Latest news with #JPEGXS
Yahoo
a day ago
- Automotive
- Yahoo
intoPIX Accelerates Automotive Innovation with TicoRAW & JPEG XS on Lattice Low Power FPGAs
Live Demonstration at AutoSens US 2025 MONT-SAINT-GUIBERT, Belgium, June 09, 2025--(BUSINESS WIRE)--intoPIX, the leading provider of low-latency image and video compression, is proud to announce the availability of its JPEG XS and TicoRAW technologies powered by Lattice Semiconductor's low power FPGA platforms—Lattice Avant™ and Lattice Nexus™—and tailored specifically to meet the needs of the automotive industry. This breakthrough enables Tier 1s and OEMs to integrate ultra-efficient image compression directly into ADAS and in-vehicle vision systems, delivering exceptional image quality while minimizing bandwidth, power consumption, and latency. Optimized for Automotive Embedded Vision Lattice FPGAs are recognized for their low power, small footprint and flexibility, making them ideal for the growing demands of automotive applications such as surround view, driver monitoring, sensor fusion, and autonomous driving. With intoPIX's lightweight compression IP cores now available on these platforms: TicoRAW can directly compress sensor data at the source without any debayering needed. It drastically reduces dataflow while preserving all critical image information needed for AI-based perception and safety-critical decision-making. JPEG XS, the ISO-standardized lightweight video codec, ensures near-lossless quality with sub-millisecond latency. It is ideal for real-time display systems, sensor interconnects, and automotive Ethernet, while simplifying hardware integration and interoperability. Unlike traditional codecs such as H.264 or MJPEG, which were not originally designed for real-time automotive systems, intoPIX technologies deliver deterministic low-latency performance, high compression efficiency, and minimal implementation complexity, making them ideal for next-generation embedded vision architectures. "Automotive vision systems are becoming increasingly complex, requiring more data, more speed, and less power," said Justine Hecq, Head of Automotive & Machine Vision at intoPIX. "By combining Lattice's efficient FPGAs with our TicoRAW and JPEG XS technologies, we provide a unique solution for OEMs to scale performance while overcoming key design constraints." "As automotive and industrial systems demand ever-higher data throughput with lower power and latency, our collaboration with intoPIX delivers a game-changing solution," said Mark Hoopes, Sr. Director, Segment Marketing at Lattice Semiconductor. "By integrating intoPIX's solution on Lattice low power FPGAs, we're enabling up to 10X bandwidth reduction per camera, dramatically easing interconnect requirements and paving the way for more scalable, efficient embedded vision architectures." intoPIX will showcase TicoRAW running on Lattice FPGAs at AutoSens 2025 Detroit this June. Visitors will discover how this joint solution redefines automotive image pipelines — enabling high-resolution sensor capture, ultra-low-latency transmission, and power-efficient edge processing. Experience the future of in-vehicle vision. Visit intoPIX at booth (#320) and discover how we drive smarter, safer, more efficient vehicles. About intoPIX intoPIX creates and licenses innovative image processing and compression solutions. intoPIX delivers unique IP-cores (ASIC/FPGA) and efficient software solutions (CPU/GPU) to manage more pixels, preserve quality with no-latency, save cost & power, and simplify storage and connectivity. Their solutions open the way to new AV workflows and new devices, reducing costs & replacing uncompressed video, and always preserving the lowest latency with the highest >>Press_releases_image >>More_press_images View source version on Contacts Press: +32.10.23.84.70press@ Sign in to access your portfolio
Business Wire
4 days ago
- Business
- Business Wire
intoPIX and Nextera-Adeas Announce Latest IPMX Demo Design with JPEG XS on Compact FPGAs at Infocomm 2025
