BROADCAST PRO A/V Flexible, future-proof platform Did you know?
of Internet traffic of homes in the is expected to be US will own a 4K 80% video by 2019 50% TV by 2020
The Market Landscape Today Market Uncertainty Exponentially Increasing Bandwidth Ever changing product requirements and continuously Need for infrastructure upgrades evolving standards
Display and A/V Networking Projection Resolution Frames per second Video Color depth Conferencing
Media Processing HDMI 1.4 / 2.0 / 2.1 IEEE 802.1 Bandwidth 12G-SDI AVB 6G-SDI HDCP 3G-SDI H.264 HD-SDI MPEG-4/AVC 1.3/1.4/2.2 VP9 SD-SDI VSF H.265 SMPTE 2022 DisplayPort HEVC SMPTE 2059 V by One DP 1.1/1.2/1.3 SD HD 4K 8K mipi alliance CSI-2/DSI
Market Getting Ready for Open Standards Adoption Intel supports the latest video over IP open standards
Multiple Proprietary Technologies
2 DDR4 DDR4DDR4 PLUG & PLAY SYSTEM DDR4DDR4 Flexible, DDR4
Future-Proof SDI TICO Custom FIR DDR DP JPEG2K CVI/CVO Platform Scaler HDMI H.264 Custom
Intel provides a future-proof, plug-and-play portfolio of Switch RESAMPLER SMPTE H.265 Mixer Exponentially Increasing Bandwidth intellectual property (IP) for the video conferencing, A/V 2059 networking, display and projection, and media processing SMPTE Gamma end markets. You can combine modular blocks with the latest 2022 MPEG PCle Sequencer IP to build a flexible video framework with less development eAVB 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. Any-to-Any Conversion
Intel® FPGA IP blocks are system verified to convert any income resolutions and frame rates to any outcome resolutions and frame rates over certified video connectivity IP.
Video In Video Processing Video Out
8K 8K 8K60 8K60 DisplayPort 4K 4K DisplayPort 4K120 1080 1080 4K120 HDMI 480 480 HDMI 4K60 4K60 4K30 4K30 Ethernet 60 fps 60 fps Ethernet 1080p60 50 fps 50 fps 1080p60 1080p30 MIPI 30 fps 30 fps MIPI 1080p30 24 fps 24 fps 1080i 1080i DVI DVI 720p RGB RGB 720p YCrCb 4 4 4 YCrCb 4 4 4 576p Composite Composite 576p YCrCb 4 2 2 YCbCr 4 2 2 480p YCrCb 4 2 0 YCbCr 4 2 0 480p
Broadcast Pro A/V Brochure 3 Video A/V Conferencing Networking
Intel FPGAs enable video conferencing applications Intel FPGAs support an extensive range (varying complexity, with a complete SoC solution, incorporating CODEC features, and application) of A/V networking products. Our (e.g., H.265), processing and connectivity in a single connectivity portfolio enables multiple video interfaces giving FPGA to provide minimal overall system latency and the ultimate flexibility to input any video stream, conditioning optimum performance. Flexible FPGAs enable multiple and compressing it to be sent over a cost-effective CAT5 cable. transceiver-based inputs and outputs, the integration In a space traditionally dominated by proprietary standards, of customized pre-process and post-process functions Intel FPGA IP portfolio includes the latest market video over IP (ISPs, format conversion, color conversion, CODEC video standards (SMPTE 2022 -1,-2,-5,-6,-7, SMPTE 2059 -1,-2, eAVB, conditioning, PiP mixing, graphic overlay, re-sizing, etc.), and SVIP TR-03/04). Furthermore, our diverse range of high and the ability to work with external chips for additional compression and mezzanine CODEC and our extensive video connectivity or processing functionality. processing IP enables the necessary customization to fit your application functional and performance requirements.
