Analyzing differences in area, timing, and power attributes for different implementations of the same basic design reveals that considering simple, single-cycle power numbers is misleading and even erroneous.
In the final in a four part series, the authors describes the kind of sophisticated unit & transport allocation algorithms needed to map arbitrary code sequences onto a custom architecture using binary level partitioning.
In the third in a four part series, the authors describe how binary level hardware/software partitioning allows software on an existing main CPU can be migrated onto an automatically optimized and generated loosely coupled coprocessor.
Here's how, by using Synapse's Wireless Mesh Network Protocol, to reduce power consumption in wirelessly connected portable products by alternating between being "awake" for a short amount of time and then entering a "sleep" mode in which they consume less power
In the second in a four part series, the authors describe how their binary level hardware/software partitioning architecture allows software functionality implemented on an existing main CPU to be migrated onto an automatically optimized and generated loosely coupled coprocessor.
In the first of a four part series, Skip Hovsmith with David Stewart & Richard Taylor compare traditional source level partitioning used in FPGAs to binary level hardware/software partitioning for optimizing of multicore or coprocessor designs.
Energy harvesting is without doubt going to be one of the power management themes of 2009. Throughout the year we are going to be bombarded with new techniques to harness energy from all kinds of unusual power sources. Some will be clever and some will be downright whacky.
As data rates increase, maintaining signal integrity is more challenging; this multipart article looks at fundamentals of the problem, as well as passive and active approaches to dealing with it.
As data rates increase, maintaining signal integrity is more challenging; this multipart article looks at fundamentals of the problem, as well as passive and active approaches to dealing with it.
External branding of the multimedia player is Esolo, from a Houston-based importer Esolo Digital who claims to be aligned with "over 100 factories in China".