The Concurrent Technologies VP PSE/C13 is a single-slot, B-size VME module built around an Intel Celeron processor for cost-effective embedded computing in defense, aerospace, and industrial applications. This PC-AT compatible board delivers reliable performance in demanding environments through onboard SDRAM, integrated I/O interfaces, and PMC expansion capability. Available in 566MHz and 733MHz processor variants, the VP PSE/C13 integrates SCSI and/or EIDE interfaces and operates across multiple industry-standard operating systems on the VMEbus parallel architecture.
## Technical Specifications
• Processor: Intel Celeron (566MHz or 733MHz variants)
• Form Factor: Single-slot, B-size VME module
• Memory: Onboard SDRAM (multiple capacity variants available)
• Expansion: One PMC expansion slot
• Interfaces: Onboard I/O, SCSI and/or EIDE (variant-dependent)
• Architecture: PC-AT compatible
• Bus Standard: VMEbus
## Key Features
• Multiple Celeron clock speeds (566MHz, 733MHz) for performance scaling
• Configurable SDRAM options to match application memory requirements
• PMC slot enables functional expansion without additional board slots
• Dual interface support: SCSI and EIDE variants for legacy storage connectivity
• Single VME slot occupancy minimizes backplane real estate
## Typical Applications
The VP PSE/C13 serves mission-critical roles in defense and aerospace systems where VME architecture remains the standard. Industrial embedded systems requiring long-term platform support benefit from Concurrent Technologies’ commitment to legacy system continuity. Applications demanding cost-optimized processing with proven reliability leverage the Celeron processor’s established performance envelope.
## Compatibility & Integration
This module integrates directly into VMEbus backplanes using standard B-size mechanical and electrical interfaces. Operating system flexibility supports deployment across multiple software environments. PMC module support allows field-upgradeable I/O and compute capabilities without board redesign.
