1. Product Overview
Product Name: cPCIS-6700A
Model: cPCIS-6700A
Series: CompactPCI (cPCI) 6U CPU Card Series
Article Number: cPCIS-6700A
Manufacturer: Adlink Technology Inc.

The Adlink cPCIS-6700A is a high-performance 6U CompactPCI CPU card designed for industrial computing, embedded control, and modular system integration. It integrates an Intel Pentium III 850 MHz processor (Socket 370) and the Intel 440BX chipset, providing a stable and proven platform for mission-critical applications. The board combines computing, storage, and display capabilities in a single 6U CompactPCI form factor, making it suitable for industrial automation, telecommunications, transportation, and defense systems that require reliable, long-life embedded computing solutions.

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2. Key Features
- Processor: Intel Pentium III 850 MHz (Socket 370)
- Chipset: Intel 440BX chipset for stable performance and compatibility
- Memory: 256 MB RAM via 144-pin SODIMM socket (notebook standard)
- Storage: Integrated 2.5" HDD (20 GB) and 3.5" FDD
- Graphics: C&T 69000 VGA/LCD controller with 2 MB SDRAM video memory
- Networking: Onboard Ethernet interface for LAN connectivity
- Expansion: CompactPCI 6U form factor for modular system integration
- Embedded Storage Option: Disk-On-Chip (DOC) socket for solid-state storage
- Display Support: VGA and LCD output for flexible display configurations
- Industrial Design: Ruggedized for continuous operation in embedded environments
- Manufacturer: Adlink Technology – known for industrial-grade embedded computing solutions

Unique Selling Points:
- Combines legacy and modern interfaces for broad compatibility
- CompactPCI 6U design enables easy integration into modular chassis systems
- Proven Intel architecture ensures long-term software and hardware support
- Integrated storage and display controller minimize external component requirements
- Designed for high reliability and extended operational life in industrial environments

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3. Technical Specifications

Form Factor:
- 6U CompactPCI (cPCI) CPU card

Processor:
- Intel Pentium III 850 MHz
- Socket 370 interface
- Supports Intel MMX and SSE instruction sets

Chipset:
- Intel 440BX chipset
- Northbridge: 82443BX
- Southbridge: 82371EB (PIIX4E)

Memory:
- 1 × 144-pin SODIMM socket (notebook standard)
- Installed memory: 256 MB SDRAM
- Memory type: PC100/PC133 SDRAM
- Maximum supported memory: up to 512 MB (depending on configuration)

Graphics:
- Controller: C&T 69000 VGA/LCD controller
- Video memory: 2 MB SDRAM
- Display output: VGA and LCD interface
- Supported resolutions: up to 1024 × 768 (XGA)

Storage:
- 1 × 2.5" HDD (20 GB capacity)
- 1 × 3.5" FDD (floppy disk drive)
- 1 × Disk-On-Chip (DOC) socket for flash-based storage

Networking:
- Integrated Ethernet controller (10/100 Mbps)
- RJ-45 interface for LAN connectivity

I/O Interfaces:
- VGA output
- Ethernet port
- IDE interface for HDD and FDD
- CompactPCI backplane connectors for system integration

Power Requirements:
- Supplied via CompactPCI backplane
- Typical power consumption: dependent on CPU load and peripheral configuration

Physical Dimensions:
- Form factor: 6U (233.35 mm × 160 mm)
- Weight: approximately 0.8–1.0 kg (depending on configuration)

Materials:
- PCB: Multi-layer industrial-grade FR-4
- Connectors: Gold-plated contacts for durability
- Cooling: Passive cooling with optional airflow support

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4. Functionality

The cPCIS-6700A functions as the central processing unit (CPU) module within a CompactPCI system. It provides computing, storage, and display control capabilities for embedded and industrial applications. The board is designed to be inserted into a 6U CompactPCI chassis, where it interfaces with peripheral and I/O modules through the backplane.

How It Works:
- The Intel Pentium III processor executes system operations and application tasks.
- The Intel 440BX chipset manages communication between CPU, memory, and peripheral buses.
- The onboard C&T 69000 graphics controller drives VGA or LCD displays.
- The integrated Ethernet interface provides network connectivity for data exchange or remote management.
- The Disk-On-Chip socket allows for solid-state storage, ideal for systems requiring high reliability and vibration resistance.
- The 2.5" HDD and 3.5" FDD provide traditional storage and data transfer options.

