Discontinuation notice: As of November 1st, 2014, aiPop is no longer available as a stand-alone product. For further information, contact email@example.com.
The aiPop optimizer suite was developed to reduce the code size, improve the code quality, and, optionally, speed up the execution of assembly or object files produced by a C compiler.
|Benchmark reference customer application||Saved|
|Small (64kB) airbag application featuring highly hand-optimized code||5.30%|
|Large (1MB) mobile phone application||20.39%|
The size of compiled C code is becoming increasingly critical in embedded systems, where the economic incentives to reduce ROM sizes are very compelling.
Tests of aiPop on complete reference customer applications showed overall code size reductions of more than 20%. Compacting code by 20% allows 25% more functionality to be packed into a flash memory of the same size.
Reduction of code size directly translates into reduced memory requirements and reduced hardware costs.
As opposed to file compression (zipping), aiPop’s post-pass optimizations do not change the functionality of your system.
aiPop supports incremental program verification, which is especially important for safety-critical applications.
Tedious and error-prone hand-crafted optimization is a thing of the past. With aiPop, you can easily select from and combine dozens of optimization techniques, trade size for speed and vice versa. Thus, saving considerable effort and expense.
aiPop can be easily integrated into established tool-chains. It was designed and implemented after conducting in-depth studies of customer requirements and in close dialog with major developers of embedded applications such as Siemens ICM. Since 2000, aiPop-compacted software runs in millions of mobile phones worldwide.
The article “Post Pass Code Compaction at the Assembly Level for C16x” (PDF, 79kB) was published in CONTACT, Infineon Technologies Development Tool Partners magazine, vol. 3, issue 9.
The article “Liebling, ich habe den Code geschrumpft” was published in the magazine DESIGN&ELEKTRONIK, issue 1/2001.
The article “Schrumpfkur für Computer-Chips” was published in the Saarbrücker Zeitung, issue 106/2003.