ORLANDO, Fla.--(BUSINESS WIRE)-- intoPIX, a pioneering provider of low-latency, lightweight AV-over-IP compression solutions, is thrilled to continue its collaboration with Nextera Video and Adeas, showcasing the latest FPGA developments of the JPEG XS TDC solutions tailored for IPMX and ST 2110. This exhibit will feature integration with Nextera-Adeas' industry-leading IPMX/ST 2110 cores targeted at AMD Zynq™ 7000 series SoCs and modules and is set to take place at the upcoming Infocomm Show in Orlando. intoPIX's new JPEG XS RTP video subsystem IP core enables the use of the most advanced JPEG XS codec, including the common JPEG XS profile and the new JPEG XS TDC profile for flawless imaging, offering up to twice the compression efficiency. The IP subsystem includes the TicoXS FIP core, SMPTE 2110-22 core, AES encryption core to interface directly with the Nextera-Adeas IPMX/ST 2110 solutions. Nextera-Adeas has implemented two new key features, NMOS IS-11 (Stream Compatibility Management) and Privacy Encryption Protocol (PEP), into their IPMX core solution. NMOS IS-11 ensures compatibility between senders and receivers, and PEP provides an extra level of security for IPMX devices. The joint demo design supports high-quality secure 4Kp60 HDMI to/from 1G Ethernet, and the FPGA footprint is small enough to fit into compact, cost-effective families such as AMD Zynq 7030 SoCs. "Demonstrating the integration of IPMX and JPEG XS into smaller, cost-optimized products such as the AMD Zynq 7000 SoC means that AV companies can keep costs down while maintaining broadcast-quality functionality," said Ramesh Iyer, Senior Director of Pro AV, Broadcast & Consumer at AMD. 'The Nextera-Adeas solution integrated with intoPIX JPEG XS provides everything needed to help OEMs IPMX-Enable their new or existing products quickly and easily,' said Jed Deame, CEO of Nextera Video. 'This initiative is set to greatly accelerate IPMX and TicoXS FIP integration, bringing improved efficiency and performance to our valued OEM customers on AMD FPGAs,' explains Jean-Baptiste Lorent, Head of ProAV Group, intoPIX. 'We are excited to announce the integration of PEP security and intoPIX s' latest TicoXS FIP cores alongside our ST2110/IPMX cores," explained Antoine Wijlaars, Managing Director of Adeas. intoPIX, Nextera and Adeas will be showcasing their joint reference design for AMD FPGAs at Infocomm 2025. Visit intoPIX booth 2761 and Adeas/Nextera at IPMX booth 3089 to discover the new design. About intoPIX intoPIX creates and licenses innovative image processing, compression and video networking solutions. It delivers unique IP-cores and efficient software solutions to manage more pixels, preserve quality with no latency, save cost & power, and simplify storage and connectivity. intoPIX is passionate about offering people a higher-quality image experience. Their solutions open the way to new imaging workflows and new devices, reducing costs in HD, 4K, or even 8K, replacing uncompressed video, and always preserving the lowest latency with the highest quality.
Broadcast Pro
23-05-2025
- Business
- Broadcast Pro
Bridging the Latency Gap with Broadcast in a Streaming World
Even with advancements in delivery platforms, it's not uncommon for digital audiences to experience delays of tens of seconds or more compared to traditional broadcast of the same content. As media companies in the Middle East and beyond navigate the transition from traditional broadcast to IP- and cloud-based operations, one challenge continues to stand out: latency. In the world of live production and streaming, timing is everything. Delay can create a disconnect between the content and the audience, affecting engagement, brand trust and ultimately monetisation. So whether it's sports, news or interactive programming, latency now plays a central role in determining the quality of experience for streaming viewers and the value of the content they're consuming. Traditional television broadcast has long been the benchmark for low-latency performance. Over-the-air signals historically were near-instant, synchronised and predictable. Streaming delivery, on the other hand, is still catching up. Even with advancements in delivery platforms, it's not uncommon for digital audiences to experience delays of tens of seconds or more compared to traditional broadcast of the same content. These highly engaged audiences – who are increasingly viewing sports and other live content on mobile devices – expect real-time delivery, and significant delay is considered unacceptable. So what's the hold-up in content delivery with streaming? Well, there isn't a single culprit – latency is a cumulative result of multiple workflow steps, including cloud-based operations. Transmitting content over long-distance networks introduces latency, as does processing