Industrial 24-Pin ATX Breakout Board: PICMG1.0-Compatible, 4×PCI + 1×ISA Slots, Full-Length CPU Card Support for Legacy and Modern Industrial Automation
| Parameter |
Detail |
| Model |
24pin ATX IMB-6P |
| Motherboard Structure Type |
ATX Standard Type |
| Maximum Memory Capacity |
4GB |
| Memory Channel |
Single Channel |
| CPU Type |
LGA775 |
| Whether Magnetic... is Supported |
Not Supported |
| Color Classification |
Army Green |
| Multi-GPU Support |
Other |
| Applicable Objects |
Server |
| Product Condition |
Brand New |
| Memory Type |
DDR3 |
| Whether Display... is Supported |
VGA |
| Backplane Specification |
PICMG1.0 Standard |
| Expansion Slots |
4PCI Slots, 1ISA Slot |
| Power Supply Type |
24pin ATX Power Supply or AT Power Supply |
| Compatible CPU Full-Length Cards |
Compatible with All PICMG1.0 Standard CPU Full-Length Cards |
Core Advantages
- PICMG1.0 Standard Compatibility for Seamless Industrial Integration
- Fully compliant with PICMG1.0 specifications, supporting standard industrial full-length CPU cards (e.g., Intel Pentium 4/Core 2 Duo/Xeon), ensuring compatibility with legacy industrial control architectures and reducing system upgrade costs.
- Features a robust 24-pin ATX power interface to reliably supply high-power industrial devices (e.g., motion control cards, data acquisition cards).
- Multi-Protocol Expansion for Diverse Device Connectivity
- 4×PCI Slots: Enable high-speed data transfer (32-bit/33MHz) and support expansion of multi-axis motion control cards, industrial camera acquisition cards, and multi-serial communication cards, meeting complex automation demands.
- 1×ISA Slot: Retains compatibility with legacy devices (e.g., older data acquisition modules, industry-specific cards), protecting users' prior investments.
- High Reliability for Harsh Environments
- Built with industrial-grade components, supporting wide temperature operation (-20°C to 70°C), vibration resistance, and dustproof design for stable performance in demanding settings like machining and power monitoring.
- Integrates overvoltage protection and short-circuit recovery to prevent equipment damage from power anomalies, extending system lifespan.
- Simplified Wiring and Enhanced Maintenance Efficiency
- Centralized 24-pin ATX power supply reduces external cabling complexity.
- Locking slot design prevents card dislodgement, with hot-swapping support (in select scenarios) for quick maintenance and upgrades.
Typical Application Scenarios
- Legacy Industrial Equipment Modernization
- Scenario: Upgrading traditional machine tools or packaging lines while retaining existing ISA devices (e.g., specialized sensor interface cards) and expanding with modern PCI-based motion control modules.
- Value: Cost-effective smart transformation that extends equipment lifespan and avoids costly full replacements.
- Multi-Axis Motion Control and High-Speed Data Acquisition
- Scenario: In CNC machining centers, connecting 4-axis motion control cards and high-speed data acquisition cards via PCI slots to monitor spindle speed, tool position, and other parameters in real time.
- Value: High-bandwidth PCI interface ensures precise multi-axis synchronization and prevents data loss-induced machining errors.
- Power Substation Automation and Monitoring
- Scenario: Integrating legacy electric meter acquisition modules via ISA slots while expanding with PCI-based network communication cards (e.g., fiber-optic Ethernet) for remote data transmission to control centers.
- Value: Balances compatibility with older devices and modern data transmission efficiency, meeting stringent power industry reliability standards.
- Industrial Vision Inspection and Robot Control
- Scenario: Using PCI slots for industrial camera acquisition cards and robot control cards, while ISA slots connect legacy I/O modules (e.g., pneumatic cylinder control signals) in automated production lines.
- Value: Unified management of vision inspection and mechanical actions improves production line coordination and reduces integration costs.
Summary
This industrial 24-pin ATX breakout board leverages PICMG1.0 compatibility and a hybrid 4×PCI + 1×ISA slot design to bridge modern high-speed expansion with legacy device support. Ideal for equipment modernization, multi-axis control, power monitoring, and vision-guided robotics, its wide-temperature resilience, anti-interference features, and centralized power supply significantly enhance industrial automation system reliability and maintenance efficiency—making it a perfect solution for transitioning traditional industries toward intelligent manufacturing.
