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- CompactPCI to PCI Expansion: Provides seamless connectivity between a CompactPCI host system and up to four standard PCI peripheral cards.
- Integrated Intel 21152 Bridge: Utilizes the Intel 21152 PCI-to-PCI bridge controller for reliable data transfer, bus arbitration, and transparent communication between the CompactPCI and PCI buses.
- Four PCI Slots: Offers four independent PCI expansion slots, allowing multiple PCI cards to be installed and operated simultaneously.
- Plug and Play Operation: Fully plug-and-play compliant, automatically recognized by Windows operating systems without the need for manual driver installation.
- Auto Voltage Adaptation: Supports automatic voltage detection and adaptation for both 3.3 V and 5 V PCI cards, ensuring broad compatibility with a wide range of PCI devices.
- Mechanical Format: Designed in a 3U CompactPCI form factor with a front panel width of 28 HP, suitable for integration into standard CompactPCI chassis.
- Compact Dimensions: Physical dimensions of 128.7 mm × 136.9 mm, optimized for space-constrained industrial or embedded systems.
- Windows Integration: Native support under Windows environments; no additional software or configuration utilities required.
- Industrial-Grade Design: Engineered for reliability and long-term operation in industrial, laboratory, and embedded computing applications.
- Integrated Intel 21152 Bridge: Utilizes the Intel 21152 PCI-to-PCI bridge controller for reliable data transfer, bus arbitration, and transparent communication between the CompactPCI and PCI buses.
- Four PCI Slots: Offers four independent PCI expansion slots, allowing multiple PCI cards to be installed and operated simultaneously.
- Plug and Play Operation: Fully plug-and-play compliant, automatically recognized by Windows operating systems without the need for manual driver installation.
- Auto Voltage Adaptation: Supports automatic voltage detection and adaptation for both 3.3 V and 5 V PCI cards, ensuring broad compatibility with a wide range of PCI devices.
- Mechanical Format: Designed in a 3U CompactPCI form factor with a front panel width of 28 HP, suitable for integration into standard CompactPCI chassis.
- Compact Dimensions: Physical dimensions of 128.7 mm × 136.9 mm, optimized for space-constrained industrial or embedded systems.
- Windows Integration: Native support under Windows environments; no additional software or configuration utilities required.
- Industrial-Grade Design: Engineered for reliability and long-term operation in industrial, laboratory, and embedded computing applications.
1. Product Overview
Product Name: cPCI-PCIcard
Model / Article Number: cPCI-PCIcard
Series: CompactPCI to PCI Expansion Series
Manufacturer: [Not specified in source content; typically produced by industrial computing or embedded systems hardware vendors specializing in CompactPCI expansion solutions.]
Product Type: CompactPCI (cPCI) to PCI Expansion Card Cage
Product Title: cPCI to 4×PCI Slots Card Cage
General Description: The cPCI-PCIcard is a CompactPCI (cPCI) adapter module designed to expand a CompactPCI system by providing four standard PCI slots. It functions as a bridge between a CompactPCI backplane and conventional PCI peripheral cards, enabling integration of legacy PCI hardware into modern cPCI-based industrial or embedded computing environments. The device incorporates an Intel 21152 PCI-to-PCI bridge chip, ensuring high compatibility, stable data throughput, and transparent operation under Windows operating systems without requiring additional drivers.
2. Key Features
- CompactPCI to PCI Expansion: Provides seamless connectivity between a CompactPCI host system and up to four standard PCI peripheral cards.
- Integrated Intel 21152 Bridge: Utilizes the Intel 21152 PCI-to-PCI bridge controller for reliable data transfer, bus arbitration, and transparent communication between the CompactPCI and PCI buses.
- Four PCI Slots: Offers four independent PCI expansion slots, allowing multiple PCI cards to be installed and operated simultaneously.
- Plug and Play Operation: Fully plug-and-play compliant, automatically recognized by Windows operating systems without the need for manual driver installation.
- Auto Voltage Adaptation: Supports automatic voltage detection and adaptation for both 3.3 V and 5 V PCI cards, ensuring broad compatibility with a wide range of PCI devices.
- Mechanical Format: Designed in a 3U CompactPCI form factor with a front panel width of 28 HP, suitable for integration into standard CompactPCI chassis.
- Compact Dimensions: Physical dimensions of 128.7 mm × 136.9 mm, optimized for space-constrained industrial or embedded systems.
- Windows Integration: Native support under Windows environments; no additional software or configuration utilities required.
- Industrial-Grade Design: Engineered for reliability and long-term operation in industrial, laboratory, and embedded computing applications.
