Intel's Solid-State Drive (SSD) roadmap for 2011 includes five new SSDs and the specifications of the 700 Series of SSDs have already appeared online. According to an Intel SSD roadmap for 2011, Intel plans to release a PCIe-based 400GB/200GB single-level cell (34nm SLC) solid state drive with PCIe 6GB/s interfaces as part of the new "Ramsdale" SSD 720 Series. The company will also ship a new "Lyndonville" SSD 710 series that uses 25nm MLC-HET memory and have a SATA 3Gb/s interface.

The German site ComputerBase.de today posted some more details on the new SSDs:

Intel SSD 700 Series
Series	710	720
Codename	Lyndonville	Ramsdale
Capacities (GB)	100/200/300	200/400
NAND type	25nm MLC-HET	34nm SLC
Cache (DRAM)	64MB	512MB
Interface	SATA 3Gb/s	PCIe 2.0
Read speed	270MB/s	2200MB/s
Write speed	210MB/s	1800MB/s
4KB read	35 000 IOPs	180 000 IOPs
4KB write	3 300 IOPs	56 000 IOPs
Power (active/standby)	4W/0.095W	25W/8W
Security	AES-128 encryption	AES-256 encryption
Endurance (TB)	100GB: 500/900 (20% OP) 200GB: 1000/1300 (20% OP)	200GB: 18000 400GB:36000
Reliability (MTBF-hours)	2.0 million
Data path protection	LBA tag checking	End to end data protection

Compared to the company's 320 Series of SSDs, the 710 Series seems to be not very different in terms of specifications, but the latter features MLC-HET NANDs, which generally offers more write cycles per cell so longetivity is increased.

The 720 Series will be Intel's first PCIe SSD designed for for enterprise use. The new series is exected to compete with OCZ's PCIe SSD offerings.

Intel's 2011 SSD roadmap also includes the 520 Series (Cherryville"), which will be available in capacities of 480G/240G/120G (25nm MLC) and will come with a 6Gb/s interface.

Intel also expects to release a lower-capacity drive called Paint Creek in the fourth quarter, which with only 40GB and 80GB models (25nm MLC, mSATA 3Gb/s).

Intel's roadmap also includes the "Larsen Creek" SSDs, which will most probably built for caching data from existing HDDs. It's slated to come in both 2.5-inch SATA and mSATA configurations in Q3 and uses SLC NAND. In combination with its the Z68 chipset these new SSDs could be used as performance-boosting cache in combination with a standard hard disk drive (HDD). The SSD would act as a cache, increasing performance for operations such as OS and application load times.