ADATA Launches the ICFS332 CFast Card with SLC and 560MB/s Throughput

Industrial grade products gain their name because they are able to work in much harsher environments than ordinary parts and that is no different when it comes to storage. AData just released a new ICFS332 industrial grade CFast card for that delivers SSD performance and reliability in a very compact form factor.

The ICFS332 CFast card utilizes the SATA3 interface to deliver speeds up to 560MB/s while reading and impressive 400MB/s when writing. The ICFS332 uses SLC NAND that also provides the best reliability, also visible in the 2 million hour mean time before failure rating.

As previously mentioned, industrial applications are run in environments that are a lot harsher, which isn’t a problem for the Adata ICFS332 CFast card that can operate in temperatures between minus 40 degrees and plus 90 degrees Celcius. The cards allow for long-term deployment in these conditions, making the optimal system drives here.

The AData ICFS332 is available in 4GB to 64GB capacities and employs a full range of technologies including ECC and S.M.A.R.T. for high-reliability data transfer and improved security, but also more advanced wear leveling technology to extend the longevity. They come with open API (application programming interface) support that allows customer implementation of intuitive interfaces to easily manage data, monitor storage health, customize features, and integrate web services.

Thecus Adds Seagate 8TB Enterprise HDDs to Official Compatibility List

Thecus announced the addition of Seagate’s impressive 8TB Enterprise 3.5-inch hard disk drives to its official compatibility list. By incorporating Seagate’s 8TB HDD, Thecus NAS users will be able to maximize storage capacity while experiencing enhanced performance and reliability.

Hard drives aren’t just hard drives and there is a lot of difference in them and it’s quite important to pick one that is suited for your task, especially when your dealing with mission critical data. The Seagate 8TB Enterprise HDDs boast the industry’s best response times and are on their own over 100% faster than their own previous generation. These drives are naturally designed to support 24/7 performance and can stand up to a workload of 550TB per year. Other advanced technologies including PowerBalance, PowerChoice, and Raid Rebuilt enables users to customize their big data requirements and optimize TCO.

“Providing compatibility to new, cutting-edge technologies is essential to Thecus and allows users to utilize the best the industry has to offer with their Thecus NAS,” said Florence Shih, CEO at Thecus Technology Corp. “Pairing the 8TB Seagate Enterprise 3.5 Hard Drives with Thecus NAS empower organizations using big data with a reliable, high-capacity storage solution.”

The drives are available as both SAS 12Gbps, SAS 6Gbps, and SATA 6Gbps versions, allowing you to make the right choice depending on what Thecus NAS you might be running. You can check out the full compatibility list for your Thecus model on the official website.

Supermicro SoC Motherboard with 17 SATA Ports Spotted

A small new motherboard from Supermicro has been spotted on the shop-shelves, the Supermicro A1SA7-2750F. This tiny board is feature packed with a total of 17 SATA3 6GB/s ports and is a totally passive cooled System on a Chip (SoC) supporting up to 64GB memory. Sparked your interest? Here are the rest of the details.

The A1SA7-2750F has an Intel Atom C2750 at it’s heart with 8 cores/8 threads. It is a compact and fanless motherboard operating at 2.4GHz, or 2.6GHz with Turbo. With 4 RAM slots and support for 16GB modules, this board supports up to 64GB ECC/non-ECC DDR3 with a speed of up to 1600MHz.

The 16 blue SATA ports are powered by a LSI 2116 SW 6Gbps SATA/SAS controller and it has an additional yellow SATA port at the top that is controlled by the SoC itself. That is an amazing amount of on-board SATA ports for such a small form factor. The motherboard also has a direct on-board USB port and a SATA DOM power connector. At the bottom we see the single PCI-Express 2.0 x4 connector (in x8 slot).

The rear IO panel has two USB 2.0 ports and two normal Gigabit Ethernet RJ 45 ports, but it also features a dedicated port for the Intelligent Platform Management Interface (IPMI) and a VGA D-SUB port.

Not only does this Supermicro motherboard have 16 SATA ports, it also comes bundled with cables for them all. That is a big bunch of cables in the box, but other then that and the manual it doesn’t look like many accessors are supplied.

The Supermicro A1SA7-2750F was priced at 66,980 yen including tax, that’s roughly £390. It isn’t the ordinary form factor motherboard (21.08cm x 17.02cm) and won’t fit in cases with ATX mounting. It’s designed for 1U 19″ rack systems, but one could of course just mod the case to fit. The board gets power from a 12V 8-pin and 5V 4-pin connector.

Thank you Akiba PC Watch for providing us with this information.

Image courtesy of Akiba PC Watch.

Intel May Feature SATA Express Interface In Their Intel 9-Series Chipset


In just 2 months from now, Intel would be launching their 4th Generation Core series ‘Haswell’ processor family followed by 8-Series ‘Lynx Point’ motherboard chips.

The 8 Series Lynx Point Chipset will be providing SATA III bandwidth on all 6 SATA ports. If looking at things with Intel’s current generation of motherboard chipsets, the 7th series chips can only support a combination of 2x SATA III ports.

But according to the roadmap VR-Zone Chinese edition provide, it seems that Intel is preparing 2 new chipset in the 9th Series lineup most likely to be introduced with ‘Broadwell’: Z97 to target enthusiasts and H97 made primarily for mainstream end-users.

The 9 Series maybe the first class of motherboard to feature SATA Express. There’s no clear information yet, but it seems that SATA Express is currently being drafted by the SATA I-O and classified under ‘SATA Rev 3.2’. SATA Express is a SATA link layer over the chipset’s PCIe channels, but it does maintain backward compatibility with existing and older SATA standards, but with reduced performance speed in comparison with this standard.

If this is true and if Intel does implement this on the 9 Series motherboards, SATA Express could provide 1000 MB/s of bandwidth throughput per direction for hard drives.

Via: Techpowerup!