FPGA ro t d Menu Render Control FPGA (CPU/FPGA) (CPU) HDMI
Post Process HDCP Codec SMPTE 2022/2059 Display HDMI Decode Audio SRC (VIP) H.265 Display Port H.264 TR-03 JPEG2K HDCP VIP MPEG2K DDR4 Other Ethernet MIPI WAN MIPI Camera ISP Ethernet Connection CSI-2 (10/100Mb)
Pre-process DDR4 Encode (VIP) Bac d
FPGA Display Port Audio SRC SMPTE 2022/2059 Decode HDCP
H.265 HDMI TR-03 H.264 VIP JPEG2K HDCP MPEG2K Other Ethernet Vx1 DDR MIPI
4 Display and Media Projection Processing
Video walls and multi-viewers are typical applications that Intel FPGAs and SoCs provide the ultimate flexibility for any- use Intel’s scaling, clipping, and alpha blending and mixing to-any interfacing and any-to-any video formatting thanks to IP blocks. Intel’s extensive connectivity IP (as well as the our extensive connectivity and video processing IP as well as numerous high-speed transceivers in our devices) enable the numerous high-speed transceivers in our devices. Integrate a large variety of applications, from small to large, to be legacy interfaces, scale and customize your solution with our integrated in a single device. Furthermore, our IP portfolio off-the-shelf IP and state of the art productivity tools while offers the latest video over IP standards featuring the latest maintaining the highest video and audio quality. bandwidth and video quality functionality. Intel FPGAs provide the ultimate flexibility to meet any of your customers’ requirements in a market with many competing standards, such as high-definition multimedia interface (HDMI), display port (DP), serial digital interface (SDI), and video over IP. Input Output Intel FPGAs and SoCs are the perfect fit for single device integration of interfacing, video processing, and application FPGA software for expanded features and controlling functions SDI SDI such as menu rendering. VIP Display Port Display Port HDCP HDCP FPGA Graphic Overlay Control HDMI HDMI (CPU) (CPU) Audio SRC HDCP HDCP
Source 1 SDI Alpha DP Video Wall MIPI MIPI Blending Source 2 HDMI Mixer (VIP) SMPTE 2022 SMPTE 2022 SMPTE 2059 SMPTE 2059 Source 3 DP TR-03 TR-03 Source 4 Ethernet Decode Other Ethernet Other Ethernet
Broadcast Pro A/V Brochure 5 Accelerating Video and Image Innovation with Processing
Intel’s Video and Image Processing Suite is a plug-and-play IP Devices, Tools, portfolio, and presents a highly integrated alternative to video ASSPs. Together with easily integrated connectivity IP blocks, the Video and Image Processing Suite provides a design philosophy for rapid new design creation and easy integration and IP 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. 20 nm FPGAs Power Next-Gen Pro A/V Applications Intel presents a unique solution to your Pro A/V system Key Concepts solution needs combining comprehensive IP and device portfolios. Our 20 nm Arria® 10 SoCs are an exact match for • Support for all Intel FPGAs next-generation 4K/UHD applications. With the right feature • Visual quality exceeds ASSPs set, including up to 2,666 Mbps DDR4 SDRAM memory • Easy integration with video connectivity IPs and CODECs interfaces, system designers are ready to create fast time- • 4K/UHD and 120 fps+ support to-market, complex, and high-throughput designs. These IP solutions are developed by our in-house video system experts • Released as IP MegaCore® functions who optimally combine algorithmic and design expertise. • Highly configurable for cost optimal SD to 4K/UHD systems • Easy interface to connectivity IP
