Process Detector (For DVFS and monitoring process variation), TSMC N7
Analysis: BDTI's ARM1176 benchmark scores

Based on its results on the BDTI DSP Kernel Benchmarks™, the ARM1176 achieves a BDTImark2000™ score of 1200 at a clock rate of 335 MHz (All processor core performance data in this article assumes use of the TSMC CL013G process with the ARM Artisan SAGE-X library, and worst-case temperature, process, and voltage variations.)
While the ARM1176 is significantly slower on signal processing tasks than high-performance DSP processor cores (the CEVA-X1620 at 330 MHz is roughly twice as fast with a BDTImark2000™ score of 2660), the DSP instruction set extensions in the ARM1176 give it considerable signal-processing horsepower compared to other low-cost general-purpose processors. For example, the ARM1176 is approximately twice as fast as its predecessor, the ARM9E, on the BDTI DSP Kernel Benchmarks™. In some applications the ARM1176 may also compete with mid-range DSP cores. As a point of comparison, a Texas Instruments C55x DSP chip operating at 300 MHz delivers a BDTImark2000™ score of 1460, about 20% higher than that of the ARM1176 at 335 MHz.
On the BDTI Video Decoder Benchmark™, the ARM1176 operating at 320 MHz achieved QVGA video decoding at 30 frames per second using 78% of the available processor cycles. BDTI previously published BDTI Video Encoder and Decoder Benchmark™ results for the NXP (formerly Philips) PNX4103, a multimedia processor designed for video applications.
On the BDTI Video Decoder Benchmark™ at QVGA resolution and 30 frames per second, the PNX4103 operating at 350 MHz utilizes only 19% of available cycles. This much lower loading relative to the ARM1176 is to be expected, as the PNX4103 uses a VLIW DSP core, compared to the general-purpose CPU architecture of the ARM1176.
Overall, these benchmark results show that the ARM1176 delivers impressive signal processing speed for a general-purpose processor. In some applications, this may lead SoC designers to consider using the ARM1176 to replace a DSP processor paired with a general-purpose processor. For more information, including additional scores, see http://www.bdti.com/bdtimark/benchmarks.htm.
Related News
- Analysis: BDTI Certifies ARC's H.264 Performance
- ARC and BDTI Announce the Industry's First Certified H.264 Decoder Performance Benchmark Results
- EEMBC Announces Benchmark Scores for Infineon's TriCore(R)-Based TC1796 Automotive Microcontroller
- Independent Benchmark Scores Show Freescale's Industry Leading MSC8144 DSP Soars against the Competition
- EEMBC Publishes Benchmark Scores for Infineon Technologies' Carmel DSP Core And TriCore TC11IB Microcontroller
Breaking News
- Movellus and RTX's SEAKR Engineering Collaborate on Advancing Mission-Critical ASICs
- Village Island Enhances its AI100 with intoPIX's JPEG XS Technology for Advanced Real-Time Analysis
- QuickLogic Announces $1.4 Million Incremental Funding Modification for its Strategic Radiation Hardened Program
- Silicon-Proven MIPI CSI-2 & DSI-2 Tx/Rx IP Cores for your Camera & Display SoCs
- Intel brings 3nm production to Europe in 2025
Most Popular
- Intel brings 3nm production to Europe in 2025
- Qualcomm initiates global anti-trust complaint about Arm
- VeriSilicon introduces AcuityPercept: an AI-powered automatic ISP tuning system
- RISC-V in Space Workshop 2025 in Gothenburg
- X-FAB, SMART Photonics and Epiphany Design demonstrate InP-on-Silicon design flow for next-generation optical transceivers at OFC
![]() |
E-mail This Article | ![]() |
![]() |
Printer-Friendly Page |