Tag Archives: Solid State Drive

Current SSD Projects On The Go

Every now and then, it’s nice to give a bit of a heads up as to what we are working on behind the scenes at The SSD Review as it may be a good measure of articles yet to come. Having started in the SSD field back in 2007, it’s easy to say that the ‘fun’ I have playing with …

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Crucial M4 128GB SATA 3 SSD Breaks $1/GB Barrier

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It has been a long time coming but seeing SSDs break that $1/GB barrier is becoming pretty common these days. In fact, yesterday, Amazon sold out of the M4 128GB SATA 3 SSD at $128.99 so what did they do?  They dropped the price to $124.99 and increased availability significantly. If you were ever on the fence with respect to …

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Garbage Collection and TRIM in SSDs Explained – An SSD Primer

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‘Garbage Collection in SSDs’ is a contributed article that was submitted by LSI and authored by Kent Smith, Senior Director of Product Marketing, Flash Components Division, LSI Corporation. It’s importance cannot be understated for anyone venturing into today’s world of SSDs. Garbage collection (GC) is a fundamental process with all solid state drives (SSDs), but it can be implemented in …

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OWC Mercury Enterprise Pro 6G 6Gbps SSD Review – OWC and LSI Combine For a Great Enterprise Entry

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OWC has jumped feet first into the Enterprise space with the new OWC Mercury Enterprise Pro 6G SSD. Leveraging one of the fastest controllers on the planet, the LSI SF-2582 in tandem with Toshibas Enterprise Toggle Synchronous eMLC NAND, this SSD promises the absolute best in long term performance and endurance. OWC is also throwing in an outstanding industry-leading 7 …

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MOSAID First to Achieve Single Channel Full Performance 16-Die NAND Flash Stack

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MOSAID Technologies Inc. announces that it is sampling the industrys first NAND Flash MCP (multi-chip package) with a 16-die NAND stack operating on a single high-performance channel. MOSAIDs 512Gb HLNAND (HyperLink NAND) MCP combines a stack of 16 standard 32Gb NAND Flash die with two HLNAND devices to achieve 333MB/s output over a single byte-wide HLNAND interface channel. Imagine 1TB capacity …

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