Customers

Over 28 years in the embedded development industry has enabled Green Hills Software to amass an enormous family of customers, partners and Value Added Resellers (VARs). Green Hills' optimizing compilers, real-time operating systems and MULTI® IDE are used in many vertical markets such as aerospace, defense, consumer, automotive, industrial automation, networking, telecommunications, software defined radio (SDR), education/research, medical, and financial analysis.

Green Hills Software provides software development tools for a wide range of prestigious customers including Lockheed Martin, Pulmonetic Systems, HP, Peiker acustic, Boeing, Eurofighter Typhoon, ArrowSpan, Toyota Motor Corporation, NASA and many more.

Green Hills Software's Real-Time Operating Systems (RTOS) , Optimizing Compilers and the MULTI IDE (Integrated Development Environment) are used in many vertical markets such as consumer products, aerospace & defense, military aircraft, industrial automation, manufacturing, telecommunications, education/research, medical, and financial analysis.

Examples of customers and the products they developed with the aid of Green Hills Software's tools include:

Aerospace & Defense

• Athena Technologies, for the MPC555 processor in its GuideStar GS-111 flight control system.
• BFGoodrich, for the ThreadX® RTOS to configure the fault tolerant processor for microRad -- a 32-bit RISC computer.
• Boeing, for the Power Architecture (formerly PowerPC) and MIPS microprocessors in the AV-8B Harrier, C-17 transport, F/A-18, B-1B, JSF Prototype and Space Shuttle aircraft avionics.
• CEA Technologies, for the INTEGRITY RTOS, Internet protocols, MULTI® IDE and Green Hills Probe to develop their 3D radar systems.
• GE Aircraft Engines, for the Optimizing C Compiler in the F118-GE-100 and F101-GE-102 aircraft engines.
• Goodrich, for the INTEGRITY® RTOS in its EMC-100 Full Authority Digital Engine Control (FADEC) system.
• Flight Safety, for the Pentium microprocessors used in the C-17 flight simulators.
• Kaiser Electronics, for the Power Architecture (formerly PowerPC) and Pentium-based microprocessors in its cockpit display systems software.
• KVH Industries, using INTEGRITY RTOS and MULTI IDE for the development and implementation of their TACNAV® M100 Ground Mobility Enhanced Navigation System (GMENS).
• Lockheed Martin, for the INTEGRITY® RTOS and AdaMULTI® 2000 software development tools to develop software for its F-35 Joint Strike Fighter (JSF) aircraft selected by the DoD in a $200 billion award.
• Lockheed Martin, for the AdaMULTI® IDE used to develop software for F-22 Raptor cockpit displays.
• NLX Corporation, for the INTEGRITY® RTOS used in the B-1 Bomber Weapons System Trainer (WST).
• Northrop Grumman EA6B, for the Power Architecture (formerly PowerPC) microprocessors in the EA6B Prowler avionics upgrade.
• Northrop Grumman, , for using MULTI® IDE and Optimizing FORTRAN Compiler to develop a flight simulator for the B-2 Bomber.
• NASA/JPL, for the National 32000 and RAD6000 microprocessors aboard its interplanetary spacecraft.
• Sanmina-SCI, using INTEGRITY RTOS and MUTLI IDE for the development and implementation of their FireComm™ Airborne Digital Intercommunications suite.
• SenSyTech, using INTEGRITY RTOS and MULTI® IDE to develop wing-attached electronic payloads to simulate hostile radar signals.
• TRW, for the INTEGRITY® RTOS in its Power Architecture (formerly PowerPC) communications software for the RAH-66 Comanche helicopter.
• Vibro-Meter, for using INTEGRITY-178B RTOS as part of their Engine Monitoring Unit for the Rolls Royce Trent 900 engine used on the Airbus A380.

