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The F-22 Common Integrated Processor is the first fully integrated avionics processing system.
Developed as “the brain” of the U.S. Air Force's F-22 Raptor, the F-22 CIP represents a breakthrough in modern processing technology. The modular, fault-tolerant F-22 CIP configuration employs 43 data processor nodes and 33 signal processor nodes, all interconnected for efficient sharing of computational tasks. Information is fused into a clear, concise picture of the combat situation. Such computing means dramatic reduction in pilot workload, allowing the pilot to focus on winning air-to-air combat and returning unscathed from battle.
The F-22 CIP features an advanced high-speed computer that conforms to the Joint Integrated Avionics Working Group (JIAWG) and Pave Pillar guidelines. Using a heterogeneous, switch-based architecture, the F-22 CIP hosts mission processing and sensor fusion; radar signal and data processing; integrated electronic warfare processing; and integrated communications, navigation, and identification processing applications.
The F-22 CIP's planned evolution includes two upgrades. The first, the CIP 2000 program, currently contracted through the U.S. Air Force and Lockheed Martin, will further reduce the CIP's already attractive price. The second upgrade improves the CIP's impressive processing performance.
Air-cooled CIP modules supply the processing power to the RAH-66 Comanche helicopter's communication, navigation, and identification system. Liquid-cooled CIP modules are used for the F-22 Raptor.The F-22 Common Integrated Processor is the first fully integrated avionics processing system.
Developed as “the brain” of the U.S. Air Force's F-22 Raptor, the F-22 CIP represents a breakthrough in modern processing technology. The modular, fault-tolerant F-22 CIP configuration employs 43 data processor nodes and 33 signal processor nodes, all interconnected for efficient sharing of computational tasks. Information is fused into a clear, concise picture of the combat situation. Such computing means dramatic reduction in pilot workload, allowing the pilot to focus on winning air-to-air combat and returning unscathed from battle.
The F-22 CIP features an advanced high-speed computer that conforms to the Joint Integrated Avionics Working Group (JIAWG) and Pave Pillar guidelines. Using a heterogeneous, switch-based architecture, the F-22 CIP hosts mission processing and sensor fusion; radar signal and data processing; integrated electronic warfare processing; and integrated communications, navigation, and identification processing applications.
The F-22 CIP's planned evolution includes two upgrades. The first, the CIP 2000 program, currently contracted through the U.S. Air Force and Lockheed Martin, will further reduce the CIP's already attractive price. The second upgrade improves the CIP's impressive processing performance.
Air-cooled CIP modules supply the processing power to the RAH-66 Comanche helicopter's communication, navigation, and identification system. Liquid-cooled CIP modules are used for the F-22 Raptor.