Monday, December 10th 2007

Toshiba Launches High Performance Solid State Drives

Toshiba Corporation today announced its entry into the emerging market for NAND-flash-based solid state drive (SSD) with a series of products featuring multilevel-cell NAND flash memories. Offered in a range of form factors and densities, Toshiba's solid state drives are designed primarily for notebook PCs. They will be showcased at the Consumer Electronics Show in Las Vegas, from January 7th to 10th. Samples and mass production will follow from the first quarter (January to March) of next year.
Moving NAND-based storage architecture forward, Toshiba's first solid state drives offer three densities: 32 gigabytes (GB), 64GB and 128GB. SSD realize low power consumption, a fast boot time, and lightweight, but market penetration has been held back by low densities and high prices. Toshiba's new SSD integrate an original MLC controller supporting fast read-write speeds, parallel data transfers and wear leveling, and achieve performance levels comparable to those of single-level NAND flash SSD. By applying MLC technology, Toshiba has realized a 128GB density in a 1.8 inch form factor. Toshiba expects the launch of its SSD line-up to speed up acceptance of solid state memory in laptops and digital consumer products, and to widen the horizons of the NAND flash market.

The new products utilize NAND flash memory fabricated with 56nm process technology, along with controller chips and DRAM, on a 70.6mm (L) x 53.6mm (W) x 3.0mm (H) platform. The maximum read speed is 100MB a second, and the maximum write speed of 40MB a second with the SATA2 interface (transfer rate of 3Gbps), which is compliant with high speed serial interface. The operating life is 1,000,000 hours.

Outline of the new products



Product specification

Source: Toshiba
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11 Comments on Toshiba Launches High Performance Solid State Drives

#1
effmaster
Lets hope that they release the prices for these at a competitive price so as to cause the other manufacturers to dirve down their own prices as well:toast:
Posted on Reply
#2
Basard
Mua haha, I knew this day would come, solid state for everybody!!! Pretty soon anyways.
Posted on Reply
#3
twicksisted
pity about the write speed though... 40MB p/sec...
Thats not nearly as fast as I thought they would be!

Guess they will work nicely in a raid setup though... to boost speed and capacity more
Posted on Reply
#4
hacker111
Remind me next year then maybe I will buy it....:toast:
Posted on Reply
#5
WhiteLotus
+1

wait for them to mature IMO, and to get cheaper. the latter being the biggest reason to wait
Posted on Reply
#6
TUngsten
Jimmy 2004The operating life is 1,000,000 hours.
Holy crap, that's what, 110+ years?
Posted on Reply
#7
effmaster
TUngstenHoly crap, that's what, 110+ years?
114.15525114 years to be exact lol:laugh::laugh:
Posted on Reply
#9
AsRock
TPU addict
TUngstenHoly crap, that's what, 110+ years?
think it's 114y maybe they should sell timeships. Said to last that long but only come with 1-5y Warranty ?
Posted on Reply
#10
effmaster
AsRockthink it's 114y maybe they should sell timeships. Said to last that long but only come with 1-5y Warranty ?
Cool but theres no guarantee that Toshiba will be around after 100 years from now just like any other company out there. lol.

Although with that kind of warranty its funny to laugh at:laugh::laugh:
Posted on Reply
#11
EastCoasthandle
twicksistedpity about the write speed though... 40MB p/sec...
Thats not nearly as fast as I thought they would be!

Guess they will work nicely in a raid setup though... to boost speed and capacity more
Shock and Awe of a Mtron 16 GB in raid (have to use an expensive Areca 1231ML raid controller to allow it's full potential).
Source

Here are some instructions on using the Mtron here
Pass through disk is a simple term for bypassing the Raid function, and using the controllers hardware for a single drive. So, instead of using a minimum of 2 drives for a raid array, you can plug your single sata drive into the Areca controller for more performance! Sorry for not clarifying.

PS- If you just want 1 drive, you do not need to purchase a raid controller. Just plug it into any standard SATA connector (Non Intel ICH) on your motherboard.
and

here
But for the fact that the RAID controller overcomes the current chipset limitations on bandwidth suffered by SSDs on Intel boards.
Yes you are correct. If your motherboard is limited to Intel ICH only SATA ports, than you will be capped at 81 MB/s max bandwidth on a single drive. So, yes if you dont have another onboard controller: ie: GIGA2, etc. you would need a controller to un-cork the performance from your SSD.

If you own an Nvidia 680i mobo, than you will have absolutely no problems running a single drive in any ports on the mobo.
I posted this because I assume that most SSD may require higher bandwidth in order to achieve it's rated performance level.
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