Ιt is no secret that solid state drives are very profitable and every company is looking to take a slice of the green pie. The latest addition to the growing number of companies offering SSDs is Zalman. Zalman, a company best known for their high [PRBREAK][/PRBREAK]performance CPU heat sink coolers and high quality PC cases, might seem to be late for the party, but their entry comes at a time when the winners have been established and little chance of faultier was possible.
Zalman's highest performing SSD, the N Series, is controlled by a SandForce SF-1200 controller, the highest performance SATA 3G controller on the market and our pick for any SSD with less than 256GB capacity. The SF-1200 is a beast of a controller and it is aging very gracefully. New firmware from SandForce and their partners has given the highest rated even better performance; something we will look at today since the new N Series uses the latest firmware offering.
There are several companies offering SandForce consumer drives and with competition comes very low prices or extravagant accessory packages. Zalman has chosen to compete with the low cost offerings on the market and eliminated the accessory package. Today we will look at the performance of the new Zalman N Series SandForce controlled SSD and see how it compares in performance and price to the competition.
Διαβαστε το review εδω: http://www.tweaktown.com/reviews/3799/zalman_n_series_sandforce_128gb_solid_state_drive/index.html
In many ways, computer cases are much like people. They come in a variety of sizes, shapes, and colors... Some are practical, while others are just about useless... And just like people, some cases are just plain ugly. One key difference is that when you pick [PRBREAK][/PRBREAK]a case your commitment isn't "until death do us part", so don't worry if a case you like wound up on this list; your relationship isn't forever
Nothing in the PC platform really becomes an industry standard before Intel embraces it. Same is the case with USB 3.0, which, over an year after its entry into the industry, has seen limited market adoption and motherboard integration, driven mostly by 2-port PCI-E controllers. Internal presentation slides [PRBREAK][/PRBREAK]sourced by Heise show that the Panther Point chipset, which drives Intel's Ivy Bridge processors, embeds a 4-port XHCI compatible USB 3.0 SuperSpeed controller. The controller sits aside two EHCI USB 2.0 controllers, and shares 4 ports over a USB hub. So, out of the 14 USB ports from the chipset, 4 will be SuperSpeed capable.
Panther Point is the codename of Intel's 7-series platform controller hub (PCH) chipset, which could carry the common market model names P77 and H77. The chipsets will drive Intel's Ivy Bridge processors. Ivy Bridge is a die-shrunk Sandy Bridge, which will be fabricated using the 22 nm lithography. It will form the back bone of Intel's 3rd generation Core processors slated for release at CES 2012.