3. Technical Specifications
- Bus Interface (Primary): CompactPCI (cPCI)
- Bus Interface (Secondary): PCI (Peripheral Component Interconnect)
- Bridge Controller: Intel 21152 PCI-to-PCI bridge
- Number of PCI Slots: 4 standard PCI slots
- Voltage Support: Automatic adaptation for 3.3 V and 5 V PCI cards
- Plug and Play: Yes, fully compliant
- Driver Requirements: None (Windows integrated support)
- Form Factor: 3U CompactPCI
- Front Panel Width: 28 HP (Horizontal Pitch)
- Dimensions: 128.7 mm (height) × 136.9 mm (depth)
- Material: Industrial-grade PCB with metal front panel (typical for cPCI modules; specific material not specified)
- Operating System Compatibility: Windows (native support); other OS compatibility may depend on system BIOS and bridge support
- Cooling Requirements: Passive cooling through system airflow (typical for 3U cPCI modules)
- Weight: Not specified; estimated < 0.5 kg based on form factor and component density
- Mounting Type: CompactPCI slot insertion with rear or side mechanical support depending on chassis configuration
4. Functionality
The cPCI-PCIcard serves as an expansion interface that bridges a CompactPCI host system to standard PCI peripheral devices. It operates by translating bus signals between the CompactPCI backplane and the PCI bus through the Intel 21152 bridge chip. This allows the host CPU on the CompactPCI system to communicate directly with PCI cards as if they were installed on a native PCI bus.
Use Cases and Applications:
- Industrial Automation: Integration of legacy PCI-based I/O, motion control, or data acquisition cards into modern CompactPCI control systems.
- Embedded Computing: Expansion of embedded cPCI systems with additional PCI-based communication or interface modules.
- Test and Measurement: Connection of specialized PCI instrumentation cards to CompactPCI-based test platforms.
- Networking and Telecommunications: Use in network appliances or telecom systems requiring additional PCI network adapters or interface cards.
- System Prototyping: Ideal for developers needing to test or validate PCI hardware in a CompactPCI environment.
Compatibility:
- Compatible with standard CompactPCI backplanes conforming to PICMG 2.x specifications.
- Supports both 3.3 V and 5 V PCI cards, ensuring compatibility with a wide range of legacy and modern PCI devices.
- Transparent operation under Windows OS; no additional drivers or configuration utilities required.
5. Components & Accessories
Included Components:
- cPCI-PCIcard main adapter module (3U, 28 HP)
- Integrated Intel 21152 bridge circuitry
- Four PCI slot connectors mounted on the card cage
- Front panel with CompactPCI connector interface
Optional Accessories (typical for such systems):
- PCI card retention brackets or mechanical supports
- Power and signal cables (if required by specific chassis configurations)
- Mounting screws or guide rails for CompactPCI chassis installation
- Optional cooling fans or airflow guides (depending on system thermal design)
Connectors:
- CompactPCI backplane connector (J1/J2 standard)
- Four PCI slot connectors (32-bit PCI, keyed for 3.3 V and 5 V compatibility)
6. Installation & Setup
Requirements:
- A CompactPCI chassis with an available 3U slot and sufficient power and cooling capacity.
- Host system supporting PCI-to-PCI bridge operation (standard in most CompactPCI controllers).
- Compatible PCI cards (3.3 V or 5 V).
Installation Steps:
1. Power down the CompactPCI system and disconnect it from power sources.
2. Insert the cPCI-PCIcard module into an available 3U CompactPCI slot, ensuring proper alignment with the backplane connector.
3. Secure the module using front panel screws or locking levers.
4. Install up to four PCI cards into the provided PCI slots on the card cage.
5. Verify that all cards are properly seated and secured.
6. Power on the system; the Windows operating system will automatically detect the bridge and connected PCI devices.
7. No additional drivers are required; the system will configure the bridge and PCI devices automatically.
Configuration:
- Fully automatic configuration via Plug and Play.
- No manual jumper or DIP switch settings required.
- Voltage adaptation between 3.3 V and 5 V handled automatically by onboard circuitry.
Mounting Options:
- Standard CompactPCI chassis integration (front insertion).
- May be used in rack-mounted or benchtop CompactPCI systems.
7. Performance & Capabilities
Bus Performance:
- PCI bus operation up to 33 MHz (standard PCI bus frequency supported by Intel 21152 bridge).
- 32-bit data path for each PCI slot.
- Sustained data throughput consistent with PCI 2.1 specifications.
