Advantech's August revenue maintains NT$10 billion level, setting second-highest on record 2026.09.07 15:35, Commercial Times, Chen Yu-kuang Advantech (2395), a leading industrial computer manufacturer, announced on the 7th that its August revenue was NT$10.419 billion, up 87.52% year-on-year from NT$5.556 billion in the same period last year, and down 7.57% month-on-month. Cumulative revenue for the first eight months reached NT$68.203 billion, a year-on-year increase of 45.88% from NT$46.753 billion in the same period last year. In terms of August revenue by region, North America performed the strongest with a year-on-year increase of 106%. Europe, China, Taiwan, Japan, Korea, and emerging markets also showed strong double-digit growth of 52%, 67%, 96%, 73%, 79%, and 75%, respectively. In terms of business group performance, the Intelligent Systems Business Group, IoT Automation Business Group, and Embedded Business Group all performed well, with year-on-year growth of 93%, 36%, and 61%, respectively. Among them, embedded computing and peripheral systems grew 83%, and the Application Computer Business Group grew 37%. The Intelligent Services Business Group also achieved single-digit year-on-year growth. Looking at cumulative revenue for the first eight months, all regions achieved double-digit year-on-year growth. North America, Europe, China, Taiwan, Japan, Korea, and emerging markets grew 52%, 36%, 54%, 71%, 23%, 60%, and 30%, respectively. In terms of business groups, the Intelligent Systems Business Group and IoT Automation Business Group continued to maintain double-digit year-on-year growth of 47% and 22%, respectively. The Intelligent Services Business Group also achieved single-digit growth. The Embedded Business Group grew 38% year-on-year overall, with embedded computing and peripheral systems and the Application Computer Business Group growing 56% and 17%, respectively.

Next-Generation Media Innovation with AMD at IBC 2026. Sep 06, 2026 IBC 2026 brings together the OEMs, system integrators, and technology innovators shaping the next wave of broadcast, Pro AV, and connected media workflows. If you're planning your next media system, IBC is a chance to discuss faster development, lower integration risk, and more differentiated products. Across the show floor, AMD technology will appear through partners demonstrating specialist IP, design-service expertise, and platforms for software-defined, IP-based, and AI-enabled media products. Adeas-Nextera helps OEMs bring standards-based AV-over-IP products to market faster with a complete IPMX and ST 2110 solution optimized for AMD FPGAs and adaptive SoCs. The solution integrates modular FPGA IP cores, NMOS control software, drivers, daemons, a web GUI, and IPMX certified TX/RX reference designs, giving customers a proven starting point they can tailor to their requirements. Design services are also available to accelerate development. Latest features include NMOS IS-11 stream compatibility for EDID-over-IP and Privacy Encryption Protocol for enhanced security. Stop by booth 10.C12 or email [email protected] to schedule a free technical consultation and personalized demonstration. Advantech is expanding its VEGA portfolio with new AMD-powered server platforms for demanding broadcast and Pro AV workloads. At IBC 2026, Advantech will introduce the VEGA-7241, a 2U single-socket AMD EPYC 9005 server with 6 PCIe slots, providing the processing power and expansion required for advanced video applications. Advantech will also announce the upcoming VEGA-7142, a compact 1U single-socket platform based on AMD's next-generation Venice SP8 architecture, featuring 4 PCIe slots for flexible accelerator and I/O expansion. Alongside VEGA's AMD adaptive SoC platforms for video processing and AV-over-IP, these new platforms provide scalable foundations for high-performance, software-defined media infrastructure. Dante is the largest interoperable AV-over-IP platform that simplifies networked AV product design, deployment, and management. Dante offers flexible networked audio and video solutions for OEMs running on AMD Zynq SoCs, from pre-built modules and IP Core SDKs to the newly launched Dante Ultra Image - a ready-to-deploy firmware reference design providing a cost-effective, straightforward implementation path for audio products with up to 16x16 channels. For broadcast, Dante provides up to 512x512 channels of audio for the most demanding broadcast environments, with standards-compliant ST 2110-30 mode enabling a single SKU for both Dante and ST 2110-30 networks. DELTACAST empowers developers and OEMs with advanced video I/O and processing technologies that simplify the capture, transport, and streaming of high-quality video across broadcast, Pro AV, virtual production, and medical markets. Leveraging AMD FPGAs and adaptive SoCs, DELTACAST solutions deliver the low latency, flexibility, and performance required by next-generation media workflows. At IBC 2026, DELTACAST will showcase a versatile hybrid video I/O platform that combines IP and SDI connectivity on a single PCIe(R) card, further expanding its portfolio of innovative solutions for software-defined and IP-based video infrastructure. InSync Technology brings award-winning video conversion and processing expertise to AMD-based Broadcast and Pro AV designs. Now available as IP cores for AMD FPGAs and adaptive SoCs, InSync solutions support motion-compensated frame rate conversion, SDR-HDR and colour space conversion, video scaling from SD to 8K, advanced de-interlacing, aspect ratio conversion, and a versatile ST 2110 / SDI gateway IP stack. For OEMs building next-generation media products, InSync helps deliver high-quality, low-latency video processing. intoPIX enables OEMs to build low-latency, high-quality AV products for live production & AVoIP - using JPEG XS optimised for AMD platforms. Its TicoXS FPGA IP cores support ultra-low-latency (<1ms) encoding, decoding and transport for AMD FPGAs and adaptive SoCs, while Titanium SoC EDKs and SDK help accelerate IPMX, NMOS and ST 2110 development. Separately, TicoRAW brings efficient RAW Bayer compression to camera and acquisition applications on the same silicon. For camera, gateway, encoder, decoder