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Neben der Speicherkapazität unterscheiden sich SSDs mit SandForce-Controller vor allem durch den verbauten Speicher. Doch welche Auswirkungen hat er auf die Leistung kleiner SSDs? Ein Vergleich der 60 GB großen MX-DS Fusion mit günstigem asynchronen ONFI-NAND und zwei Modellen mit synchronem ONFI-NAND beziehungsweise Toggle-DDR-NAND soll Aufschluss bringen.
Vor etwa einem Jahr haben wir uns die Crucial RealSSD C300 angesehen, die überdurchschnittlich gute Werte lieferte und seinerzeit unseren Editors Choice Award gewann. Nun möchte Crucial, die Tochterfirma von Micron, an dieser Erfolgsserie anknüpfen und bringt die m4 SSD - oder auch Crucial RealSSD C400, wenn man sie als direkten Nachfolger betrachtet. Doch auch der Speicherriese Kingston legt im SSD Segment nach: So stand der Modellname HyperX bisher immer für die hauseigene High-End-Arbeitsspeicherserie, doch ab sofort bietet der Hersteller auch eine SSD unter diesen Namen an.
Corsair has been putting out SSDs for awhile now and we have the chance to give some of their best drives a side-by-side test run to flush out any differences that may help with your purchasing decision. Featuring both Marvell and SandForce controllers, the Performance Pro and Force GT drives out up some impressive numbers but which one, if either, stand out? Read on and see.
In this review PCSTATS will be testing out Seagate's 2TB, 6Gb/s SATA III Barracuda XT hard drive. This 3.5" desktop hard drive features an increased 64MB onboard cache where other 2TB drives only have 32MB and it supports Native Command Queing (NCQ). The Barracuda XT is the performance oriented drive in Seagate's stables, a spindle speed of 7200RPM gives it a healthy maximum sustained data rate of 138MB/s.
In reviewing the Samsung SSD SM825 Data Center Edition 400GB eMLC solid state drive, we understand that we have wandered off the beaten path of normal consumer reviews but there are some things in this SSD that will just grab your attention. Although it’s interesting to see that Samsung has chosen its own premium eMLC NAND flash memory in the SM825, we believe that it is the total write endurance that truly stands out in this enterprise class SSD.
For the past several years, consumers searching through the available selection of Solid State Drive (SSD) storage devices have noticed that capacity continues to favor the hard disk drive counterpart. While it could be a few more years before any SSD matches terabyte capacity with the HDD, Intel's NAND Flash produced at 20nm is closing that gap in terms of price and storage space. In this article, Benchmark Reviews tests the Intel SSD 520 Series Solid State Drive against the leading competition to see if it's capable of delivering SATA 6GB/s speeds up to 550 MB/s and 80,000 maximum 4K random write IOPS.
A few days ago we looked at the latest Solid State Drive from Intel – the 520 series, codenamed ‘Cherryville’. The drive is built around ‘compute quality’ 25 nanometer NAND flash memory and offers a claimed maximum sequential read speed of 550 MB/s. It claimed our top award earlier this week, thanks to the class leading performance and reassuring 5 year warranty.
For years I've talked about RAID tuning and even gave some examples on a small scale. The LSI 9265-8i that we are looking at today takes the ability to optimize your RAID arrays to new levels and does so with a very easy to navigate user interface. The base controller with its dual-core ROC processor and 1GB DRAM cache has become the industry standard, but LSI didn't stop there. Add on packages like LSI's FastPath and CacheCade further enhance usability based on user need.
When our 9265-8i sample first arrived we were in the process of building a super computer based on the EVGA SR-2 dual Xeon enthusiast's board. At the time LSI was having issues with a handful of enthusiast class motherboards with the SR-2 being one of them. Since that time LSI and the motherboard makers have found and corrected several if not all of the issues. There was a time though when enthusiasts were pounding their heads against the wall trying to make everything mesh as it should.
Today’s SSD exclusive is going to be a first look at Samsung’s new PM830 SATA 3 mSATA 256GB SSD. This SSD is rather unique as it is one of the first SATA 3 SSDs to be released at the 256GB capacity range and, although laptops and ultrabooks that can utilize it are still limited to just a few, the call for such by the consumer is definitely present. Unfortunately, the Pm830 SATA 3 256GB mSATA SSD is only available through system purchase and not by retail sales.
Our SSD review today will be on the Toshiba MK4001GRZB 400GB SAS 6Gb/s Enterprise SLC SSD and will be the first to experience our new Enterprise Test Protocol. This SSD brings with it some of the best sustainable performance in the realm, and also has recently taken the Grand Prize for Excellence in Energy Efficiency and Conservation from the Japan Energy Conservation Center, so it is definitely a top candidate to initiate our new Enterprise Test Protocol.
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