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Lexar, a leading global brand of flash memory products, today introduced the industry’s first 256GB Secure Digital Extended Capacity (SDXC) UHS-I memory card, the Lexar Professional 400x SDXC UHS-I card. The Class 10 card leverages the SD 3.0 specification to dramatically accelerate workflow and allows photographers to capture, store, and transfer a large number of high-quality photos and extended lengths of 1080p full-HD and 3D video with a minimum guaranteed sustained read transfer speed of 60MB per second. When paired with a compatible card reader, such as the Lexar® Professional USB 3.0 Dual-Slot Reader, the Professional 400x SDXC card quickly and reliably transfers images and video from the memory card to the computer.
“Professional photographers and videographers are being tapped to capture more HD video, in addition to still photos, when out on assignment. These new demands often leave them with less time and resources to shoot,” said Manisha Sharma, director of product marketing, Lexar. “High-performance, high-capacity cards like this one enables these photographers to gain back time normally wasted on changing cards or transferring images.”
“By utilizing Micron’s industry-leading, 128Gb, 20nm NAND flash memory process technology, Lexar is the first to market a 256GB SDXC card,” said Wes Brewer, vice president, products and technology for Lexar. “Using a combination of creative die-stacking techniques and uniquely engineered firmware in our UHS-I capable controller, we were able to design and produce this product sooner than our competition. With the introduction of this product, we have achieved the optimal blend of price and performance desired by our retail and non-retail customers.”
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Mach Xtreme Technology Inc., a worldwide leader in top performance, high reliability and user-friendly designed PC components, today unveiled ES Series USB 3.0 SLC flash drives. The MX-ES is the most compact extreme performance SLC USB 3.0 flash drive on the market and will be available in worldwide retail and e-tail starting Thursday, September 20th.
The MX-ES USB 3.0 Series utilizes top quality Single Level Cell (SLC) NAND to offer extreme performance and longer endurance over Multi-Level Cell (MLC) NAND, which is typically used in other USB 3.0 pendrives. Changing the NAND components from MLC to SLC significantly increases the performance and longevity of MX-ES flash drive. These USB 3.0 flash pendrives are much more durable and reliable and are built to endure severe operating environments such as extreme cold and hot temperatures, continuous vibration, high shock impact, intensive read-write cycles etc. Such features are essential to users that require a more robust and rugged digital storage option to ensure repeatable and reliable operation. With powerful SLC flash and proven design; the MX-ES Series drastically outperforms standard MLC-based pendrives.
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Monster Digital, a leading innovator and developer of advanced memory and storage solutions, is broadening its selection of Solid State Drives (SSD), making it easier for just about anyone to adopt leading-edge SSD technology with its new ultra-high speed “Daytona Series” Solid State Drives. The 2.5” Daytona Series SSDs are conservatively rated with 550/515 read/write speeds, 60k IOPS, are over provisioned for extended reliability.
Packaged in a super thin 7mm universal fit stainless steel case, they are available as bare drives in capacities of 90GB, 120GB, 240GB and 480GB for suggested retail prices of $99.99, $109.99, $229.99, and $479.99 respectively. Monster Digital Daytona Series bare drives are available now on Amazon.com, at Fry’s Electronics and PC Mall.
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Silicon Power, the world’s leading provider of memory storage solutions today launches the new Slim series 7mm 2.5” SSD for the new generation of ultra slim notebook. Built in a slim and stylish enclosure, the new SSD unleashes the full potential of the 6Gbps SATA III interface to further expand computing experiences and mobility.
Unlike the standard 9.5mm SSD, SP Slim series features a new slim 7mm form factor for easy integration into the latest mobile computing platforms. Presented in a chic aluminum metal body, the Slim series SSD perfectly complements Ultrabook in design, and its impressive transfer rates make it the ideal SSD upgrade solution. Powered by the latest SandForce technology, SP Slim series can significantly reduce boot time, quickly load applications and provide higher reliability and durability over traditional hard drive.
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When it comes to the ever-evolving core technologies of embedded systems, data transmission efficiency and speed are the main targets for improvement. Apacer, one of the world’s top ten PC SSD manufacturers, has introduced a new CFast memory card to support the SATA II 3Gb/s high-speed transmission mode. After winning customers’ favor, Apacer has now upgraded the capacity and speed of their industrial CFast memory cards. Additionally, these cards come in MLC solutions and support extended operating temperatures.Apacer’s latest industrial CFast card, features a peak reading speed of 160MB/s, breaking the speed limits of the CF cards currently used by industrial enterprises. This speed is three times faster than typical industrial CF cards, dramatically promotingfile transmission efficiency, making itone of the best storage solutions for high performance computing systems.
The CFast cards newly launched by Apacer are based on the V1.0 CFA standard. It combines the Form Factor of existing CompactFlash cards with the adoption of the 7pin SATA signal, 17pin power supply, and reserves additional space for special functions. Thus, the read/write speed is boosted up to 160/140 Mbytes per second, realizing the transmission efficiency of a SATA interface. Whether using industry-level, highly-reliable SLC chips or cost-effective MLC solutions, Apacer’s CFast cards always boast a resistance to extended operating temperatures (-40°C to 85°C), and are available in capacities of 64GB(SLC) and 128GB(MLC), satisfying the requirements of large capacity and high-efficiency embedded high-performance computing systems.
