FPGAs play a transformative role in the broadcasting and professional audio/visual (Pro AV) industry by addressing the increasing demand for high-quality content, low-latency transmission, and flexibility in system design. FPGAs in edge AI enable broadcasters and pro AV professionals to achieve intelligent, high-performance workflows that are efficient, scalable, and adaptable to the industry's rapidly evolving demands. FPGAs with AI enable a new wave of innovation in broadcast and Pro AV with example functions such as real-time video analytics, real-time closed captioning, and AI-enhanced graphics overlays.
Latency is critical in live broadcasting and professional AV setups. FPGAs provide deterministic and ultra-low latency performance for live streaming and content delivery
FPGAs’ reconfigurable architecture allows broadcasters and AV professionals to update their systems to support new codecs, resolutions, and features without replacing hardware, ensuring investment longevity.
FPGAs enable real-time processing of high-definition (HD), 4K, 8K, and 16K video streams, which is essential for broadcasting and live events.
The Broadcast and ProAV market serves a diverse range of rapidly evolving applications starting from cameras to displays and different stages of connectivity, processing, switching and networking in the middle. All these systems need to process high quality audio and video in a deterministic low latency setting. Altera’s FPGAs are at the core of these applications from video capture through production to distribution and consumption of high quality AV experience.
A video switcher is a hardware device used to switch or choose between different audio or video sources. Although its main functionality is to select between audio or video sources, video switchers are sometimes used to mix video and add footage or special effects to a secondary source. Video switchers are mostly used in live events and video production environments like production trucks and television studios
High-quality professional video cameras are used in TV studios and film production. FPGAs are ideal for combining the camera interface, image processing, and connectivity in a single device to film and distribute live video (or store it).
Live IP video production has introduced new network designs and topologies to meet the mission-critical requirements of live media transport over a network. These new requirements are pushing the limits of the current paradigm for COTS hardware architecture with increased demands for media processing, which necessitates the use of specific hardware accelerators.
FPGAs are ideal for creating a customized number of audio/video ports and connecting to Commercial off-the-shelf (COTS) Edge Compute equipment as PCIe add-in cards.
A class of cameras suitable for use in conference room applications or automated environments where an operator is not required. FPGAs are ideal for combining the camera interface, image processing, and connectivity in a single device to film and distribute live video (or store it).
AV-over-IP equipment uses a standards-based or proprietary-based packetization system for transmission on IP networks. The standards-based system has the advantage of interoperability between products from different vendors.
The use of AVoIP is now being used to replace the traditional Pro AV connections such as HDMI, DisplayPort, and SDI with the added benefit of allowing for longer cable runs and easy signal routing
Video projectors are used for many applications such as conference room presentations, classroom training, home cinema, movie theaters, and live events.
Video projectors use a very bright ultra-high-performance lamp to provide the illumination required to project the image. Modern projectors use FPGA processing for video processing, lens correction, geometric transforms, and other tasks.
Equipment used to treat, transmit, and receive video and KVM over long distances using ethernet cabling in private or public networks. End usages include professional shows, enterprise video networks, hospitality video networks, houses of worship, signage, and retail video networking.
Audio-Video systems either in broadcast, cinema or ProAV involve a wide range of advanced technologies from legacy connectivity protocols, complex AV processing, compression and AVoIP standards. Altera and our partners provide comprehensive set of IPs to reference designs and platforms to enable our customers in faster time to market.
SMPTE ST 2110 is a suite of open standards that carries video, audio, and ancillary data as separate streams over an IP network and is already being widely adopted in broadcast and is now the de facto standard for AV over IP.
ST 2110 replaces legacy SDI (Serial Digital Interface) systems by providing one common data center infrastructure, where essences are routed using COTS IP switches instead of expensive SDI routers.
Our personal and public spaces are filled with more and more rich multimedia experiences from HD through 4K to 8K & HDR which demand high bandwidth connectivity between these devices. Connectivity standards like SDI, DisplayPort, HDMI and more are continually evolving to accommodate these faster data rate demands.
Altera and our partners provide connectivity IPs leveraging our industry leading high-speed transceivers and fabric. These IPs and example designs provides a robust starting point for our customers to build their designs quickly and concentrate on differentiating features for a quicker time to market.