Thirteen months ago OCZ announced its intention to acquire Indilinx, the SSD controller maker that gave Intel its first taste of competition in the consumer market in 2009. Eight months later, OCZ launched its first post-acquisition SSD based on Indilinx silicon. Today, just five months after the launch of the Octane, OCZ is officially releasing the Vertex 4 – based on its Indilinx Everest 2 silicon. In less than a year, OCZ has brought to market more Indilinx powered controllers than Indilinx did in the previous three years. It's rare that you see the fruits of acquisition so quickly, but if there's anything OCZ's CEO Ryan Petersen is good at it's pushing for an aggressive schedule.

Rather than call this drive the Octane 2, OCZ went with Vertex 4, indicating its rightful place at the top of OCZ's SSD lineup. The implications run even deeper. It marks the first time in two years that a Vertex drive will ship without a SandForce controller inside. Make no mistake, while Octane was a shot across SandForce's bow, Vertex 4 means war. While OCZ continues to ship tons of SandForce controllers, the future for the company is Indilinx. The Vertex 4 is just the beginning. OCZ will continue to ship Vertex 3 in parallel, and should a future SandForce controller make competitive sense to use OCZ will definitely consider it, but the intention is to build the fastest silicon internally and use it as much as possible.

The dramatic departure in naming also embodies just how different Everest 2 is from the original Everest controller. OCZ claims there's minimal shared code between the Octane and Vertex 4 firmware, and the two drives perform very differently. Write amplification was always a concern with the Octane - it is no longer a major issue with the Vertex 4. OCZ and its Indilinx team have reduced write amplification to roughly the levels of Intel's controllers:

Estimated Worst Case Write Amplification

Indeed write performance is improved significantly as a result. A look at the spec sheet gives us the first indication of what's to come:

OCZ SSD Comparison
  OCZ Vertex 4 OCZ Vertex 3 OCZ Octane OCZ Vertex 2
Current NAND 25nm IMFT MLC 25nm IMFT MLC 25nm IMFT MLC 25nm IMFT MLC
Capacities 128, 256, 512GB 60, 90, 120, 240, 480GB 128, 256, 512GB, 1TB 60, 120, 240GB
Controller Indilinx Everest 2 SF-2281 Indilinx Everest SF-1221
Max Seq Read 535 MB/s 550 MB/s 480 MB/s 285 MB/s
Max Seq Write 475 MB/s 500 MB/s 330 MB/s 275 MB/s
Max Random Read 95K IOPS 60K IOPS 26K IOPS -
Max Random Write 85K IOPS 85K IOPS 35K IOPS 50K IOPS
AES-256 Encryption Yes Yes Yes No

Regardless of the nature of the data (compressible or incompressible), the Everest 2 powered Vertex 4 promises better random write performance than any other consumer SSD on the market today. And it delivers:

Desktop Iometer - 4KB Random Write (4K Aligned) - 8GB LBA Space

Random write speed is nothing short of incredible. OCZ is able to equal SandForce's write speed on highly compressible data without resorting to any sort of data compression. This is a purely algorithmic advantage. While the original Everest was a work in progress by the time OCZ acquired the company, Everest 2 is the first Indilinx project OCZ had complete control over. Apparently OCZ's CEO, Ryan Petersen had a lot of his own input built into this design.

OCZ Vertex 4 Lineup
  512GB 256GB 128GB
NAND Configuration 16 x 32GB 25nm Intel sync NAND 16 x 16GB 25nm Intel sync NAND 8 x 16GB 25nm Intel sync NAND
DRAM 2 x 512MB DDR3-800 2 x 512MB DDR3-800*
2 x 512MB DDR3-800*
Controller Indilinx Everest 2 Indilinx Everest 2 Indilinx Everest 2
Max Seq Read 535 MB/s 535 MB/s 535 MB/s
Max Seq Write 475 MB/s 380 MB/s 200 MB/s
Max Random Read 95K IOPS 90K IOPS 90K IOPS
Max Random Write 85K IOPS 85K IOPS 85K IOPS
MSRP $699 $349 $179
*Only 512MB of DDR3 will be used, future versions will ship with 2 x 256MB devices

The Vertex 4 will be available in three capacities initially – 128GB, 256GB and 512GB, with a 1TB version following. Drives should be available today but in very limited quantities, and likely only 128GB capacities at the start. MSRP is fairly competitive with other 6Gbps drives on the market today:

SSD Pricing Comparison
  128GB 256GB 512GB
Crucial m4 $154.99 $299.99 $549.99
Intel SSD 520 $184.99 $344.99 $799.99
Samsung SSD 830 $174.99 $299.99 $779.99
OCZ Octane $199.99 $339.99 $849.99
OCZ Vertex 3 $199.99 $339.99 $1199.99
OCZ Vertex 4 $179 MSRP $349 MSRP $699 MSRP
Inside the Vertex 4
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  • ViviTheMage - Wednesday, April 04, 2012 - link

    There are plenty of lower pwer SSD's that have similiar tasty iops, so you won't be disappointed...the falvouring is a little different, but you will still enjoy it. Reply
  • ckryan - Wednesday, April 04, 2012 - link

    I very much expect the next generation of Marvell drives to look similar in some respects to the V4.

