Description
VP327/02x /1‑ Concurrent Technologies VME Single Board Processor Module
Product Overview
The VP327/02x /1 is a rugged single‑slot VME64x single‑board computer (SBC) manufactured by Concurrent Technologies, serving as a high‑performance embedded processor module for industrial, aerospace and defence systems. Built around Intel Pentium‑M CPU, this VME board delivers reliable real‑time computing, rich on‑board I/O and extended temperature capability. It executes application logic, data acquisition and system communication within VME‑bus chassis. With soldered ECC memory, conformal coating and shock‑vibration hardened construction, VP327/02x /1 mitigates data corruption, communication dropout and hardware failure under severe field conditions. It guarantees continuous deterministic operation for mission‑critical embedded control and data‑processing platforms.
Technical Specifications
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Brand: Concurrent Technologies
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Model: VP327/02x /1
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Warranty: One Year
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Condition: 100% New & Original
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Product Type: VME64x Single‑Board Processor Module
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CPU: Intel Pentium‑M (1.4 GHz /1.8 GHz options)
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Memory: Up to 2 GB DDR ECC SDRAM, minimum 512 MB soldered memory
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System Bus: VME64x backplane interface, single‑slot form factor
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Ethernet: Dual Gigabit Ethernet ports
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Serial Ports: 4 × RS‑232 COM interfaces
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USB: 4 × USB 2.0 channels
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Storage Interfaces: Dual EIDE ATA‑100, dual SATA‑150
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Expansion Site: 66 MHz PMC expansion slot for add‑on mezzanine cards
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Graphic & Audio: On‑board graphics controller, stereo audio output
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Conformal Coating: PCB protective coating for harsh‑environment deployment
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Operating Temperature:‑40℃ ~ +85 ℃ wide temp variant;‑25℃ ~ +70 ℃ standard version
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Mounting: Standard VME chassis single‑slot card installation
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Feature Highlights: ECC error correction, rugged mechanical design, long‑term embedded lifecycle support
Application Scenarios
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Mission‑Critical VME‑Bus Embedded Systems: The VP327/02x /1 functions as main compute controller inside VME chassis for ground‑based defence equipment, command‑control units and signal‑processing systems. Wide‑temperature range and ECC memory secure stable computation in fluctuating thermal and high‑vibration conditions, preventing runtime crashes and data loss.
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Industrial Rugged Automation & Data Acquisition: Deployed in heavy‑industry monitoring cabinets, test‑bench control systems and legacy VME‑based production equipment. Rich built‑in I/O reduces additional peripheral hardware; PMC expansion enables custom interface adaptation, supporting high‑speed field‑data collection and closed‑loop system supervision.
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Aerospace & Transport‑Grade Control Platforms: Suitable for vehicle‑mounted, ground‑station and mobile embedded computing applications. Conformal coating, anti‑shock construction and extended temperature rating cope with dust, humidity and mechanical stress, ensuring reliable 24/7 operation for legacy VME‑bus infrastructure maintenance and upgrade projects.
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