• Ford Motor Company, for the Power Architecture (formerly PowerPC) in the Jaguar's powertrain control module.
• Ford Motor Company, for the optimizing compiler and instruction set simulator to develop engine control software for the Lincoln Aviator.
• Ford Motor Company, for the Power Architecture (formerly PowerPC) in the Lincoln LS powertrain control module.
• Ingersoll Rand, MULTI® IDE and the ThreadX® RTOS to develop network communications, graphics, and data processing software for the sophisticated IntelliTorque™ System.
• Mobileye, is using TimeMachine suite, MULTI® IDE, optimizing compilers, and SuperTrace probes to develop and test Mobileye's EyeQ low-cost, integrated vision system.
• MotoTron, for the MPC555 processor in its Allstar™ 708 high performance engine.
• PEIKER acustic GmbH & Co, is using INTEGRITY RTOS and MULTI IDE to form the Analog Devices Blackfin® Processor- based software backbone of the company’s future in-car automotive electronics programs.
• Toyota, for its Electronic Control Unit used for automobile control.
• Toyota, for the NEC 32-bit microprocessor and C/C++ Compiler in the engine and transmission control software for the Avalon.
• Toyota, is using MULTI® IDE and C/C++ compiler on a NEC V850 processor to develop the powertrain, drivetrain, power steering, anti-lock brakes, air bags, body control, and electric motor control system on the Prius.
• VoiceBox, is using velOSity™ kernel and MULTI® development environment on a Blackfin processor to develop and implement their Conversational Voice Search™ Platform.

• ATL Ultrasound, for the Intel i960 and Freescale Power Architecture (formerly PowerPC) processors and ThreadX® RTOS in the next-generation ultrasound equipment.
• Atmel, for the ThreadX® RTOS and the ARM based AT91 series microcontrollers for various 16 and 32 bit embedded applications.
• Audioshock, for the Cirrus Logic® processor and ThreadX® RTOS in its Virtual Jukebox.
• Cyrano Sciences, for the optimizing C++ compilers used to develop the Cyranose 320—an electronic hand-held nose.
• Digital Harmony, for the ARM7 Thumb® processor and ThreadX® RTOS in its Digital Harmony DHIVA®.
• ESS Technology, for the MIPS-X architecture in its Internet Set-top Box Web Browser.
• Hewlett Packard, for the ThreadX® RTOS in its inkjet printers and all-in-one devices.
• Ingersoll-Rand, for the ThreadX® RTOS and the Cirrus EP7211 ARM microprocessor in its IntelliTorque™, torque management system.
• Integrated Control Access & Security Systems, is using MULTI® IDE, C Compiler, and Slingshot™ debug device on an ARM7TDMI processor to develop their Protégé LCD User Stations.
• Lexmark, for the SH microprocessors in its laser printers.
• Mercury Marine, for the MPC555 processor in its Optimax speedboat engine.
• Pulmonetic Systems, for the ARM7 Thumb® processor and ThreadX® RTOS in its LTV Ventilator.
• Quantum, for the V850 microprocessors embedded in its disk drives.
• Sega, for the SH microprocessors in its home entertainment systems.
• Tandberg Data, for the Power Architecture (formerly PowerPC) 405 processor and ThreadX® RTOS in its SLR160 tape streamer device.
• Universal Electronics, for the ARM7 processor in its Mosaic® Touch Screen Remote.
• Vision Systems, for the Power Architecture (formerly PowerPC) in its video multiplexing security system.
• X-Digital Systems, is using velOSity™ RTOS and MULTI® IDE on an ARM9 processor to develop set-top boxes.