Bridge Performance:
- Intel 21152 provides optimized bus arbitration, buffering, and latency management between the CompactPCI and PCI buses.
- Supports multiple concurrent PCI transactions with minimal latency.
Capacity:
- Supports up to four PCI cards simultaneously.
- Each slot can accommodate full-length or half-length PCI cards depending on chassis clearance.
Efficiency:
- Transparent bridging ensures minimal overhead and efficient data transfer.
- Auto voltage adaptation reduces risk of damage and simplifies installation.
Limitations:
- Limited to PCI (not PCI-X or PCI Express) devices.
- Dependent on CompactPCI system power and cooling capacity.
- Physical space constraints may limit use of oversized PCI cards.
8. Standards & Compliance
- CompactPCI Compliance: Conforms to PICMG 2.x CompactPCI standards for mechanical and electrical interfaces.
- PCI Compliance: Meets PCI Local Bus Specification Revision 2.1.
- Bridge Controller Compliance: Intel 21152 PCI-to-PCI bridge compliant with PCI 2.1 and PCI-to-PCI Bridge Architecture Specification.
- Voltage Standards: Supports both 3.3 V and 5 V signaling environments per PCI specifications.
- Plug and Play Compliance: Fully compliant with Windows Plug and Play architecture.
- RoHS / Environmental Compliance: Not explicitly stated; typical industrial versions are RoHS-compliant.
- EMC / Safety Standards: Designed to meet standard industrial EMC and safety requirements for CompactPCI modules (specific certifications not listed).
9. Additional Information
Warranty:
- Standard manufacturer warranty (typically 1–2 years for industrial hardware; specific duration not provided).
Support:
- Windows integrated support; no driver installation required.
- Technical support typically provided by manufacturer or distributor for integration and compatibility inquiries.
Maintenance:
- Minimal maintenance required; periodic inspection for dust and secure card seating recommended.
- Ensure adequate airflow and cooling within the CompactPCI chassis.
Firmware / Software Updates:
- No firmware updates required; bridge operation handled by Intel 21152 hardware logic.
- Windows OS updates may enhance Plug and Play or PCI resource management.
Serviceability:
- Hot-swap capability not specified; standard practice is to power down before insertion or removal.
- Modular design allows easy replacement or upgrade of PCI cards.
Environmental Considerations:
- Operating temperature range typically aligned with CompactPCI industrial standards (0°C to +60°C for commercial grade; -40°C to +85°C for extended temperature versions if available).
- Humidity tolerance consistent with industrial environments (5–95% non-condensing).
Summary
The cPCI-PCIcard is a robust and versatile CompactPCI expansion module that bridges modern CompactPCI systems with legacy PCI hardware. Featuring an Intel 21152 PCI-to-PCI bridge, four PCI slots, and automatic voltage adaptation for both 3.3 V and 5 V cards, it provides a seamless, driver-free solution for extending system functionality. Its 3U form factor, 28 HP width, and 128.7 × 136.9 mm dimensions make it ideal for integration into industrial, embedded, and laboratory CompactPCI systems. Fully Plug and Play compliant and Windows-integrated, the cPCI-PCIcard simplifies system expansion while maintaining high reliability and compatibility with standard PCI devices.
This product is particularly suited for industrial automation, embedded computing, test and measurement, and telecommunications applications where CompactPCI infrastructure must interface with existing PCI-based modules. With its combination of hardware transparency, automatic configuration, and industrial-grade design, the cPCI-PCIcard delivers a dependable and efficient solution for bridging CompactPCI and PCI technologies.
Product Name: cPCI-PCIcard
Model / Article Number: cPCI-PCIcard
Series: CompactPCI to PCI Expansion Series
Manufacturer: [Not specified in source content; typically produced by industrial computing or embedded systems hardware vendors specializing in CompactPCI expansion solutions.]
Product Type: CompactPCI (cPCI) to PCI Expansion Card Cage
Product Title: cPCI to 4×PCI Slots Card Cage
General Description: The cPCI-PCIcard is a CompactPCI (cPCI) adapter module designed to expand a CompactPCI system by providing four standard PCI slots. It functions as a bridge between a CompactPCI backplane and conventional PCI peripheral cards, enabling integration of legacy PCI hardware into modern cPCI-based industrial or embedded computing environments. The device incorporates an Intel 21152 PCI-to-PCI bridge chip, ensuring high compatibility, stable data throughput, and transparent operation under Windows operating systems without requiring additional drivers.
2. Key Features
- CompactPCI to PCI Expansion: Provides seamless connectivity between a CompactPCI host system and up to four standard PCI peripheral cards.
