Today's microcontroller systems have requirements that exceed the capabilities of 8- and 16-bit processors; 32-bit cores can address these challenges. With a broad array of cores and a diverse library of analog IP blocks, MIPS offers the largest selection of processor and peripheral IP.
Recent Additions
Single Chip Coherent Multiprocessing
Technical Paper
White Paper
With the advent of SoC design components, on-chip multiprocessing under a single operating system has become a real design option. This paper explores ways in which multiprocessing can be exploited to achieve high SoC performance.
Signal Processing on the MIPS 74K
Design Article
BDTI evaluates the signal processing features of MIPS' high-performance superscalar core, the 74K.
Analysis: Microchip switches to MIPS for PIC32
Design Article
For its new 32-bit MCU, Microchip dumped its proprietary and moved to the MIPS M4K core instead. BDTI explains why, and analyzes the DSP features of the new PIC32.
Want to boost MCU performance without increasing cost? Make the move to 32-bit with the MIPS32 industry-standard architecture. Whatever your MCU design, MIPS has a total system solution for all your processor and peripheral IP.