• Asymtek, for the MPC555 processor and the ThreadX® RTOS in its Axiom X-1020 automated fluid dispensing system.
• Atmel, is using MULTI IDE and Royalty-free ThreadX® RTOS to provide low risk, fast time to market solutions.
• Cyrano Sciences, is using MULTI® IDE and C++ Optimizing Compilers to develop electronics and firmware for the Cyranose 320—an electronic hand-held nose.
• Keri Systems, is using MULTI IDE and INTEGRITY RTOS to develop their next generation of enterprise access security systems.
• Microscan Systems, is using Green Hills Software's C Compiler and MULTI IDE.
• RTUNet, is using MULTI IDE on an ARM7TDMI processor to develop their Kingfisher Series III telemetry and control products.
• Serveron, is using INTEGRITY RTOS, IPLite networking and MULTI IDE running on a Power Architecture (formerly PowerPC) processor.
• Tandberg Data, is using MULTI® IDE and ThreadX® RTOS to develop control software for its SLR160 tape streamer device.
• Vision Systems, is using Green Hills Software's Optimizing Ada 95 Compilers and AdaMULTI® IDE.

• ATL Ultrasound, is using MULTI® IDE and ThreadX® RTOS to develop software for its diagnostic Medical Ultrasound Systems.
• Pulmonetic Systems, is using MULTI® IDE and ThreadX® RTOS to develop ARM7-based graphic display software for the LTV ventilator.

• EADS Deutschland GmbH, selected INTEGRITY-178B, a full-time and memory-partitioned ARINC 653-1 RTOS, and MULTI IDE for EADS' Mission Management Computer used on board the Airbus A400M.
• BAE Systems, is using Green Hills Software's GMART SPARK Ada compliant kernel and AdaMULTI development environment for the Hawk military trainer aircraft.
• Boeing - X-45C Unmanned Vehicle, is using INTEGRITY-178B RTOS and software development tools for development and deployment of the X-45C Joint Unmanned Combat Air Systems (J-UCAS).
• Boeing - Harrier, F-15, F/A-18, is using MULTI software development tools and optimizing compilers.
• Eurofighter- Typhoon, is using INTEGRITY RTOS and AdaMULTI IDE.
• General Electric, is using Green Hills Software's Optimizing C Compiler and Simulator to develop and test software to control the F118-GE-100 and F101-GE-102 turbine engines.
• Northrop Grumman - B-2 Bomber, is using MULTI® IDE and Optimizing FORTRAN Compiler.
• Lockheed Martin, is using INTEGRITY® RTOS and AdaMULTI® 2000 software development tools to develop software for its Joint Strike Fighter (JSF) aircraft.
• Lockheed Martin - F-22 Raptor, is using AdaMULTI® Development Environment.
• Lockheed Martin - F-16, is using INTEGRITY real-time operating system (RTOS).

• ArrowSpan, is using MULTI IDE and INTEGRITY RTOS to develop their MeshAP 2100/1100 Dual-Radio WiFi Mesh Network Access Point.
• BitRage, for the MPC8260 processor and INTEGRITY® RTOS in its Media Gateway, a wireless data radio system.
• EMC, is using MULTI® IDE and family of debug probes including Slingshot and the Green Hills Probe.
• Etherstack, is integrating velOSity RTOS and MULTI® IDE tool suite.
• Kb/TEL, for the MPC860 processor and INTEGRITY® RTOS in its Kb/E1 wireless network controller.
• IPWireless, for the StrongARM processor and Optimizing C++ Compiler in the 3G Broadband Modem.
• Nera, is using INTEGRITY RTOS, velOSity RTOS and MULTI IDE.
• Motorola, for the Power Architecture (formerlyPower PC) microprocessors in the Iridium satellite communications system.
• Qualcomm, for the 386 and 68000 microprocessors in its CDMA cellular phones and communications base stations.
• ShareWave, for the ThreadX® RTOS and ARM7 processor in its SW2000 series network controllers.
• TeleCIS, is using INTEGRITY RTOS and MULTI IDE.
• TMC Radio, is using MULTI® IDE, velOSity RTOS and TCP/IP protocol stacks to develop and design advanced radio communication systems.
• Troika Networks, for the ThreadX® RTOS and Intel i960 processor in its intelligent Fibre Channel controller.
• World Wide Packets, for MPC855T microprocessor in the LightningEdge™ Access Portal.