- Integrated Intel 21152 Bridge: Utilizes the Intel 21152 PCI-to-PCI bridge controller for reliable data transfer, bus arbitration, and transparent communication between the CompactPCI and PCI buses.
- Four PCI Slots: Offers four independent PCI expansion slots, allowing multiple PCI cards to be installed and operated simultaneously.
- Plug and Play Operation: Fully plug-and-play compliant, automatically recognized by Windows operating systems without the need for manual driver installation.
- Auto Voltage Adaptation: Supports automatic voltage detection and adaptation for both 3.3 V and 5 V PCI cards, ensuring broad compatibility with a wide range of PCI devices.
- Mechanical Format: Designed in a 3U CompactPCI form factor with a front panel width of 28 HP, suitable for integration into standard CompactPCI chassis.
- Compact Dimensions: Physical dimensions of 128.7 mm × 136.9 mm, optimized for space-constrained industrial or embedded systems.
- Windows Integration: Native support under Windows environments; no additional software or configuration utilities required.
- Industrial-Grade Design: Engineered for reliability and long-term operation in industrial, laboratory, and embedded computing applications.
3. Technical Specifications
- Bus Interface (Primary): CompactPCI (cPCI)
- Bus Interface (Secondary): PCI (Peripheral Component Interconnect)
- Bridge Controller: Intel 21152 PCI-to-PCI bridge
- Number of PCI Slots: 4 standard PCI slots
- Voltage Support: Automatic adaptation for 3.3 V and 5 V PCI cards
- Plug and Play: Yes, fully compliant
- Driver Requirements: None (Windows integrated support)
- Form Factor: 3U CompactPCI
- Front Panel Width: 28 HP (Horizontal Pitch)
- Dimensions: 128.7 mm (height) × 136.9 mm (depth)
- Material: Industrial-grade PCB with metal front panel (typical for cPCI modules; specific material not specified)
- Operating System Compatibility: Windows (native support); other OS compatibility may depend on system BIOS and bridge support
- Cooling Requirements: Passive cooling through system airflow (typical for 3U cPCI modules)
- Weight: Not specified; estimated < 0.5 kg based on form factor and component density
- Mounting Type: CompactPCI slot insertion with rear or side mechanical support depending on chassis configuration
4. Functionality
The cPCI-PCIcard serves as an expansion interface that bridges a CompactPCI host system to standard PCI peripheral devices. It operates by translating bus signals between the CompactPCI backplane and the PCI bus through the Intel 21152 bridge chip. This allows the host CPU on the CompactPCI system to communicate directly with PCI cards as if they were installed on a native PCI bus.
Use Cases and Applications:
- Industrial Automation: Integration of legacy PCI-based I/O, motion control, or data acquisition cards into modern CompactPCI control systems.
- Embedded Computing: Expansion of embedded cPCI systems with additional PCI-based communication or interface modules.
- Test and Measurement: Connection of specialized PCI instrumentation cards to CompactPCI-based test platforms.
- Networking and Telecommunications: Use in network appliances or telecom systems requiring additional PCI network adapters or interface cards.
- System Prototyping: Ideal for developers needing to test or validate PCI hardware in a CompactPCI environment.
Compatibility:
- Compatible with standard CompactPCI backplanes conforming to PICMG 2.x specifications.
- Supports both 3.3 V and 5 V PCI cards, ensuring compatibility with a wide range of legacy and modern PCI devices.
- Transparent operation under Windows OS; no additional drivers or configuration utilities required.
5. Components & Accessories
Included Components:
- cPCI-PCIcard main adapter module (3U, 28 HP)
- Integrated Intel 21152 bridge circuitry
- Four PCI slot connectors mounted on the card cage
- Front panel with CompactPCI connector interface
Optional Accessories (typical for such systems):
- PCI card retention brackets or mechanical supports
- Power and signal cables (if required by specific chassis configurations)
- Mounting screws or guide rails for CompactPCI chassis installation
- Optional cooling fans or airflow guides (depending on system thermal design)
Connectors:
- CompactPCI backplane connector (J1/J2 standard)
- Four PCI slot connectors (32-bit PCI, keyed for 3.3 V and 5 V compatibility)
6. Installation & Setup
Requirements:
- A CompactPCI chassis with an available 3U slot and sufficient power and cooling capacity.
- Host system supporting PCI-to-PCI bridge operation (standard in most CompactPCI controllers).
- Compatible PCI cards (3.3 V or 5 V).
Installation Steps:
1. Power down the CompactPCI system and disconnect it from power sources.
2. Insert the cPCI-PCIcard module into an available 3U CompactPCI slot, ensuring proper alignment with the backplane connector.
