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Silicon Mobility Announced OLEA® COMPOSER, a Seamless Development Framework for OLEA®Silicon Mobility, the technology leader developing semiconductor solutions for cleaner, safer and smarter mobility, announced today OLEA® COMPOSER, a seamless development and calibration framework from model-based designs taking full advantages of OLEA® technologies. This Smart News Release features multimedia. View the full release here: http://www.businesswire.com/news/home/20170215005401/en/ OLEA® Composer (Graphic: Business Wire) Silicon Mobility has introduced OLEA® T222, a unique solution combining the hardware flexibility of AMEC® FLU embedded programmable logic with software flexibility of the ARM (News - Alert)® Cortex-R5F CPU into a single automotive qualified semiconductor. OLEA® COMPOSER orchestrates a wide set of leading development tools all along the V-Model development lifecycle. From Model-in-the-Loop (MiL), Software-in-the-Loop (SiL) down to Hardware-in-the-Loop (HiL), developers drastically reduce development, validation and calibration time and drastically improve performances playing with the Hardware/Software split provided in the framework. OLEA® COMPOSER encloses OLEA® T222 Target (News - Alert) Framework: Framework for MATLAB / Simulink enabling MiL simulation, optimized automatic code generation and compilation. The Framework includes the complete target models set for AMEC® FLU and OLEA® CPU hardware resources, allowing, from a reference model, the fficient design of algorithms adapted to the unique architecture of OLEA® T222. Codes for CPU and AMEC® FLU are automatically generated from MATLAB in a coherent and simultaneous way. The resulting code is immediately usable as a Complex Device Driver for AUTOSAR 4.2. AMEC® FLU programing is done using OLEA® AGILIS, a tool based on Mentor Graphics' (News - Alert) RTL Precision for synthesis, place and route and bitstream generation. To support SiL simulation stage, OLEA® COMPOSER includes OLEA® T222 Virtual Prototyping Model, a System C model of OLEA® T222 using Synopsys (News - Alert)® Virtualizer Development Kit. OLEA® T222 MCAL are enclosed as part of OLEA® COMPOSER. Hardware code can also be simulated using OLEA® T222 AMEC RTL Simulation Model, a Register Transfer Level model of AMEC® FLU for cycle accurate simulation and deep signaling synchronization tuning. OLEA® T222 development board included in OLEA® T222 Starter Kit allows users to validate their design at HiL level. The framework is instrumented for measurement and calibration. It leverages the OLEA® T222 programmable resources: variables measurements and parameters settings are non-intrusive, fully observable, modifiable, independent of their location (CPU or AMEC® FLU) and use a single JTAG or TRACE port interface. "OLEA® COMPOSER changes radically developers' life", says Bruno Paucard, CEO of Silicon Mobility. "With OLEA® COMPOSER, design, validation and full calibration take days from model to hardware instead of months as usually reported by our customers. OLEA® COMPOSER enriches perfectly our offer getting full advantages of the uniqueness of our Solutions and Libraries while guarantying their full compatibility with the world larger open ecosystem available." OLEA® COMPOSER is already available for evaluation at selected customers. OLEA® T222, OLEA® COMPOSER and OLEA® LIB will be shown on Silicon Mobility's booth at Embedded World 2017. Further announcements will be released prior to this event.
About Silicon Mobility: For more information, visit: www.silicon-mobility.com
View source version on businesswire.com: http://www.businesswire.com/news/home/20170215005401/en/ |