At this year’s Computex, I had the opportunity to sit down with Mrs. Shalley Chen, ADATA’s President, to discuss the current trends in the memory and SSD business, as well as get an overview of ADATA’s future plans. Mrs. Chen has …
Back in May SanDisk announced the X300s, which is the company’s first SED (Self-Encrypting Drive). The X300s is based on the same Marvell platform as SanDisk’s client drives but with the differentiation that the X300s is the only drive that supports encryption via TCG Opal and IEEE-1667 (eDrive) standards. Due to the encryption support the X300s is positioned as a business product since the main markets for encrypted drives are corporations and governments that handle sensitive and confidential data on a daily basis. SanDisk includes Wave’s EMBASSY Security Center with every purchase of X300s, which allows Opal encryption on systems that are not eDrive compatible. Dive in to read more about the X300s, Wave’s encryption software, and SEDs in general!
Back in May SanDisk announced the X300s, which is the company’s first SED (Self-Encrypting Drive). The X300s is based on the same Marvell platform as SanDisk’s client drives but with the differentiation that the X300s is the only drive that supports encryption via TCG Opal and IEEE-1667 (eDrive) standards. Due to the encryption support the X300s is positioned as a business product since the main markets for encrypted drives are corporations and governments that handle sensitive and confidential data on a daily basis. SanDisk includes Wave’s EMBASSY Security Center with every purchase of X300s, which allows Opal encryption on systems that are not eDrive compatible. Dive in to read more about the X300s, Wave’s encryption software, and SEDs in general!
Two weeks ago Marvell announced their first PCIe SSD controller with NVMe support, named as 88SS1093. It supports PCIe 3.0 x4 interface with up to 4GB/s of bandwidth between the controller and the host, although Marvell has yet to announce any actual performance specs. While PCIe 3.0 x4 is in theory capable of delivering 4GB/s, in our experience the efficiency of PCIe has been about 80%, so in reality I would expect peak sequential performance of around 3GB/s. No word on the channel count of the controller, but if history provides any guidance the 88SS1093 should feature eight NAND channels similar to its SATA siblings. Silicon wise the controller is built on a 28nm CMOS process and features three CPU cores.
The 88SS1093 has support for 15nm MLC and TLC and 3D NAND, although I fully expect it to be compatible with Micron’s and SK Hynix’ 16nm NAND as well (i.e. 15nm TLC is just the smallest it can go). TLC support is enabled by the use of LDPC error-correction, which is part of Marvell’s third generation NANDEdge technology. Capacities of up to 2TB are supported and the controller fits in both 2.5″ and M.2 designs thanks to its small package size and thermal optimization (or should I say throttling).
The 88SS1093 is currently sampling to Marvell’s key customers and product availability is in 2015. Given how well Intel’s SSD DC P3700 fared in our tests, I am excited to see more NVMe designs popping up. Marvell has known to be the go-to controller source for many of the major SSD manufacturers (SanDisk and Micron/Crucial to name a couple), so the 88SS1093 will play an important part in bringing NVMe to the client market.
Two weeks ago Marvell announced their first PCIe SSD controller with NVMe support, named as 88SS1093. It supports PCIe 3.0 x4 interface with up to 4GB/s of bandwidth between the controller and the host, although Marvell has yet to announce any actual performance specs. While PCIe 3.0 x4 is in theory capable of delivering 4GB/s, in our experience the efficiency of PCIe has been about 80%, so in reality I would expect peak sequential performance of around 3GB/s. No word on the channel count of the controller, but if history provides any guidance the 88SS1093 should feature eight NAND channels similar to its SATA siblings. Silicon wise the controller is built on a 28nm CMOS process and features three CPU cores.
The 88SS1093 has support for 15nm MLC and TLC and 3D NAND, although I fully expect it to be compatible with Micron’s and SK Hynix’ 16nm NAND as well (i.e. 15nm TLC is just the smallest it can go). TLC support is enabled by the use of LDPC error-correction, which is part of Marvell’s third generation NANDEdge technology. Capacities of up to 2TB are supported and the controller fits in both 2.5″ and M.2 designs thanks to its small package size and thermal optimization (or should I say throttling).
The 88SS1093 is currently sampling to Marvell’s key customers and product availability is in 2015. Given how well Intel’s SSD DC P3700 fared in our tests, I am excited to see more NVMe designs popping up. Marvell has known to be the go-to controller source for many of the major SSD manufacturers (SanDisk and Micron/Crucial to name a couple), so the 88SS1093 will play an important part in bringing NVMe to the client market.