Corsair recently started to introduce new SSDs based on SandForce controllers to the market, and we expect good availability as we speak. The performance of this all new SandForce 1200 based SSD is advertised at 285/275MB/Sec (Read/Write). This SSD series will become available in somewhat unusual volume storage sizes.
Check out the features
Available in 60GB, 100GB, 120GB, 200GB and 240GB capacities
Native TRIM support
Max IOPS Firmware
Seek Time: .1ms
Slim 2.5" Design
99.8 x 69.63 x 9.3mm
Operating Temp: 0°C ~ 70°C
Storage Temp: -45°C ~ +85°C
Low Power Consumption: 2W in operation, .5W in standby
Shock Resistant up to 1500G
Included 3.5" Desktop adapter bracket
Compatible with Windows XP, Vista, 7, and Linux
MTBF: 2 million hours
Max Read: up to 285MB/s
Max Write: up to 275MB/s
Sustained Write: up to 250MB/s
Random Write 4KB : 15,000 IOPS
The SSD utilizes SandForce's latest version of the SF-1200 controller, which will be adopted by other players in the market as well, e.g. ADATA, OCZ, GSKILL. The controller adds support for newer NAND memory types as in 34nm memory. New 34nm NAND Flash memory is cheaper to manufacture, thus cheaper for companies to implement, and for you as a consumer cheaper to purchase.
The read and write speeds for the tested 120GB model are advertised at a blazing 285 MB/sec read and 275MB/sec write performance (measured with ATTO test software), which makes the product position itself in the extreme high-end SSD segment. Good performance for sure, at a price alright.
Normally we see the competitive Indilinx Barefoot controller paired with 64MB of Elpida cache memory in the latest SSDs. SandForce however does not need that cache memory. Sandforce uses a intricate real-time data compression, saving on cache needs. Enabling it to write random I/O extremely fast, instead it hogs some of the NAND FLASH memory to use as cache. To manage all the multi-channel controller loving embedded into the controller we see a tiny processor inside the controller, and next to it a small NAND memory cache.
Why is that so important to that random I/O, you ask. Well, history taught us the hard way that most budget SSDs had a 1st generation JMicron controller with very little cache (8KB / 16KB), and the issue there is that if they need to write a lot of really small files simultaneously these drives started to clog up every now and then, your a-typical data bottleneck within a storage unit. Large data-caches solve that issue very well.
JMicron now has a bit of a bad reputation in the SSD market because its controllers suffered from that bottleneck issue due to lacking caches, but the new JMF612 incorporates 128MB of DDR2 cache for stuffer-free performance.
So a big help totally bypassing the small files issue for SSD drives is using a nice big mamma SDRAM buffer, or the approach that SandForce takes should be more than sufficient as well. Let's strip the product down though.
In the above photo we see the SSD. To the right we spot MLC flash NAND memory chips, the Force 120 is paired with the newer 34nm (MLC) flash memory chips. Including a count on the backside we spot 16 chips in total, each with 8GB capacity for a total drive size of 128GB. As stated a chunk of that memory is reserved for drive wearing and data compression, hence the 120 GB volume size.
To the middle you can spot the SandForce SF1200 controller chip. Everything combined form the heart and soul of the SSD.
We have stated it many times and explained this quite a bit, but the seek time on SSD drives are insane; nothing short of amazing, at less than 1ms -- 0.1ms as we actually can measure. The average seek time for a traditional HDD is roughly 9ms. Do the math, hey, no more moving and spinning mechanical components is the key here.
The traditional HDD is a limiting factor on the overall PC experience. Also, storage performance like this will, for example, greatly enhance load times of Photoshop, Generic applications, Office, games load times and even simple stuff like browsing the web will become a much faster experience.
One small note before moving on, you'll receive a three year warranty from Corsair on the product, which we feel is very fair.
Corsair Vengeance RGB DDR4 memory review In this article we review the new RGB series Vengeance DDR4 memory from Corsair. Not only do these puppies look awesome, they are properly specced as well. We received a 4x8GB DDR4 3000MHz CAS 15 DRA...
Corsair Gaming K95 RGB PLATINUM review Corsair just released the K95 RGB Platinum edition mechanical keyboard with Cherry MX speed switches. Combined with updated CUE software and a nice RGB overhaul this keyboard has been updated to what ...
Corsair Gaming SCIMITAR PRO RGB game mouse review This one is for the players, the PRO MMO gamers out there. Corsair releases the new PRO model Gaming SCIMITAR RGB game mouse with an improved sensor, a 16,000dpi Optical Sensor! The looks remain the...
Corsair Force MP500 480GB M2 NVMe SSD review In this review we test the Corsair Force MP500 480GB M2 NVMe SSD. Corsair is in full attack modus to make your PC even faster with this affordable yet seriously fast M.2 units which use the nvm expres...