The Automotive Math and Motor Control Library (AMMCLib) set is a collection of production-ready, easy-to-use, software libraries for rapid development of motor control and other real-time embedded systems.
Supports many NXP processor families and offers on-board storage of programming images, provides power to the target, supports manual or automated programming, and has an easy-to-use touchscreen interface.
P and E's CYCLONE programmer is a powerful in-circuit, stand-alone programmer for many NXP processor families. It's a versatile tool that offers on-board storage of programming images, provides power to the target, supports manual or automated programming, and has an easy-to-use touchscreen interface.
Green Hills offers scalable suite of integrated communication stacks, middleware and graphics solutions, including secure networking stacks and protocols, SNMP, web applications, wireless, CORBA, USB, CAN and advanced file systems.
eSync is a multi-company specification promoted by the eSync Alliance. It delivers and updates software and firmware over the air, while collecting real-time data from in-car devices including ECUs, domain master ECUs, network gateways and, sensors.
emCompress offers solutions to compress data for all kinds of applications where size matters. Designed for embedded systems, emCompress can compress and decompress data even on smallest microcontrollers.
Arm Development Studio is the most comprehensive embedded C/C++ dedicated software development toolchain for the architecture. It accelerates software engineering whilst helping you build robust and more efficient products.
MULTI is a complete Integrated Development Environment (IDE) for embedded applications for C/C++, Embedded C++ and includes an advanced debugger, profiler, run-time memory checking, project builder, editor, instruction set simulator, and more.
UDE is a debug, trace and test platform for a wide range of embedded systems. It supports the debugging of multicore targets within one consistent user interface. Run-time analysis and outstanding scripting capabilities are more key features.
Free of charge instruction set simulator with the same powerful user interface and features of the TRACE32 debug and trace tools. With API for peripheral simulation. A license is required if used in automated test environments.
The UAD3+, equipped with up to 4 GB of trace memory and powerful interfaces to target and host, is the right solution for trace, multicore debugging, profiling and code coverage analysis. Parallel and high-speed serial trace (AURORA) is supported.
Lauterbach has over 40 years of experience in making world class microprocessor development tools. TRACE32 NEXUS for is a high-end debug and trace system for MPC5XXX with parallel NEXUS trace port. eTPU, SPT and GTM debuggers are included.
Lauterbach has experience in making world class microprocessor development tools since 1979. TRACE32 supports technologies like JTAG, SWD, NEXUS or ETM with embedded debuggers and real-time trace solutions for all NXP processor series.
The TRACE32 CombiProbe is recommended for debugging microcontrollers consisting of Cortex-M Cores and cores from other architectures, or for parallel operation of two Cortex-M microcontrollers in safty-critical applications.
Lauterbach has over 40 years of experience in making world class microprocessor development tools. TRACE32 supports technologies like JTAG and NEXUS with embedded debuggers and real-time trace solutions for all NXP processor series.
The (UAD2next) combines the state-of-the-art debugging features and CAN with trace capabilities. It can be extended by plugin trace modules supporting e.g. ARM CoreSight parallel trace and AURORA serial trace and is equipped with 512MB trace memory.
µTrace is Lauterbach‘s all-in-one debug and trace solution for Cortex-M processors. Recommended for single and multi-core proccessors with 4 channel trace ports. Optional analogue probe for voltage, power and energy measurements available.
The UAD2pro offers fast and flexible communication between Universal Debug Engine on the Host PC and the microcontroller target. Host interface is USB 2.0. Target interfaces also optionally isolated are JTAG, cJTAG, OnCE, SWD, CAN, ASCx and more.