OCZ Technology Group, Inc., a leading provider of high-performance solid-state drives (SSDs) for computing devices and systems, today announced that it has shipped its one millionth solid state drive.

"Solid state drives continue to represent a game-changing technology for both consumers and enterprise clients, and we are proud to achieve this milestone," said Ryan Petersen, CEO of OCZ. "But most of all, I wanted to take this opportunity to sincerely thank all of our loyal customers and partners, without whom this success would not be possible."

After dedicating a big chunk of its resources to the SSD market, OCZ's R&D became a fertile ground for new SSD solutions. The company put up its latest high performance, high capacity SSD for enterprises at CeBIT, the IBIS XL. This monstrosity supports OCZ's very own HSDL interface, and comes in the 5.25-inch form-factor (about the size of a PC optical drive). It offers a humongous 4 terabyte of storage, higher than even the highest PC hard drive in the market, which offers 3 TB. IBIS XL offers transfer rates of 1800 MB/s read, 1700 MB/s write, and up to 200,000 IOPS 4K random write performance.

OCZ Technology Group, Inc., a leading provider of high-performance solid-state drives (SSDs) and memory modules for computing devices and systems, reports its third quarter 2011 results (Q3'11), which ended on November 30, 2010.

Net revenues in Q3'11 were a record $53.2 million, and increased 40% both on a year-over-year and sequential basis, from $38.0 million reported in Q3'10 and in Q2'11.

SSD revenues reached a record $41.5 million in Q3'11, an increase of 325% over Q3'10 SSD revenues of $9.8 million, and a 105% increase sequentially over Q2'11 SSD Revenues of $20.2 million.

OCZ Technology also displayed its second generation Optical HSDL (high-speed data link) interface, and its first enterprise solid-state drive (SSD) that uses it. Last year, OCZ introduced HSDL as a replacement drive interface to SATA and SAS, to mainly serve the purpose of overcoming bandwidth bottlenecks. The first generation HSDL used an electronic link to the host card. The optical HSDL uses a fiber-optic cable to transfer data between the host and the drive.

The new interface is said to provide gains in access times, IOPS, and bandwidth in general. Fiber-optic cable also allows for better cable management (since it's thinner and round compared to serial cables (such as SATA, SAS), it probably also allows the cables to be longer, to help connecting a number of drives in a rack with the drive cage being at a distance from the host machine. Internally, the IBIS XL 3.5-inch form-factor SSD is a RAID 0 on a stick of two SSD sub-units. It can store up to 4 TB of data, and provide transfer speeds of 1800 MB/s (read) and 1700 MB/s (write), with 200,000 IOPS 4K write performance.

The High Speed Data Link (HSDL) interface, designed by OCZ as an alternative to SATA and SAS, for high data-rate and high I/O solid-state drives (SSD) in an enterprise environment, gained quite some attention. Funky Kit scored a sample, and got the chance to dissect OCZ's first SSD that makes use of the HSDL interface, the IBIS 160 GB. OCZ also found a novel way to propagate HSDL, by bundling a single-port PCI-Express x4 addon card. Upon taking apart the card, one can understand exactly how it works. Under the hood, there are two main PCBs, one that houses a HSDL-based 2-port SATA RAID controller, and the other, which holds two independent SandForce-driven SATA SSD sub-units.

Two two SSD sub-units are striped in an internal RAID 0, which is kept abstract to the host. The HSDL itself is technically very similar to PCI-Express, in being a point-to-point serial data link. The IBIS SSD is rated to have read-write speeds of 740 MB/s and 690 MB/s, respectively, with 4KB random write performance of 100,000 IOPS. The drive connects to its host PCI-E addon card over a proprietary-design cable, while retains the SATA power connector input of conventional SATA devices. The drive itself adheres to the 3.5" PC form-factor. More pictures can be found at the source.

OCZ Technology Group, Inc., a leading provider of high-performance solid-state drives (SSDs) and memory modules for computing devices and systems, has announced the opening of a new SSD manufacturing plant in Taipei, Taiwan slated to begin operation on Monday, October 25.

A testament to the Company's dedication to market leadership, the new facility features best of class manufacturing, as well as test and burn-in technology required by the Company's growing OEM client base. The new facility increases the Company's SSD manufacturing capacity to 140,000 units a month from 50,000 units a month internally, accommodating the growing demand for both client and enterprise OCZ SSDs.

OCZ Technology Group, Inc., a leading provider of high-performance solid-state drives (SSDs) and memory modules for computing devices and systems, is teaming up with SandForce Inc. to deliver exceptional new SSD products that leverage Serial-ATA (SATA) 6 Gb/s and cost-effective NAND flash components. With the updated architecture, the OCZ Deneva Family will continue to lead the way in the transition from hard disc drives (HDDs) to SSD data storage and IT infrastructures. OCZ is set to begin sample distribution to current and potential clients in the fourth quarter of 2010, with mass production beginning in the first quarter of 2011.

"We have a strong partnership with SandForce and are excited to utilize their new SF-2000 family of SSD processors in our next generation Enterprise and Industrial Solid State Drive products," said Alex Mei, CMO at the OCZ Technology Group. "Together we will be able to offer our enterprise clients a very robust line of ultra reliable 6 Gb/s SSDs in a variety of interfaces ranging from SATA to SAS within our customizable Deneva Series."

OCZ Technology Group, Inc., a leading provider of high-performance solid-state drives (SSDs) and memory modules for computing devices and systems, has unveiled a proprietary interface called "High-Speed Data Link" (HSDL) to accelerate the progression of solid-state storage. Unsatisfied with existing interface options, OCZ developed HSDL to eliminate I/O bottlenecks and enable SSD technology to operate at its full potential. With this initiative, OCZ aims to enhance high performance computing (HPC) and I/O-intensive infrastructures for its clients.

"Solid State Drive throughput speeds are increasing at a rate in excess of what current storage buses can support, and as a result, storage protocols are quickly becoming the bottleneck to storage subsystem performance," said Ryan Petersen, CEO of OCZ Technology. "Designed for both high-performance computing and enterprise storage applications, our new High Speed Data Link interface addresses this issue and revolutionizes data storage by significantly outperforming other current interfaces delivering performance at levels that saturate most CPU buses."