The PC104 CPU VDX-6372 represents advanced embedded computing technology engineered for industrial applications demanding reliable performance in challenging operational environmen...

The PC104 CPU VDX-6372 represents advanced embedded computing technology engineered for industrial applications demanding reliable performance in challenging operational environments. This compact module incorporates DM&P's Vortex86DX System-on-Chip processor operating at 600MHz, supported by 128MB of onboard DDR2 memory for efficient data processing and system responsiveness. The module maintains strict adherence to the PC104 standard while offering optional PCI-104 and PCI/104+ compatibility, providing enhanced flexibility for various expansion requirements. With integrated XGI Volari Z9s chipset and 32MB dedicated VGA memory, it delivers robust graphics capabilities alongside comprehensive connectivity options including dual USB ports, serial interfaces, GPIO, and 16-channel PWM outputs. The built-in watchdog timer ensures maximum system reliability with software-programmable intervals ranging from 30.5 microseconds to 512 seconds, while optional wide temperature operation from -40°C to +85°C makes it suitable for extreme environmental conditions encountered in industrial settings.

This embedded computing module finds extensive application across multiple industries where reliability and consistent performance are critical operational requirements. In industrial automation, it serves as the computational core for CNC machines, robotic controllers, and production line monitoring systems that demand precision and uptime. The transportation sector utilizes these modules for railway signaling systems, vehicle telematics, and traffic control infrastructure where failure is not an option. Medical equipment manufacturers integrate the VDX-6372 into diagnostic devices, patient monitoring systems, and laboratory instrumentation where precision and reliability directly impact outcomes. The energy sector employs these modules in smart grid management, power distribution control, and renewable energy monitoring systems requiring stable operation. Additionally, its rugged design and wide temperature operation make it suitable for military, aerospace, and outdoor applications where environmental resilience and dependable performance are essential for mission success.

The VDX-6372 delivers exceptional value through its combination of reliability, performance, and design flexibility. For system integrators and equipment manufacturers, this module significantly reduces development time and costs by providing a proven, ready-to-deploy computing platform that meets industrial standards and certification requirements. Its long-term availability and consistent performance ensure stable supply chains for products with extended lifecycles, minimizing requalification efforts. The module's low power consumption and compact design contribute to reduced system footprint and operational costs while maintaining processing capabilities. With optional configurations including extended temperature ranges and additional storage options, businesses can tailor the solution to specific application requirements without compromising on quality or performance standards. The manufacturer's substantial production capacity ensures reliable supply availability, while immediate delivery options support urgent project timelines and just-in-time manufacturing requirements.

Key Features:
- 600MHz Vortex86DX SoC processor with 128MB onboard DDR2 memory
- PC104 standard compliance with optional PCI-104 and PCI/104+ compatibility
- Integrated XGI Volari Z9s chipset with 32MB dedicated VGA memory
- Wide operating temperature range options from -40°C to +85°C
- Comprehensive I/O including dual USB, serial ports, GPIO, and 16 PWM channels

Benefits:
- Reliable performance in demanding industrial environments and extreme conditions
- Reduced development time and costs with proven, ready-to-deploy platform
- Long-term availability ensuring stable supply for extended product lifecycles
- Flexible integration with versatile connectivity and expansion options
- Compact design with low power consumption for space-constrained applications