Intel FPGA IP Portfolio Size Performance Trade-off Intel provides an extensive IP portfolio that includes certified connectivity solutions with: • Range of scaling algorithms from nearest neighbor to edge-adaptive polyphase • The latest traditional and video over IP interfaces • De-interlacer has multiple algorithm options including bob, • Modular and future proof (4K ready and beyond) weave, motion adaptive, and video over film support Video and Image Processing Suite Video IN • Best-in-class compression and decompression engines Clocked Video Input
Avalon-ST Video Gamma 2D FIR Filter Clipper Corrector
Color Plane Interlacer 2D Median Filter Sequencer
Aplha Blending Color Space Scaler Mixer / Mixer II Converter
Avalon-ST Video Control Switch Monitor Synchronizer
Broadcast Test Pattern Deinterlacer Deinterlacer Generator
Chroma Resampler Frame Buffer Trace System
Frame Reader
Avalon®-ST Video
Clocked Video Output
Video OUT
6 Audio and Video Codec IP
Intel offers a comprehensive portfolio of in-house and Connectivity IP partner IP blocks for Pro A/V media processing. Furthermore, Intel’s best-in-class HEVC solutions offer the ultimate flexibility through full FPGA implementations as well as hybrid solutions (Pro A/V Selection) that combine x86 processors with FPGA acceleration. H.265 • Xeon® E5 + FPGA broadcast encoder HDMI ° 10 bit, 4kp60, 4.2.0 • HDMI 2.0 (up to 6G rates) in production • Low-latency FPGA encoders • Deep color mode, up to 8-channel audio ° 4kp30, 8 bit, 4.2.0 • HDMI 2.0a HDR support coming soon ° 1080p60, 10 bit, 4.2.2 • Certified solutions • Configurable FPGA decoder HDCP (Bitec) ° Up to 12 bit, 4kp60, 4.2.2 • HDMI 2.0 and DisplayPort 1.2a IP available with HDCP 1.4 and/or HDCP 2.2 H.264 (Partner Solutions) • HDCP 1.4 offering certified and in production • Low latency (AVC-I or I&P), FPGA encoders • HDCP 2.2 certification planned first half 2016 ° Up to 1080p60, 10 bit, 4.2.2 • Key storage and management solution • Broadcast (IP&B), FPGA encoders MIPI (Partners) ° Up to 1080p60, 10 bit, 4.2.2 • CSI and DSI support • Configurable FPGA decoder DisplayPort ° Up to 10 bit, 1080p60, 4.2.2 • DisplayPort 1.2a in production JPEG2K and TICO (IntoPix) • MST source/sink, link quality analysis • Up to 8K visually lossless • 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 System Solution • UHD/4K supported today (8K ready) SVIP TR-03 (Partners) • System-on-chip media networking solution complete Ready for • Multi-protocol, including Ethernet AVB, AES67, and SMPTE ST 2022 • Customizable digital signal processing Production
Customize and own your solutions with full turn-key and part turn-key (with your engineering team) system solutions available through trusted Intel design 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
Broadcast Pro A/V Brochure 7 INTEL DEVELOPMENT BOARDS FAMILY / DENSITY PART NUMBER IMAGE
Arria 10 GX FPGA Development Kit 1 DisplayPort TX, 2 FMC, 1 PCIe* Gen3x8, 10AX115S2F45I1SG 25 Gbps transceivers
Arria 10 SoC Development Kit 1 DisplayPort TX, 2 FMC, 1 PCIe Gen3x8, 10AS066N3F40I2LG 25 Gbps transceivers, 1G DDR4
Stratix® V Advanced Systems Development Kit 2 Stratix V devices, 1 FMC, 1 HSMC, 2 x 5SGXEA7N2F45C2N 2 PCIe Gen3, 1 USB 2.0
Arria V FPGA Development Kit 2 x 5AGXFB3H4F40C5NES 2 Arria V devices, 2 GB DDR3, 2 HSMC, 1 FMC
Cyclone® V GT FPGA Development Kit 5CGTFD9E5F35C7N 301 KLE, 5 Gbps transceiver, PCIe Gen2x4
ALSE Advanced Video Development Board 30K LEs, 6.1 Gbps transceivers, 1GB DDR3, 5CGTFD9E5F31C7N 1 Ethernet, 1 HDMI 1.4, 1 DisplayPort 1.2
Coveloz BACH SoM 1 GB DDR3, 3xGbE, IEEE 1588, MADI/ 5CSEA5U23C8 AES3/TDM/Analog, Audio I/F
BITEC HDMI 2.0 FMC Card ___
BITEC DisplayPort 1.2 FMC Card ___
Terasic 12G SDI FMC Card ___
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8 © 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. Broch-1015-1.1