3. Secure the module using front panel screws or locking levers.
4. Install up to four PCI cards into the provided PCI slots on the card cage.
5. Verify that all cards are properly seated and secured.
6. Power on the system; the Windows operating system will automatically detect the bridge and connected PCI devices.
7. No additional drivers are required; the system will configure the bridge and PCI devices automatically.
Configuration:
- Fully automatic configuration via Plug and Play.
- No manual jumper or DIP switch settings required.
- Voltage adaptation between 3.3 V and 5 V handled automatically by onboard circuitry.
Mounting Options:
- Standard CompactPCI chassis integration (front insertion).
- May be used in rack-mounted or benchtop CompactPCI systems.
7. Performance & Capabilities
Bus Performance:
- PCI bus operation up to 33 MHz (standard PCI bus frequency supported by Intel 21152 bridge).
- 32-bit data path for each PCI slot.
- Sustained data throughput consistent with PCI 2.1 specifications.
Bridge Performance:
- Intel 21152 provides optimized bus arbitration, buffering, and latency management between the CompactPCI and PCI buses.
- Supports multiple concurrent PCI transactions with minimal latency.
Capacity:
- Supports up to four PCI cards simultaneously.
- Each slot can accommodate full-length or half-length PCI cards depending on chassis clearance.
Efficiency:
- Transparent bridging ensures minimal overhead and efficient data transfer.
- Auto voltage adaptation reduces risk of damage and simplifies installation.
Limitations:
- Limited to PCI (not PCI-X or PCI Express) devices.
- Dependent on CompactPCI system power and cooling capacity.
- Physical space constraints may limit use of oversized PCI cards.
8. Standards & Compliance
- CompactPCI Compliance: Conforms to PICMG 2.x CompactPCI standards for mechanical and electrical interfaces.
- PCI Compliance: Meets PCI Local Bus Specification Revision 2.1.
- Bridge Controller Compliance: Intel 21152 PCI-to-PCI bridge compliant with PCI 2.1 and PCI-to-PCI Bridge Architecture Specification.
- Voltage Standards: Supports both 3.3 V and 5 V signaling environments per PCI specifications.
- Plug and Play Compliance: Fully compliant with Windows Plug and Play architecture.
- RoHS / Environmental Compliance: Not explicitly stated; typical industrial versions are RoHS-compliant.
- EMC / Safety Standards: Designed to meet standard industrial EMC and safety requirements for CompactPCI modules (specific certifications not listed).
9. Additional Information
Warranty:
- Standard manufacturer warranty (typically 1–2 years for industrial hardware; specific duration not provided).
Support:
- Windows integrated support; no driver installation required.
- Technical support typically provided by manufacturer or distributor for integration and compatibility inquiries.
Maintenance:
- Minimal maintenance required; periodic inspection for dust and secure card seating recommended.
- Ensure adequate airflow and cooling within the CompactPCI chassis.
Firmware / Software Updates:
- No firmware updates required; bridge operation handled by Intel 21152 hardware logic.
- Windows OS updates may enhance Plug and Play or PCI resource management.
Serviceability:
- Hot-swap capability not specified; standard practice is to power down before insertion or removal.
- Modular design allows easy replacement or upgrade of PCI cards.
Environmental Considerations:
- Operating temperature range typically aligned with CompactPCI industrial standards (0°C to +60°C for commercial grade; -40°C to +85°C for extended temperature versions if available).
- Humidity tolerance consistent with industrial environments (5–95% non-condensing).
Summary
The cPCI-PCIcard is a robust and versatile CompactPCI expansion module that bridges modern CompactPCI systems with legacy PCI hardware. Featuring an Intel 21152 PCI-to-PCI bridge, four PCI slots, and automatic voltage adaptation for both 3.3 V and 5 V cards, it provides a seamless, driver-free solution for extending system functionality. Its 3U form factor, 28 HP width, and 128.7 × 136.9 mm dimensions make it ideal for integration into industrial, embedded, and laboratory CompactPCI systems. Fully Plug and Play compliant and Windows-integrated, the cPCI-PCIcard simplifies system expansion while maintaining high reliability and compatibility with standard PCI devices.
This product is particularly suited for industrial automation, embedded computing, test and measurement, and telecommunications applications where CompactPCI infrastructure must interface with existing PCI-based modules. With its combination of hardware transparency, automatic configuration, and industrial-grade design, the cPCI-PCIcard delivers a dependable and efficient solution for bridging CompactPCI and PCI technologies.
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