Benchmarks

A growing number of products are incorporating computer vision capabilities. This, in turn, has led to rapid growth in the number of processors being offered for vision applications.  Selecting the best processor (whether a chip for use in a system design, or an IP core for use in an SoC) is
ARM's Cortex-A series of high-performance CPU cores garner significant attention by virtue of their use in high-volume, high-visibility smartphones, tablets, and other consumer electronics devices. But company's Cortex-M and Cortex-R processor families, which target embedded applications,
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As embedded processors and applications become increasingly complex, good benchmarks are more important than ever. System designers need good benchmarks to judge whether a processor will meet the needs of their applications, and to make accurate comparisons among processors. Processor developers
The April 2012 edition of InsideDSP covered Analog Devices' BF60x family , which as the then-published product roadmap indicated, was the successor to the high end of the BF5xx product range ( Figure 1 ). Figure 1. Analog Devices' new BF70x products fill the "single core
Smartphones have become the most important application for high-performance, energy-efficient processors (see " ARM's 2015 Mid-Range Platform Prep: A 32-Bit Next-Step " in this month's edition of InsideDSP ). That's because smartphones are a huge and growing business, and
Intel is widely regarded as being not only the world's largest semiconductor supplier, but also a leading-edge manufacturing process developer and implementer. While foundries such as TSMC are still finalizing their 20 nm processes, for example, Intel has been shipping 22 nm-based production
It will likely be news to none of you that the smartphone and tablet market has been on a steep ramp in recent years, and is expected to continue its aggressive growth for the foreseeable future (Figure 1): Figure 1. ARM forecasts continued vigorous growth for smartphones and tablets over
Toward the end of an article published in the February 2013 edition of InsideDSP , analyzing BDTI's published benchmark results of Qualcomm's QDSP6 (aka "Hexagon") v4 DSP core, you'll find the following prescient quote: Qualcomm is, of course, not done innovating with
Back in September 2011 , an InsideDSP article described a just-published analysis conducted by BDTI and sponsored by Altera, evaluating the viability of implementing complex hardware-accelerated single-precision floating-point functions on FPGA fabric. As I wrote then: To date, FPGAs have
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The article, " QDSP6 V4: Qualcomm Gives Customers and Developers Programming Access to its DSP Core ," which appeared in the June 2012 edition of InsideDSP , showcased Qualcomm’s decision to open up access to its DSP core via a software development kit. This decision corresponded