at remote cloud servers, encoding and decoding processing, and the monitoring and feedback loop. All of these delays add up fast. For media companies, the challenge is to address these issues without sacrificing quality. Fortunately, the media industry around the globe is making progress on multiple fronts when it comes to bridging the latency gap with traditional broadcast. Low-latency protocols like LL-HLS and CMAF are moving from theory to development, reducing sources of delay in the delivery systems. Meanwhile, JPEG XS is being integrated into live production environments to reduce latency in the contribution and production networks while maintaining origination quality. JPEG XS stands apart from other codecs because it wasn't designed with the goal of maximising compression efficiency. Instead, its main objective is to retain the benefits associated with an uncompressed stream – visually lossless quality, super-low latency and low complexity. JPEG XS achieves visually lossless quality through modern intraframe encoding. In addition, it supports a constant bitrate and high dynamic range (HDR), and aligns well with SMPTE ST 2110 for IP network transmission. And while other codecs used in live production workflows can accumulate significant latency in the encoding and decoding stages, JPEG XS delivers extremely low latency – a handful of milliseconds for combined encoding and decoding. Furthermore, despite the acceleration of cloud-based playout, media companies are realising that not all workloads belong in the cloud and not all latency is created equal. As a result, hybrid 'ground and cloud' architectures are gaining traction as a way to optimise performance. By running latency-sensitive processes at the edge or on-prem while leveraging the cloud for scale and elasticity, media companies can better balance speed and flexibility. This balance is essential in live environments where the ability to deliver real-time content is now a baseline expectation.
Broadcast Pro
06-04-2025
- Business
- Broadcast Pro
Evertz announces media processing solution supporting JPEG XS at NAB
With support for SMPTE ST 2110, SDR and HDR formats, the RFK-ITXE-HW-DUO is tailored to meet IP-based media transport standards and expanded colour space requirements. Evertz is set to showcase major advancements in JPEG XS technology at NAB 2025, spotlighting upgrades across its RFK-ITXE-HW-DUO, NEXX and SCORPION platforms. The enhancements reinforce Evertz's leadership in scalable, low-latency UHD media solutions, addressing the evolving demands of modern broadcast and streaming workflows. At the centre of the announcement is the RFK-ITXE-HW-DUO, a high-density, flexible signal acquisition and transcoding platform. This unit now supports multi-path JPEG XS encoding for UHD content, alongside HEVC SRT outputs, enabling efficient 4K transmission over both stable and unreliable networks. It also accommodates HLS and RTMP outputs, offering broad compatibility for transport and backhaul scenarios. With support for SMPTE ST 2110, SDR and HDR formats, the RFK-ITXE-HW-DUO is tailored to meet IP-based media transport standards and expanded colour space requirements. Rajvir Singh, Technical Product Manager for Compression Systems, said: 'We are very excited to further expand and cater to unique, challenging broadcast workflows with the RFK-ITXE-HW-DUO, which is a result of our continuous research and development in media processing and IP solutions. 'The RFK-ITXE-HW-DUO is a game-changer for our customers, who can now benefit from a single platform that can handle any media format, resolution and protocol while delivering exceptional quality and performance. The RFK-ITXE-HW-DUO is not only a product, but a platform that can enable new business opportunities and revenue streams for our customers in the broadcast and streaming markets.' Evertz is also bringing JPEG XS to its NEXX next-generation processing and routing platform with the launch of the NEXX-IO-R1 module at NAB 2025. This universal IO module offers performance and flexibility for JPEG XS encoding and decoding for any format and interface. A single NEXX-IO-R1 can support up to 32 JPEG XS encodes or decodes, providing a native all-in-one solution for routing, monitoring and primary distribution. The SCORPION Flexible Media Edge also gets a major boost with the new MIO-BLADE-Z22-SFP Module, supporting six JPEG XS encodes or decodes per module, allowing Evertz to support up to 56 JPEG XS encodes or decodes in a compact 1RU form factor. This dual-slot module supports a variety of other application builds to further facilitate primary contribution-based requirements. 