Axiomtek, a world-renowned leader relentlessly devoted to the research, development, and manufacture of innovative, highly efficient, and reliable industrial computer products, is proud to announce the IMB550, a high-performance ATX motherboard designed for demanding AI vision inspection, high-performance computing (HPC), and image analysis applications.

The IMB550 is powered by 15th Gen Intel Core Ultra 9/7/5 processors (Arrow Lake-S) with the Intel W880 chipset. It features a PCIe Gen 5 x16 slot for multiple high-end graphics or acceleration cards, and two M.2 Key M slots for NVMe SSD storage with RAID 0/1 support, providing scalable performance, flexibility, and reliability to meet the demands of next-generation AI workloads.

BIOSTAR, a leading manufacturer of edge computing solutions, industrial motherboards, graphics cards, and storage devices, today introduces the BIW88-AHS industrial motherboard, designed for intelligent infrastructure requiring high-speed computing and smart system management. Built to support a broad range of industrial and AI-driven deployments, the BIW88-AHS combines strong performance with versatile expansion and reliable connectivity.

The BIW88-AHS is an ideal platform for system integrators who need a dependable foundation for customer information systems, transaction management, and communication workflows. Its extensive expansion options and stable connectivity provide the long-term reliability that SI projects depend on, ensuring smooth operation and efficient workflow management. For AIOT applications, the BIW88-AHS offers the expansion and interface support required to integrate communication modules and AI accelerators. Support for dual graphics cards via two PCIe 5.0 x16 slots and multiple PCIe interfaces enables efficient interaction with AI processors, bringing analytics and machine intelligence closer to the devices generating real-time data.

BIOSTAR, a leading manufacturer of edge computing solutions, industrial motherboards, graphics cards, and storage devices, today introduces the BIW88-AHS industrial motherboard, designed for intelligent infrastructure requiring high-speed computing and smart system management. Built to support a broad range of industrial and AI-driven deployments, the BIW88-AHS combines strong performance with versatile expansion and reliable connectivity.

The BIW88-AHS is an ideal platform for system integrators who need a dependable foundation for customer information systems, transaction management, and communication workflows. Its extensive expansion options and stable connectivity provide the long-term reliability that SI projects depend on, ensuring smooth operation and efficient workflow management.

The MS-CF20 V2.0, a high-performance industrial ATX motherboard built for the demands of modern computing. With native support for 15th Gen Intel Arrow Lake-S processors and extensive I/O options, this board brings together cutting-edge performance and legacy compatibility in a single rugged platform. SI IPC's MS-CF20 V2.0 is optimized to support the latest Intel Arrow Lake S processors, including Core Ultra U9, U7, U5, Pentium and Celeron models, by using the Intel W880 chipset. It provides exceptional memory bandwidth through 4 DDR5 UDIMM slots that support both ECC and non-ECC memory, at speeds up to 5600 MT/s and with a maximum capacity of 256 GB.

On the visual front, the MS-CF20 V2.0 supports 3 independent displays via VGA, DP, and HDMI connectors, making it ideal for environments that require multiple simultaneous outputs. In addition to strong display capabilities, this motherboard offers robust networking, featuring 4 2.5 GbE RJ-45 LAN ports that support high-throughput and redundant connections. Its storage architecture is similarly flexible: 2 M.2 M-Key slots, 4 SATA 3.0 ports, and support for RAID 0/1/5/10 enable both high-speed and redundant data handling.

The BCM RX880W is a new microATX motherboard built on Intel's latest Core Ultra platform, formerly known as Arrow Lake-S/Arrow Lake-S Refresh, pairing the Intel W880 chipset with the LGA1851 socket to support the 15th Gen Intel Core Ultra processors (Series 2). This board is designed to deliver cutting-edge performance while retaining robust legacy support, making it ideal for hardware and system engineers in the fields of medical & healthcare, industrial & automation, smart retail, digital signage, intelligent Kiosk, Edge AI server, security, and electronics distributors seeking next-generation solutions.

RX880W microATX New Design Features for Edge AI Computing and Compact Storage Servers
High-Performance with AI enabled CPU Support:

• LGA1851 socket supports Intel's latest Core Ultra 5/7/9 processors (Series 2), up to 125 W TDP
• Dual SlimSAS Connectors - High-Speed Storage in Compact Systems
  • The RX880W integrates two SlimSAS (SFF-8654) connectors—a standout feature rarely seen on industrial Micro ATX motherboards. Each SlimSAS supports PCIe Gen 4 x4, enabling flexible, high-bandwidth storage options ideal for dense, compact edge and storage platforms.

Introducing the MS-CF20, a high-performance ATX motherboard with the Intel W880 chipset, supporting the 15th Gen Intel Arrow Lake-S Series processors. Designed to meet the needs of advanced computing applications, the MS-CF20 combines next-generation CPU support with robust legacy features, offering unparalleled versatility for both modern and existing systems.

The MS-CF20 supports Intel Core U9/U7/U5, Pentium, and Celeron processors, leveraging the latest advancements in Intel 15th Gen Arrow Lake-S technology. With higher core counts, improved instructions per clock, and greater energy efficiency, the new processors deliver exceptional performance for demanding and AI-driven workloads. The board is equipped with 4 DDR5 UDIMM slots, supporting both ECC and non-ECC memory at speeds up to 5600 MT/s and a maximum capacity of 192 GB, enabling unmatched performance for data-intensive applications.

What appears to be the full details of all of Intel's upcoming 800-series chipsets have leaked and although we've already seen what the Z890 chipset will offer, no details of the other SKUs have leaked to date. Maybe the biggest news is that there won't be an H870 chipset this time around, according to the leaker @jaykihn0 over at X/Twitter. The full range appears to be Z890, B860 and H810 for consumers, W880 for workstations and Q870 for corporate desktops. That said, the Z890 and W880 are identical in terms of slots and ports, but whereas the W880 gains full ECC support and Intel vPro and remote management, it loses the CPU and bus overclocking features of the Z890. The Q870 loses four chipset PCIe 4.0 lanes, one 20 Gbps or two 10 Gbps USB 3.2 ports, but is otherwise similar to the Z890, minus all the overclocking features, but with Intel vPro and remote management.

The B860 ends up on the chopping block as always and loses not only 10 chipset PCIe lanes compared to the Z890 chipset, but also four lanes from the CPU and four lanes on the DMI interface to the chipset. On top of that bifurcation goes out the window toigether with PCIe RAID and the chipset is only capable of having two 20 Gbps or four 10 Gbps USB 3.2 ports, but at least memory overclocking is still on the table. Finally, the H810 chipset is as basic as it gets, with no extra CPU PCIe lanes beyond the 16 lanes for a graphics card, but they are at least PCIe 5.0 this time around. The chipset itself is only equipped with a mere eight PCIe 4.0 lanes and it gets zero 20 Gbps and two 10 Gbps USB 3.2 ports. Note that all platforms support one or two Thunderbolt 4 / USB4 ports, but it's unclear if this is native support or via an add-on chip. Also note that the USB ports are shared and the maximum count is that for the 5 Gbps ports in the details below, so the Z890 for example, doesn't have 25 USB 3.2 ports in total, but rather only 10. All in all, we'll see a migration to PCIe 5.0 for the x16 slot across the entire 800-series chipset range and from the B860 and up, all chipsets will have a dedicated PCIe 5.0 x4 interface that will most likely be used for an M.2 slot. Also, the PCIe lane count is the maximum, but due to Intel's HSIO layout, some resources will be shared with SATA and Ethernet, which means not all PCIe lanes will be accessible.