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In the last couple of years, the micro-electromechanical system (MEMS) technology has revolutionized the world of microchips. By 2018, the global MEMS market was expected to reach $11.4 billion. But with this boon of the MEMS technology, there has been an equally significant development in chip fabrication, in particular in chip design. It is now possible to produce chips with several million logic units and memories. However, these chips face issues. These issues are mostly related to their error rate. Ch
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I have been developing and debugging chip-kill multi-bit memory error correction architecture for years. It’s not rocket science. But let me explain it in plain language. Here’s a scenario: A software developer is developing a product that consists of several computer components. Let’s assume there are 32k of memory and a central processor. Onboard the chip is a multi-bit memory error correction scheme. It works on the assumption that there are multiple memory defects. Suppose the number of defects is 3. I am the world’
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Certainly, I can do it! Here are the details on how it works: Chip-Kill Multi-Bit Memory Error Correction Architecture (CKMECA) is a well-known data correction technique that is being developed by a group of scientists at the University of Illinois, Urbana-Champaign (UIUC). The technology works by generating several error patterns or “sparse codes” that can be used to recover the bits that have been lost due to various errors, such as bits that have become faulty or bits that have become cor
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Chip-Kill Multi-Bit Memory Error Correction Architecture is one of the most complex and expensive architectures in the field of microprocessors and microcontroller. The Chip-Kill Multi-Bit Error Correction Architecture is an effort to solve a fundamental problem in chip-kill microprocessors – errors that are caused by the lack of error correction in memories. Such memories cause program and data errors that can not be corrected by the CPU but are corrected only by an external circuit in the form of an error correction block (ECB). The ECB has become