'With the continued focus for high-density JPEG XS offerings, we are expanding the capabilities and possibilities of our flexible NEXX and SCORPION platforms,' highlighted Singh. 'JPEG XS is a game-changer for IP-based video production, as it delivers the same quality as uncompressed video 3G, 4K and 8K with much lower bandwidth requirements and low latency while being colour space agnostic and utilizing a small footprint. Our bulk MIO-BLADE-Z22-SFP offering significantly increases the density of Evertz's previous generation offering, the ev670-X45-HW, MIO-BLADE-Z21.' Stand N915
Yahoo
03-04-2025
- Business
- Yahoo
Matrox Video and intoPIX Expand Interoperable IPMX & ST 2110 Solutions with JPEG XS Innovation at NAB 2025
New Products and Interoperability Demonstrations from intoPIX and Matrox Video. MONT-SAINT-GUIBERT, Belgium, April 03, 2025--(BUSINESS WIRE)--intoPIX, a pioneer in high-performance video compression, is deepening its partnership with Matrox Video to drive the future of ST 2110 and IPMX workflows. At NAB 2025, the companies will showcase groundbreaking interoperable solutions using JPEG XS compression technology, enabling seamless and efficient IP video transport. Matrox Video will present its new Matrox Vion 4K IP video gateway, supporting JPEG XS compression for low-latency encoding, decoding, and transcoding. The Matrox Vion series enhances IP media processing, while the Matrox ConvertIP series, already leveraging intoPIX's JPEG XS, now interfaces seamlessly with intoPIX Titanium Software Apps for workstations and PC —TitaniumShow and TitaniumViewer — further reinforcing the central role of JPEG XS in high-performance IP video workflows. This month, their latest solutions participated in the latest IPMX interoperability tests organized by the Video Services Forum. This collaboration enables broadcasters and AV integrators to streamline workflows with robust, standard, interoperable tools, optimized for real-time and bandwidth-efficient IP video transport within SMPTE 2110 and IPMX workflows. "By expanding our portfolio of JPEG XS solutions, this collaboration with intoPIX ensures we provide broadcasters and AV professionals with the most efficient, flexible, and interoperable IP tools for today's demanding workflows," said Daniel Maloney, Technical Marketing Manager at Matrox Video. "Through our partnership with Matrox, JPEG XS is revolutionizing how broadcasters and AV professionals connect and transport high-quality video over IP. This collaboration brings seamless interoperability, extending ST 2110 capabilities over cost-effective gigabit infrastructures," said Jean-Baptiste Lorent, Head of Media, Entertainment & ProAV Group at intoPIX. Don't miss the chance to experience live interoperability demos at NAB 2025 Explore Matrox Video's latest Convert IP series & new Vion series solutions at Matrox Booth (SL4511) and the joint demo running along with intoPIX Titanium Software Apps at the intoPIX Booth (N2452, North Hall) during NAB 2025. About intoPIXintoPIX creates and licenses innovative image processing and compression solutions. We deliver unique IP-cores and efficient software solutions to manage more pixels, preserve quality with no latency, save cost & power and simplify storage and connectivity. We are passionate about offering people a higher-quality image experience. Our solutions open the way to new imaging workflows and new devices, reducing costs in HD, 4K, or even 8K, replacing uncompressed video, and always preserving the lowest latency with the highest About Matrox VideoMatrox Video is a global leader in video technology. Featuring a complete portfolio of best-in-class hardware, software, APIs, and SDKs, Matrox Video enables OEMs, system integrators, value-added channel partners, and end users to push the boundaries of video innovation. Serving the AV/IT, broadcast, and emerging markets for over 45 years, Matrox Video is synonymous with quality, performance, interoperability, and support. Matrox Video's legal entity is Matrox Graphics Inc., part of the Matrox >>Press_Release_image >>More_Press_images View source version on Contacts Julie Van Roy+32.10.23.84.70press@ Sign in to access your portfolio
