13th May 2015- SOMNIUM DRT (Device-aware Resequencing Tools) Freescale™ Kinetis Edition is a complete software development environment for FreescaleTM Kinetis MCUs.
SOMNIUM® is a member of the Embedded Microprocessor Benchmark Consortium (EEMBC®) Automotive Subcommittee and uses EEMBC Autobench™ and EEMBC EnergyBench™ to validate and demonstrate DRT’s benefits. Comparing against the GNU ARM Launchpad tools (widely used in other free and commercial software tools products) shows that DRT can enable performance increases of over 10% with energy reductions of up to 20%, whilst also reducing usage of precious on-chip RAM and ROM by up to 40%. No source code changes are required, using DRT simply provides better results, automatically.
This first set of results is truly impressive” said Markus Levy, President of EEMBC. “Autobench testing using SOMNIUM’s DRT breakthrough technology in comparison with similar software tools has shown that significant energy and code size reductions can be achieved whilst maintaining performance and without any source code changes. We are working with SOMNIUM to release additional EEMBC benchmark results, including ULPBench™ and CoreMark® in the coming months”.
In addition to these industry standard EEMBC benchmarks, DRT's GNU and Eclipse compatibility allows SOMNIUM to test with Freescale's software enablement solutions, including Kinetis SDK, the Sensor Fusion Toolbox and demonstration applications from Freescale’s online community. Using unmodified source code and identical compiler options, DRT provides significant savings for precious on-chip ROM and RAM resources, whilst maintaining system performance. These savings are achieved automatically, enabling use of lower-priced Kinetis devices and reducing development costs.
DRT also provides full Newlib functionality and performance within the memory profile of the simpler Newlib Nano configuration, and contains advanced optimization to remove unused code and data. This dramatically reduces memory overheads, allowing more of the precious on-chip ROM and RAM resources to be used for application software. DRT’s optimizations are critical to enabling the use of cost optimized Kinetis devices for embedded designs.
| Program | Versus GNU ARM Launchpad |
| Empty main C | 70% smaller |
| Empty main C++ | 46% smaller |
Unlike other commercial tools, DRT combines a familiar user interface and compatibility with Freescale’s Kinetis Design Studio SDK and CodeWarrior for Kinetis MCUs together with SOMNIUM’s patented technologies to automatically provide the best quality code generation, saving development costs and generating the best possible technical results. DRT’s code generation tools are aware of the coupling of the memory system to the processor and automatically applies a patented series of optimizations. This makes the program dramatically smaller, faster and energy efficient whilst also saving significant development time and money. Developers using SOMNIUM’s DRT products will have a significant advantage over their competitors, reaching the market faster with more efficient and more profitable designs.
“DRT’s patented resequencing automatically optimizes memory and energy usage, whilst also improving performance. DRT’s ‘out-of-the-box’ solution is fully compatible with the most widely used industry standard software tools, with no source code changes required. Working with EEMBC (Embedded Microprocessor Benchmark Consortium) has enabled us to clearly demonstrate DRT’s benefits using well respected, industry standard benchmarks,”said Dave Edwards, CEO and CTO of SOMNIUM®.
SOMNIUM DRT, Freescale Kinetis edition is available now.
Free trial versions can be downloaded from www.somniumtech.com/software-tools
About SOMNIUM®
SOMNIUM® believes software development tools must evolve to address the bottlenecks of embedded software development, to transform time to market, system efficiency and cost. The company’s SOMNIUM® DRT product solves these problems, automatically generating best results, first time, every time. For more information, visit www.somniumtech.com
For more information, visit
www.somniumtech.com
Contact:
Adele Bourne
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