OCZ

OCZ is shaking up its current product stack by replacing the year-old Vertex 4 SSD. The Vertex 450 matches Barefoot 3 controller silicon with 20 nm synchronous NAND for something slightly more economical than the company's current flagship, the Vector.

The first mSATA-based SSDs we reviewed wowed us with diminutive dimensions, but not as much with performance. Today's best efforts are a lot more like their desktop equivalents, though. We round up 10 models between 64 and 256 GB and nail down a winner.

Less than two years after acquiring Indilinx for $32 million in stock, OCZ is ready to introduce its first SSD based on controller technology developed in-house. Can its new Barefoot 3 propel the 256 GB Vector we're testing into a performance victory?

In our recent look at the Vertex 4 SSD equipped with firmware 1.4, we found that the 128 GB drive's write performance depended heavily on available capacity. OCZ disagreed, but then quickly rolled out firmware 1.5. So, we're back to test the new build.

Back in April, we published one of the first reviews of OCZ's Vertex 4. In those three months, the company has issued three firmware updates, with a fourth reportedly in the pipeline. We take another look at the drive using its latest software.

Do you want the best performance from your SSD all of the time, regardless of workload? Drives with Marvell's controller technology should be on your short list. We put seven of them through the paces and discover lots of speed at each capacity point.

OCZ breaks new ground with its Vertex 4 in that this isn't a SandForce-flavored SSD. The company's latest flagship features an Indilinx Everest 2 controller that definitely impresses us. Can Vertex 4 stand up against the SSD 520, m4, and Samsung 830?

What makes one SandForce-based SSD different from the others that appear to be just like it? We round up 10 models with 60 GB of capacity to explore the effects of NAND interfaces. We also stumble across some interesting data related to full drives.

Are you mulling the potential benefit of an SSD upgrade on a system without 6 Gb/s SATA connectivity? We run the benchmarks on several different solid-state storage architectures in order to determine how much performance you give up on an older machine.

What? A performance SSD from OCZ not based on SandForce's tech? The new Octane SSD features an Indilinx controller. Does OCZ rectify the controller company's past mistakes, or does it need more time to marinate? The truth lies somewhere in the middle.

If you're tempted to buy a PCI Express-based SSD and add your own conventional storage, OCZ's RevoDrive Hybrid could might suit you. A 120 GB SSD and 1 TB of disk space come together on a four-lane PCIe card to serve up an advanced caching solution.

The popularity of SandForce's first-gen controller is translating to a lot of traction with its 6 Gb/s offering. Five SSD vendors sent us seven 120 GB models based on the second-gen logic. What makes them different? An extensive benchmark suite tells all.

When it comes time to hunt down the ultimate in storage performance, you simply cannot settle for standard SSDs. Instead, look to PCI Express-based drives that circumvent the limitations of SATA. We have products from Fusion-io, LSI, and OCZ on the bench.

Solid-state tech marches on, and we're already approaching SATA's 6 Gb/s ceiling. OCZ is once again stepping in with a PCIe-based solution with speed in reserve. The company's RevoDrive 3 X2 promises sequential transfers in excess of 1 GB/s.

With the market for solid-state drives continually expanding, we wanted to explore some of the most popular tweaks enthusiasts use to purportedly improve performance and free up capacity. We break out the benchmarks and put them to the test.