Use Cases and Applications:
- Industrial automation control systems
- Telecommunications and network infrastructure
- Transportation and railway control systems
- Military and defense embedded computing
- Test and measurement equipment
- Data acquisition and monitoring systems
- Legacy system upgrades requiring CompactPCI compatibility

Compatibility:
- Compatible with standard CompactPCI 6U chassis and backplanes
- Supports standard operating systems compatible with Intel Pentium III architecture (e.g., Windows 2000, Windows XP Embedded, Linux distributions)
- Compatible with Adlink peripheral and I/O modules

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5. Components & Accessories

Included Components:
- cPCIS-6700A CPU card (6U CompactPCI)
- Intel Pentium III 850 MHz processor (pre-installed)
- 256 MB SDRAM SODIMM module
- 2.5" HDD (20 GB)
- 3.5" FDD
- Integrated Ethernet interface
- C&T 69000 VGA/LCD controller with 2 MB SDRAM
- Disk-On-Chip socket (empty, user-configurable)

Optional Accessories:
- Additional SODIMM memory modules (up to 512 MB total)
- Disk-On-Chip flash storage modules
- CompactPCI chassis and backplane
- Cooling fan tray or airflow management accessories
- VGA/LCD cables and adapters
- Ethernet cables and connectors
- Mounting brackets or retention hardware

Connectors:
- CompactPCI J1/J2 connectors for backplane interface
- VGA output connector
- RJ-45 Ethernet port
- IDE connectors for HDD and FDD
- Power and signal connectors integrated into backplane interface

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6. Installation & Setup

Requirements:
- Compatible 6U CompactPCI chassis with appropriate backplane
- Power supply meeting CompactPCI specifications
- Adequate cooling and airflow within chassis

Mounting Options:
- Standard 6U CompactPCI slot installation
- Secured using front panel screws and ejector handles
- Optional retention brackets for high-vibration environments

Configuration Steps:
1. Insert the cPCIS-6700A into the designated system slot of the CompactPCI chassis.
2. Connect the backplane interface securely.
3. Attach VGA and Ethernet cables as required.
4. Configure BIOS settings for boot device selection (HDD, FDD, or Disk-On-Chip).
5. Install the desired operating system and drivers.
6. Verify network and display functionality.

Setup Notes:
- Ensure proper grounding and ESD protection during installation.
- Maintain adequate airflow to prevent thermal buildup.
- BIOS and firmware updates can be applied via standard bootable media.

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7. Performance & Capabilities

Processing Performance:
- Intel Pentium III 850 MHz CPU provides robust performance for embedded control and data processing.
- Supports 32-bit instruction set with MMX and SSE extensions for multimedia and signal processing tasks.

Memory Performance:
- 256 MB SDRAM ensures stable multitasking and data buffering.
- Expandable memory allows for enhanced performance in data-intensive applications.

Graphics Performance:
- C&T 69000 controller supports 2D acceleration and resolutions up to 1024 × 768.
- Suitable for control panels, operator interfaces, and embedded display systems.

Storage Performance:
- 2.5" HDD provides reliable data storage with 20 GB capacity.
- Disk-On-Chip option enables solid-state operation for rugged environments.

Networking:
- Integrated Ethernet supports 10/100 Mbps data rates for LAN connectivity.
- Suitable for remote monitoring, control, and data acquisition over networks.

Efficiency:
- Optimized for low power consumption relative to performance.
- Passive cooling design minimizes moving parts and increases reliability.

Limitations:
- Legacy architecture (Intel Pentium III) limits compatibility with modern high-performance applications.
- Memory capacity limited to 512 MB maximum.
- Graphics controller supports only 2D acceleration and moderate resolutions.

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8. Standards & Compliance

Industry Standards:
- Compliant with PICMG 2.0 CompactPCI specification (6U form factor)
- Follows Intel architecture standards for x86 compatibility
- Supports standard IDE and Ethernet protocols

Regulatory Compliance:
- CE compliant (Electromagnetic Compatibility and Safety)
- FCC Class A compliant for industrial environments
- RoHS compliance depending on production batch (verify with manufacturer)

Environmental Standards:
- Designed for industrial temperature and vibration tolerance (operating range typically 0°C to 60°C)
- Meets industrial shock and vibration standards for embedded systems

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9. Additional Information

Warranty:
- Standard manufacturer warranty (typically 1–2 years, depending on region and distributor)
- Extended warranty options available through Adlink

Support:
- Technical documentation, drivers, and BIOS updates available from Adlink’s support portal
- Engineering support for system integration and customization
- Lifecycle management and long-term availability for industrial customers

Maintenance:
- Periodic cleaning of connectors and airflow paths recommended
- Firmware and BIOS updates to maintain compatibility and performance
- HDD replacement or upgrade as part of preventive maintenance schedule

Updates & Longevity:
- Based on Intel Pentium III platform with extended lifecycle support
- Designed for long-term deployment in industrial and embedded systems
- Adlink provides product continuity and migration paths to newer CompactPCI CPU cards

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Summary:
The Adlink cPCIS-6700A is a robust, industrial-grade 6U CompactPCI CPU card integrating an Intel Pentium III 850 MHz processor, Intel 440BX chipset, and C&T 69000 VGA/LCD controller. With 256 MB SDRAM, 20 GB HDD, 3.5" FDD, and Ethernet connectivity, it delivers a balanced combination of computing power, storage, and communication for embedded applications. Its Disk-On-Chip socket and CompactPCI modular design make it ideal for rugged, long-life industrial systems requiring reliability, modularity, and legacy support.

This board exemplifies Adlink’s commitment to providing stable, long-term embedded computing solutions for industrial automation, telecommunications, and mission-critical control systems.