dsn
www.altera.com/solutions/industry/broadcast/design.html
INTEL FPGA DEVELOPMENT BOARDS
FAMILY / DENSITY PART NUMBER IMAGE
Arria 10 GX FPGA Development Kit 1 DisplayPort TX, 2 FMC, 1 PCIe* Gen3x8, 25 Gbps transceivers
10AX115S2F45I1SG
Arria 10 SoC Development Kit 1 DisplayPort TX, 2 FMC, 1 PCIe Gen3x8, 25 Gbps transceivers, 1G DDR4
10AS066N3F40I2LG
Stratix® V Advanced Systems Development Kit 2 Stratix V devices, 1 FMC, 1 HSMC, 2 PCIe Gen3, 1 USB 2.0
2 x 5SGXEA7N2F45C2N
Arria V FPGA Development Kit 2 Arria V devices, 2 GB DDR3, 2 HSMC, 1 FMC 2 x 5AGXFB3H4F40C5NES
Cyclone® V GT FPGA Development Kit 301 KLE, 5 Gbps transceiver, PCIe Gen2x4 5CGTFD9E5F35C7N
ALSE Advanced Video Development Board 30K LEs, 6.1 Gbps transceivers, 1GB DDR3, 1 Ethernet, 1 HDMI 1.4, 1 DisplayPort 1.2
5CGTFD9E5F31C7N
Coveloz BACH SoM 1 GB DDR3, 3xGbE, IEEE 1588, MADI/ AES3/TDM/Analog, Audio I/F
5CSEA5U23C8
BITEC HDMI 2.0 FMC Card ___
BITEC DisplayPort 1.2 FMC Card ___
Terasic 12G SDI FMC Card ___
© Intel Corporation. Intel, the Intel logo, Altera, Arria, Cyclone, Enpirion, Max, Nios, Quartus and Stratix words and logos are trademarks of Intel Corporation or its subsidiaries in the U.S. and/or other countries. *Other marks and brands may be claimed as the property of others.
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