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Managing flash memory with intelligence
The whole idea of flash is to make memory easy for consumers to use and reliable for industrial applications, but that is easier said than done.
Much of the responsibility for managing flash operation has shifted away from the flash memory devices themselves, creating a need for more sophisticated flash controllers that combine hardware and firmware.
Axel explores the range of flash management functions and presents an example of a flash contr...
preview:
http://www.industrial-embedded.com
date: 3/25/2008
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Sizing up flash options for mobile devices
Memory selection can be a daunting task considering the need to store increasing amounts of data and other factors that must be evaluated for each application.
This overview describes how to choose flash for small form factor designs such as mobile devices and compares NOR and NAND technology.
preview:
http://www.pc104online.com
date: 6/1/2007
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Thermal concepts enhance DRAM memory subsystem designs
Controlling thermal issues related to the CPU is often a top priority for embedded systems designers; however, the memory module is not necessarily less important.
Thermal management problems present challenging design considerations within embedded environments, requiring knowledge, precision, and creativity to diagnose and overcome memory subsystem design parameters.
preview:
http://www.embedded-computing.com
date: 5/14/2008
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White Paper: Optimize SOC Performance Using Memory Tuning and System Simulation
Memory tuning allows you to choose memory-related parameters for each on-chip processor core that balance system performance, processor area (cost), and memory size by exploring a target application’s sensitivity to these memory-system parameters.
The processor core’s instruction-set simulator (ISS) plays a key and central role in this assessment because the ISS can models and report the expected system performance, providing a bre...
preview:
http://www.embedded-computing.com
date: 7/31/2008
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Using memory analysis to create leaner, faster, more reliable embedded systems
The software in embedded systems is becoming very complex, making it harder than ever to pinpoint and stamp out memory errors.
Memory analysis tools fill the gap, by allowing you to visually pinpoint memory errors that conventional source debuggers can’t detect.
Moreover, they can help optimize long-term memory usage, thereby reducing RAM requirements and ensuring that the system doesn’t run out of memory days, weeks, or months aft...
preview:
http://dsp-fpga.com
date: 8/10/2007
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