Transcend Teases MTS Series of M.2 Drives

In the light of a violent proliferation of M.2 standard in mobile and desktop PCs, a number of manufacturers shifted their production into this segment. Transcend is one of the first companies to introduce its own M.2 rendition, teasing new MTS lineup that involves three different series: MTS400, MTS600, and MTS800. They feature M.2 2242, M.2 2260 and M.2 2280 form-factors correspondingly, that is to say they have different PCB length: 42, 60 and 80 mm respectively.

All three M.2 drives series are designed on MLC NAND flash memory chips. They accommodate DDR3 cache with SATA III 6 Gb/sec interface. The first, MTS400 series, embraces four models of 32 GB, 64 GB, 128 GB, and 256 GB capacity, whereas MTS 600 and MTS800 count five models: plus 512 GB model in addition to the junior four.

As for speed characteristics, Transcend MTS400 is able to demonstrate up to 560 MB/sec Read speed on sequential operations and up to 160 MB/sec Write speed on analogous conditions. Its …

Crucial Teases New TLC-Based BX200 Solid-State Drive

Crucial has found a way to consolidate the needs of budget- and efficiency-oriented customer groups. Therefore, it developed a new series of SSDs, based on TLC memory. The BX200 2.5-inch drives (7 mm case depth) come equipped with 16-nm chips by Micron as well as Silicon Motion SM2256 controller. All the models share SATA III 6 Gb/sec interface and are compatible with Crucial Storage Executive & Acronis True Image HD utilities.

Crucial BX200 are available in three capacity versions: 240 GB, 480 GB and 960 GB. Their maximal sequential Read/Write speed makes up 540/490 Mb/sec, whereas the maximal random Read/Write index achieves 66.000 & 78.000 IOPS correspondingly. As far as one can see, there is no visible decrease in performance, if compared with MLC memory showings.

The new-comers are estimated for 72 TB of data lifespan; this equals to 40 GB of daily loading over a span of 5 years (MTBF – 1.500.000 hours). In order to provide for the utmost reliability, Crucial adds a …

Intel Broadwell CPUs will Get BGA Casing

The Internet community is energetically discussing unofficial info concerning the future Intel's Broadwell processors. According to the yet unacknowledged data, Intel will branch off from currently traditional LGA casings in favor to a more advanced BGA solution. At present all CPUs designed by Intel specifically for desktop platforms feature LGA (Land Grid Array) casings which allow the users to upgrade their systems without any hassle. On LGA implementation, the chip is housed within a socket and contacts with the motherboard. As a result, the user might change one chip to the other only with similar set of contacts.

The launch of Intel Broadwell processors, which is planned for 2014, might dramatically change the situation for customers. Most probably Intel will refuse from LGA casings and accommodate all new CPUs in BGA ones, marking the change of Haswell generation to the future Broadwell generation developed under 14 nm technological process. BGA (Ball Grid Array) …
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Registered at: 04 November 2011, 06:12
Last visit: 07 November 2011, 05:53