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Kontron announces industrial motherboard with AMD Ryzen AI Embedded P100 processors

Tue, Feb 03, 2026

Kontron introduces the K4131-Px, a powerful mITX industrial motherboard based on the new AMD Ryzen AI Embedded P100 Processor Series. Designed for demanding industrial edge and AI applications, the board offers high computing power, excellent graphics performance and state-of-the-art AI acceleration in a compact form factor.

Thanks to the AMD Ryzen AI Embedded P100 processors, the K4131-Px delivers exceptional graphics and AI performance and is ideal for visual data processing, machine vision, edge AI, automation, and smart industrial systems. The integrated AI engine enables efficient inference directly at the edge, reducing latency and minimising the need for cloud resources.

One special feature of the board is its high level of flexibility in system integration. With support for up to four DisplayPort outputs, as well as LVDS and embedded DisplayPort (eDP), it is ideal for multi-display and HMI applications. There are up to four M.2 slots available for memory and expansion requirements, which can be used for fast storage, multi-purpose expansions, wireless solutions, or 5G connectivity, among other things.

Additionally, the K4131-Px features other industrial interfaces, including up to four COM ports that allow for the easy connection of legacy and field devices. The wide input range from 9 to 34 V ensures stable operation even in demanding industrial environments with varying supply voltages.

The new K4031-Px motherboard will be available with a SMARTCASE S740. This housing solution is optimised for industrial applications and enables rapid system integration.

With the K4131-Px, Kontron is expanding its portfolio with a future-proof, powerful mITX motherboard that meets the highest demands for performance, connectivity, and flexibility.

www.kontron.com

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Tria launches compact OSM-compliant module powered by NXP

Wed, Jan 28, 2026

Tria Technologies has launched the OSM-LF-IMX95 module which brings high performance, security, flexibility and power efficiency to next-generation edge platforms. Compliant with the Open Standard Module (OSM) Specification 1.2, the compute module comes in a tiny package of only 45 x 45 mm in size (Size L), yet with the powerful, NXP i.MX 95 SoC, enabling developers and design engineers to increase performance of advanced embedded and edge AI systems.

The module contains the six-core 2GHz Arm Cortex-A55 application processor and two real-time Arm processors, the 800MHz Arm Cortex-M7 and the 333MHz Arm Cortex-M33. Additionally, it features an Arm Mali graphics processing unit (GPU), a 4k decode/encode vision processing unit (VPU), but also NXP’s eIQ Neutron neural processing unit (NPU) and a new image signal processor, delivering powerful AI-accelerated vision processing and enabling Edge AI workloads like predicative maintenance, object classification, production line monitoring, and more.

Tria’s OSM-LF-IMX95 module is suitable for building next-generation low-power edge platforms in sectors that require functional safety, advanced security and high-performance connectivity, for example in industrial automation and robotics, vision systems and mobile devices.

Advanced security features are built-in to the OSM-LF-IMX95 module. For example, an integrated EdgeLock Secure Enclave sub-system simplifies the implementation of security critical functions such as secure boot, cryptography, trust provisioning, run-time attestation, key management services, provision for secure remote management, secure over-the-air updates (OTA) and dedicated cryptographic engine.

Among the module’s other features are a fast up to 16GB LPDDR5 SDRAM with inline ECC support, up to 256GB eMMC Flash memory and high-speed interfaces that include SerDes interface (SGMII up to 10G Ethernet), two Gigabit Ethernet (RGMII interface), USB 3.0 and PCI Express Gen 3. Various standard interfaces for embedded applications such as 3x CAN-FD, dual-channel LVDS, MIPI DSI and dual MIPI CSI-2 camera interface are also available for added flexibility. The QSPI interface enables seamless connectivity to FPGAs on the carrier board and also supports the onboard NOR Flash.

To simplify design-in and evaluation of the OSM-LF-IMX95 module, Tria also provides a development platform and a starter kit. In addition, a Yocto based Linux Board Support Package is available (Android 12 and Windows 10 IoT Enterprise support on request).

tria-technologies.com

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IBASE announce high-performance 3.5” SBC for next-gen industrial edge computing

Mon, Jan 26, 2026

IBASE Technology has launched the IB96W, a high-performance 3.5-inch single board computer engineered to meet the growing demands of industrial edge computing applications. Featuring the latest 13th Gen Intel Core processors, the IB96W combines powerful computing performance with a compact footprint, making it ideal for space-constrained embedded systems requiring real-time data processing and intelligent control.

Designed for versatility, the IB96W supports DDR5 memory with IBECC, dual 2.5GbE LAN for high-speed connectivity, and a comprehensive set of I/O including multiple display interfaces, USB, SATA, and serial ports. With three M.2 expansion slots for NVMe storage, wireless modules, and cellular connectivity, the IB96W enables system designers to easily customise platforms for automation, and connected edge applications.

Built to withstand harsh industrial environments, the IB96W features wide-temperature operation from -40°C to +75°C and wide-range +12V to +24V DC input, ensuring stable and reliable performance in factories, transportation systems, smart infrastructure, and outdoor installations. With the IB96W, IBASE continues to strengthen its portfolio of rugged embedded computing solutions, empowering customers to deploy scalable and future-ready edge systems.

ibase.com.tw

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ST’ hybrid controller simplifies full-feature implementation of USB-C sink premium applications

Thu, Jan 22, 2026

STMicroelectronics’ STUSB4531 USB Power Delivery (PD) sink controller introduces a new, patented hybrid mode that simplifies implementing optional USB PD features for added value in USB-powered and USB-chargeable devices.

The STUSB4531 contains a certified, hardwired USB PD stack that works with ST-proprietary AUTORUN algorithms to enable software-free power negotiation, supervision, and management. These AUTORUN algorithms simplify developing battery-charging and VBUS-powered electronics in equipment such as portable audio devices, wearables, set-top boxes, Wi-Fi access points, healthcare devices, and lighting. The latest updated algorithms can negotiate with AC adapters to ensure the optimum power profile, including adjustable voltage supply (AVS) and high-power charging in dead-battery mode for faster device reactivation.

The new hybrid mode now added to the STUSB4531 lets an external application processor interact with the stack to leverage the protocol layers for USB PD communication. This gives engineers extra flexibility to implement functions such as battery messaging, data role swapping, Alternate modes, and vendor-defined messages (VDM) while also easing software development and accelerating time to market.

Typical applications for charging with USB data include hard disk drives, point-of-sale (POS) terminals, printers, drones, and portable industrial devices. While VR headsets, infotainment devices, portable displays, and gaming consoles often combine USB power with Alternate modes for DisplayPort or Thunderbolt protocols, VDM enhances consumer accessories and medical devices.

By combining hardwired speed and simplicity with software-enabled flexibility, the STUSB4531 facilitates adoption of USB-C for charging and powering devices, mandated by ecodesign norms worldwide conceived to reduce electronic waste. The IC is certified according to the latest USB-C® 2.4 and USB PD 3.2 standards, as well as IEC 62680 confirming EU-conformity.

An extensive ecosystem supports developers using the STUSB4531, including an evaluation board (EVAL-SCS007V1), certified minimalistic reference design (EVAL-SCS006V1), graphical user interface (STSW-STUSB020), and NVM flasher (STSW-STUSB021). An open-source software library (STSW-STUSB022) will be available soon.

www.st.com

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