TMS32C6202BGNZA250

The Texas Instruments TMS32C6202BGNZA250 is a fixed‑point digital signal processor from the TMS320C6202B family, built on the VelociTI VLIW architecture to deliver clock speeds up to 300 MHz (250 MHz for this speed grade) and 384 KB of internal SRAM. The on‑chip memory is organized as 256 KB of program RAM/cache and 128 KB of data RAM, allowing high‑bandwidth access patterns without external memory stalls. Its core can issue eight 32‑bit instructions per cycle, supporting efficient execution of multiply‑accumulate, filtering, and FFT kernels. The device is housed in a ball‑grid array (BGA) package suitable for high‑density PCB layouts, and its peripheral set enables straightforward interfacing to external memory, host processors, and data converters.

Typical applications include radar and sonar signal processing, software‑defined radio, telecom baseband infrastructure, and high‑end industrial imaging where deterministic fixed‑point computation and low latency are critical. The C62x architecture also appears in motor‑control, test‑and‑measurement, and defense electronic systems. From a procurement perspective, the TMS320C6202B series occupies a mature lifecycle phase—many variants carry a “Not Recommended for New Designs” status from the manufacturer. Engineering and supply‑chain teams should verify the current product status and plan for potential last‑time buys if the part is destined for long‑lifecycle programs. The BGA construction demands careful thermal and mechanical profiling in extended‑temperature or ruggedized environments, and buyers should confirm that the GNZA suffix aligns with the required temperature range and reliability screening level for the target application.