Items tagged with solid-state
Intel’s X25-M (mainstream) and X25-E (enterprise) solid state drives proved to be very popular in their respective target markets. As our testing showed back in the day, these drives offer excellent performance, and as time in the field would tell, they were quite reliable as well. On the desktop / mainstream front, Intel has since launched a number of popular new solid state drives based on a few different controller designs, including those from SandForce, Marvell, and Intel themselves. Things are much slower moving on the enterprise front, however, where stability and reliability are paramount. The X25-E remained Intel’s flagship enterprise-class SSD for a couple of years, which...
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Intel’s X25-M (mainstream) and X25-E (enterprise) solid state drives proved to be very popular in their respective target markets. As our testing showed back in the day, these drives offer excellent performance, and as time in the field would tell, they were quite reliable as well. On the desktop / mainstream front, Intel has since launched a number of popular new solid state drives based on a few different controller designs, including those from SandForce, Marvell, and Intel themselves. Things are much slower moving on the enterprise front, however, where stability and reliability are paramount. The X25-E remained Intel’s flagship enterprise-class SSD for a couple of years,...
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Today, HP announced a notable development in its efforts to design memristor technology. The company has managed to map the chemical changes and basic structures of its own prototypes. The startling implication is accurate—HP managed to build a memristor before it fully understood how its own design functioned. The memristor was theorized to exist by one Leon Chua in 1971, but remained a hypothetical fourth circuit element (capacitors, resistors, and inductors are the other three) for decades. HP Labs finally managed to build a functional memristor in 2008. Memristors are a 'Holy Grail' technology—they could change computing nearly as much as the invention of the transistor. The word...
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Super Talent Develops Small Solid-State Drives (SSDs) for Hard Disk Drive Replacement 0.85-Inch and 1.0-Inch SSD Uses Intel® NAND Flash-based Solid-State Drive technology SAN JOSE, Calif. – Oct. 22, 2008 – Super Talent Technology, a leading manufacturer of Flash storage solutions and DRAM memory modules, today announced two new ultra-small solid-state drives (SSDs) that were developed using Intel technology for use in UMPC (Ultra Mobile PC) and DMB (Digital Multimedia Broadcasting) devices.Super Talent is introducing 1.0-inch and 0.85-inch SSD models, both of which employ a parallel ATA (PATA/IDE) interface with a ZIF connector. These are definitely among the world’s tiniest SSDs, designed...
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Intel Ships Enterprise-Class Solid-State Drives New Drives Break Performance Barriers, Lower Storage Infrastructure, Cooling, Energy Costs SANTA CLARA, Calif., Oct. 15, 2008 - Intel Corporation has begun shipping its highest- performing solid-state drive (SSD), the Intel® X-25E Extreme SATA Solid-State Drive, aimed at server, workstation and storage systems. Unlike mechanical drives, the SSDs contain no moving parts and instead feature 50nm single-level cell (SLC) NAND flash memory technology. Systems equipped with these drives will not suffer from the performance bottlenecks associated with conventional drives. By reducing the total infrastructure, cooling and energy costs, SSDs can lower...
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Alienware is now offering solid-state hard drives as an option for three of their notebook models, the Area-51 m5550, Area-51 m9750 and the Aurora m9700. While the addition of solid-state drives as an option isn't anything special since several other notebook manufacturers already offer SSDs, what is special is that Alienware will offer them in a RAID 0 configuration. That's right, as if one SSD wasn't fast enough, now you can have two of them in RAID 0 and in a notebook, no less. Solid-state drives have numerous advantages over traditional platter-based drives. They are more durable, they start up faster since there are no platters to spin-up, they offer significantly lower latency...
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Flash vendor SanDisk is shipping a 32GB, ATA-interfaced, solid-state drive (SSD) aimed at enterprise notebooks. The 1.8-inch SSD UATA 5000 can radically improve storage performance and reliability, while adding around $600 to retail costs, the company claims. SanDisk describes its SSD as a fifth-generation flash disk design from flash memory pioneer Msystems, which SanDisk acquired last summer. Msystems's earlier "DiskOnChip" products were priced prohibitively for the consumer market, but have proved popular in aerospace, defense, medical, and other reliability-oriented embedded applications, due largely to their ruggedness. Read more here......
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