    I applaud OCZ for doing things differently, but they're probably just trying to beat the next wave of Marvell powered drives to market, not making up for SFs immediate deficiencies.
    Reply
  • ViviTheMage - Wednesday, April 04, 2012 - link

    Do you think Marvell can release a drive with as many delicious iops? Reply
  • Kristian Vättö - Wednesday, April 04, 2012 - link

    Not Marvell, because they only make controllers ;-)

    Plextor M3 Pro is already providing up to 75K/69K IOPS (read/write). Marvell released a new controller a couple of weeks ago and at least according to the press release, random speeds should be substantially improved with a great firmware. How fast is still a question but I wouldn't be surprised to see figures similar to Indilinx 2.

    And as a side note, Plextor M3 review should be up later today or tomorrow as well :-)
    Reply
  • ckryan - Wednesday, April 04, 2012 - link

    The M3P is fantastic. It's like the V4 without the compromise. Plus, I'd take better low QD performance any day of the week over high QD performance. The M3P is a lot more balanced.

    Plus, yeah, the 830 is awesome too, but it doesn't really cater to the super high 4Krw crowd. I feel like OCZ just needed to get this drive out before then next wave of similar drives hit, and will later tweak the FW to better accommodate desktop workloads.

    But it does accomplish one thing -- whatever FW/FTL they strapped on that drive doesn't look like anything else at the moment. It's certainly easy to see in an ocean of charts.

    I think OCZ just mainly wanted to reverse their years of SF marketing practice with the V4 -- Latency is now important. Compressible data is out. They just had to wait until they had a product that could match the paper specs of the 2281. Ironically, I'd take it over a V3 any day of the week, but the 2281 is still better with most workloads.
    Reply
  • etamin - Wednesday, April 04, 2012 - link

    Perhaps the V4 may turn out to be a more economical choice though because it is entirely developed in house. Reply
  • jwilliams4200 - Thursday, April 05, 2012 - link

    LOL. Except for the rebadged Marvell controller and the flash memory, yeah, entirely in house. Reply
  • rw1986 - Friday, April 06, 2012 - link

    rebadged MRVL controller?? can u elaborate Reply
  • jwilliams4200 - Friday, April 06, 2012 - link

    Did you ever wonder why Indilinx took so long to come out with a 2nd gen controller after their first was so popular?

    Well, they didn't. Not really. OCZ does not want you to know that they have a relationship with Marvell, and their new controller is basically a Marvell 88SS9187. It would be hard to justify the shareholder money OCZ spent on acquiring Indilinx if the truth were known.

    If you have any doubts, look at the press release from Marvell press release bullet points and compare them to the features OCZ is touting in the Vertex 4. They are identical.

    http://www.marvell.com/company/news/pressDetail.do...
    Reply
  • rw1986 - Friday, April 06, 2012 - link

    This seems very speculative. OCZ has admitted collaboration with Marvell (for example on their new Kilimanjaro platform for the Z-Drive R5 PCIe SSD).

    here is the link to the OCZ Everest 2 announcement: http://www.ocztechnology.com/aboutocz/press/2012/4...

    In the announcement, OCZ makes some specific claims surrounding Everest 2 -- for example:

    "the Everest 2 SSD controller reduces latency to 0.043ms for read operations and 0.026ms for write operations, yielding an improvement of approximately 80 percent over the previous Everest SSD controller generation"

    "The advanced, multi-level BCH ECC engine with progressive error correction adapts to the specific error characteristics of different NAND devices. The programmable ECC engine achieves an effective correction power of up to 128 bits per 1KB of data while significantly reducing the uncorrectable bit error rate (UBER)."

    The Marvell sheet emphasizes some similar things (high performance, error correction technology) but these are more general claims than what OCZ has listed in their Everest 2 spec sheet.

    Is the foundation of your assumption that Everest 2 is just the 88SS9187 that the spec sheets sound similar? That does not seem conclusive to put it generously
    Reply

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