and Broadcast AV equipment manufacturers, intoPIX delivers a proven, innovative route to market on AMD silicon. ITDev is a trusted AMD design services and FPGA IP partner, helping customers accelerate AMD-powered product development from concept to market. Its IP portfolio includes solutions for IPMX, ST2110, and video processing, supported by end-to-end embedded systems engineering across architecture, software, FPGA development, and system integration. ITDev combines deep expertise in broadcast and pro AV standards, technologies, and workflows with practical delivery experience, making it a valuable partner for businesses looking to innovate with AMD technologies. At IBC 2026, visitors can meet the ITDev team to discuss how to accelerate and enhance upcoming projects, including adding IPMX support to AV products as adoption of the standard rapidly gathers pace. Email [email protected] to arrange a meeting. | NDI is the most connected ecosystem in IP video. NDI running on AMD technology gives broadcasters the quality, reliability, and flexibility to build modern production environments around the tools and compute platforms that work best for them. By connecting cameras, software, infrastructure, AI tools, and production teams through one scalable technology, NDI simplifies fragmented systems and makes workflows easier to create, manage, and expand. With more than 1.2 million hardware nodes worldwide, enhanced SpeedHQ performance, centralized node management, and new recording and playback capabilities, NDI supports the demands of Tier-1 broadcasting today while laying the foundation for the more intelligent, AI-powered production workflows of tomorrow. | Promwad is a European R&D partner that helps broadcast and Pro AV OEMs turn complex media products into predictable, production-ready systems. Its core strength is integration: one senior engineering team owns high-speed hardware, AMD FPGA processing and embedded software as a single system - the layer where timing, latency and synchronisation are won or lost. With 22 years of experience, 100+ engineers, and work spanning AMD adaptive computing, ST 2110 and AV-over-IP workflows, Promwad covers everything from system architecture to production support. In parallel, the IBC Accelerator Media Innovation Programme brings together leading broadcasters, media organisations, and technology innovators to develop practical solutions to the industry's most pressing challenges. In 2026, nine Accelerator projects are exploring areas such as Agentic AI, immersive media, digital twins, 5G connectivity, and next-generation live production workflows. AMD is proud to support this collaborative innovation effort alongside HP as an Accelerator sponsor, helping to shape the future of content creation, distribution, and audience experiences while giving visitors another reason to discuss how AMD technologies can support emerging media workflows. AMD team members will be on-site during IBC and available to meet with customers, partners, and prospects working through next-generation broadcast, Pro AV, and media infrastructure decisions. If you're evaluating IPMX, JPEG XS, ST 2110, hybrid SDI/IP workflows, edge AI, or long-lifecycle embedded platforms, AMD can help connect you with the right technology, partner expertise, and solution path at the show. Interested in discussing your next media, broadcast, or Pro AV project? Reach out to its partners directly or contact your AMD representative to arrange a meeting with the AMD team at IBC 2026. Find out more about AMD solutions for Broadcast AV at www.amd.com/broadcastav

New motherboards bring high-performance AI to edge systems. September 3, 2026 New industrial boards pair Intel 18A processors with integrated graphics and AI acceleration, bringing faster inference and demanding workloads closer to connected edge environments today. Advantech has integrated Intel processors built on the 18A process into its latest industrial motherboards, including the MIO-5381 and AIMB-234, targeting faster and more capable edge artificial intelligence (AI) computing. The platforms combine central processing unit (CPU), graphics processing unit (GPU) and neural processing unit (NPU) resources to handle AI workloads closer to where industrial data is generated. - Advertisement - The new processors are positioned for applications requiring real-time processing without relying entirely on remote computing infrastructure. Advantech says the MIO-5381 can deliver up to 100 platform trillions of operations per second (TOPS) for AI acceleration, while its CPU and NPU capabilities support real-time AI inference for workloads such as endoscopic video streams. The approach is aimed at bringing advanced computing into demanding edge environments. Graphics performance also receives an upgrade. The processors can provide up to 12 Xe cores, enabling up to 50 per cent faster graphics performance compared with previous-generation processors, according to Advantech. This is intended to support graphics-intensive workloads such as 3D applications, AI-assisted training and high-resolution content rendering without requiring an external GPU. The motherboards are designed to support workloads including real-time defect inspection, predictive maintenance and intelligent monitoring directly at the edge. Keeping processing closer to equipment can help reduce dependence on cloud connectivity while supporting quicker responses from industrial systems. - Advertisement - Advantech also highlights software support through its EdgeAI software developer's kit (SDK), including GenAI Studio for custom large language model applications. Its orchestration platform can further support fleet-wide updates, helping organisations manage deployed edge systems. By combining Intel 18A-based processing with integrated CPU, GPU and NPU capabilities, the new platforms strengthen the hardware foundation for industrial AI. The focus is on enabling manufacturers to process data locally while supporting increasingly demanding vision, automation and intelligent-monitoring applications. T Pavani is a Tech Journalist at ElectronicsForU.com with a deep interest in embedded systems, IoT, robotics, AI/ML, VLSI, and emerging technologies.