The Eurotech / Arcom SBC-GXm-M32-F16 is a fanless EBX single board computer engineered for embedded applications in harsh and space-constrained environments. Built around an AMD Geode GX1 300 MHz processor, this board delivers low-power operation without active cooling, making it ideal for deployments requiring extended reliability and minimal thermal management.
## Technical Specifications
• **Processor:** AMD Geode GX1 300 MHz CPU
• **Memory:** 32 MB DRAM, 16 MB Flash Memory
• **BIOS:** General Software Embedded BIOS 2000
• **Graphics:** High-performance flat panel VGA controller
• **Audio:** 16-bit SoundBlaster-compatible audio engine
## Key Features
The SBC-GXm-M32-F16 combines PC/AT compatibility with industrial-grade I/O density. Network connectivity is provided via 10/100 Base-T Ethernet with RJ45 interface. Storage options include an integrated silicon disk drive and CompactFlash socket for field expansion.
Serial and USB communication paths support legacy and modern device integration: four UARTs (COM1–COM4) and four USB 2.0 ports handle sensor networks, modems, and peripherals. PC/104 and PCI expansion buses enable custom I/O mezzanine cards.
System management features encompass a real-time clock, external watchdog timer, GPIO, and a unique ID serial number device for asset tracking. SRAM buffers support transient data operations.
## Typical Applications
Deployment scenarios include industrial automation, embedded data acquisition, in-vehicle infotainment, legacy DOS/Windows NT migration environments, and remote monitoring systems where fanless operation and low standby power are essential.
## Compatibility & Integration
Operating system support spans MS-DOS, Windows NT, Windows CE, Windows 95, Windows 98, Windows 2000, and Linux distributions, enabling broad software reuse. PC/104 bus access and interrupt handling allow stackable subsystem integration without dedicated slot bandwidth constraints. The board architecture supports embedded and multimedia feature sets suitable for mixed-signal applications.
