News Posts matching #Amston Lake

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MSI IPC Unveils the MS-CF27, a High-Performance Ultra-Compact 3.5" SBC

MSI IPC announces the launch of the MS-CF27, a compact 3.5" single board computer designed to deliver reliable computing performance, wide voltage power input, and versatile connectivity for industrial and embedded solutions.

The MS-CF27 is a newly introduced 3.5" single board computer from MSI IPC that integrates Intel Alder Lake N, Twin Lake N, and Amston Lake processors to deliver efficient performance for industrial computing. Designed for fanless and ultra low power environments, the platform supports processors such as Intel Alder Lake N97, Intel Alder Lake N305, Intel Twin Lake N150, and Intel Amston Lake x7433RE, offering performance levels suitable for both PC client and embedded applications.

Biostar Introduces the BITWL-IHT Mini Industrial Motherboard

BIOSTAR, a leading manufacturer of edge computing solutions, industrial motherboards, graphics cards, and storage devices, is proud to introduce the new BITWL-IHT, a Thin Mini-ITX industrial motherboard engineered to deliver stable and scalable performance for modern intelligent infrastructure. Built to smoothly run with the Intel Alder Lake-N, Amston Lake, and Twin Lake series processors, the BITWL-IHT is designed to address the growing demand for reliable edge platforms across AIoT, industrial automation, HMI, kiosk, digital signage, and distributed edge computing environments where long-term stability and flexible integration are essential.

At its core, the BITWL-IHT supports Intel Processor N150, Intel Atom x7213E, and Intel Core i3-N305, offering adaptable processing performance across a wide spectrum of embedded and edge workloads. Combined with support for DDR5-4800 SO-DIMM memory up to 16 GB, the platform ensures responsive multitasking, efficient data handling, and improved power efficiency for continuous industrial operation. Its compact 170 mm x 170 mm slim Mini-ITX form factor enables streamlined system integration in space-constrained environments, making it ideal for slim kiosks, panel PCs, and embedded control systems.

MSI IPC Launches MS-CF16 V3.0 Pico-ITX SBC with Intel Alder Lake-N/Amston Lake/Twin Lake Series

MSI IPC, a leading provider of industrial embedded solutions, is proud to introduce its latest compact computing platform, the MS-CF16 V3.0 Pico-ITX single board computer. Engineered for fanless operation and low power consumption while maintaining high computing performance, this new board is purpose built for deployment in extreme environments and industrial use cases such as factory automation, smart kiosks, transportation systems, and edge devices.

Built around the latest Intel Alder Lake N, Amston Lake, and Twin Lake processors, the MS-CF16 V3.0 delivers next generation computing in a small form factor, making it perfect for edge computing, industrial automation, smart retail, and embedded IoT applications.

AAEON Announces Dual Desktop Network Devices for SD-WAN and Edge Security Markets

Leading white box provider AAEON has released two new additions to its desktop network appliance range, the FWS-2291 and FWS-2292, designed for SD-WAN, uCPE, and UTM applications. The FWS-2291 and FWS-2292 host the Intel Processor N97 and Intel Processor N150 by default, respectively. However, AAEON notes that the two devices are each able to support CPUs from across the Intel Atom x7000RE, Intel Atom x7000C, and Intel Processor N-series ranges (formerly Twin Lake, Alder Lake-N, and Amston Lake).

While both devices suit similar types of networking applications, they offer unique benefits depending on project need. For the FWS-2291, this is reflected in its four 2.5GbE copper RJ-45 and two GbE SFP ports with two-pair LAN bypass, designed for hybrid environments requiring both long-distance fiber uplinks and local high-speed LAN capabilities. Meanwhile, the FWS-2292 is more equipped for edge firewall, UTM, or SD-Branch applications, given its six RJ-45 ports, all of which offer 2.5GbE speed, also with two-pair LAN bypass.

Biostar Introduces MX-X7433RE Industrial PC

BIOSTAR, a leading manufacturer of IPC solutions, motherboards, graphics cards, and PC peripherals, today unveils the MS-X7433RE, a compact, high-performance embedded system purpose-built for modern kiosk applications and edge computing environments. Powered by the Intel Amston Lake X7433RE processor, the MS-X7433RE delivers efficient performance with its quad-core architecture, reaching speeds up to 3.4 GHz while maintaining a low TDP of just 9 W. Integrated Intel UHD Graphics drives both HDMI 2.0 and DisplayPort 1.4++ outputs, making it an excellent choice for digital displays, payment machines, and access control systems.

Designed for system integrators and developers, the MS-X7433RE combines reliable hardware with flexible expansion options. It supports up to 16 GB of DDR5 4800 MHz memory and includes a SATA III port alongside an M.2 Key-M slot, enabling both traditional and high-speed NVMe storage. A Mini-PCIe slot and M.2 Key-B interface with support for 4G/5G modules make it easy to tailor the system for wireless connectivity and real-time data processing unlocking superior edge computing capability.

Biostar Introduces the MS-X7433RE Industrial Computing Solution

BIOSTAR, a leading manufacturer of motherboards, graphics cards, and IPC solutions, is excited to introduce the new MS-X7433RE industrial computer designed to cater to a wide range of industrial applications.

The MS-X7433RE fanless embedded computer addresses the diverse demands of industrial professionals with precision and adaptability. It provides robust solutions for system integrators to manage customer data and business operations. AIOT developers can utilize its advanced slots and connectors to integrate communication modules and devices smoothly while leveraging its M.2 Key M interface to support accelerators for enhanced AI processing. Automation specialists benefit from its compatibility with powerful processors, enabling real-time control and efficient data processing. At the same time, edge computing professionals rely on its high-speed communication interfaces and flexible storage options for seamless local data handling.
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