If you had asked me back in 2008 who I thought would be leading the SSD industry in 2013 I would’ve said Intel, Western Digital and Seagate. Intel because of its commanding early lead in the market, and WD/Seagate because as the leaders in hard drives they couldn’t afford to be absent from the long term transition to SSDs. The days of having to explain why SSDs are better than mechanical drives are thankfully well behind us, now it’s just a question of predicting the inevitable. I figured that the hard drive vendors would see the same future and quickly try to establish a foothold in the SSD market. It turns out I’m really bad at predicting things.

Like most converging markets (in this case, storage + NAND), the SSD industry hasn’t been dominated by players in the market that came before it. Instead, SSDs attracted newcomers to the client/enterprise storage business. Not unlike DRAM, owning a NAND foundry has its benefits when building a profitable SSD business. It’s no surprise that Intel, Micron and Samsung are some of the more frequently discussed SSD vendors - all of them own (either partially or fully) NAND foundries.

Whether or not ownership in a foundry will be a requirement for building a sustainable SSD business is still unclear, but until that question gets answered there’s room for everyone to play in the quickly growing SSD market. This year, Seagate re-enters the SSD market with a serious portfolio. Today it not only announces two 2.5” SATA drives, including its first client-focused SSD, but also a 2.5” SAS product and a PCIe SSD solution.

The products that we’re focusing on today are the two 2.5” SATA drives: Seagate’s 600 and 600 Pro.


The 600 and 600 Pro are both based on Link A Media Device’s LM87800 controller. The LAMD controller is the same as the one used in Corsair’s Neutron and Neutron GTX. Previous Seagate SSDs actually used a two-chip solution, with Seagate’s custom silicon controlling the host interface while Link A Media provided a NAND interface chip. The LM87800 is apparently a single chip integration of the earlier Seagate designs. The controller uses the drive chassis for cooling, with a thermal pad acting as an interface layer.

The firmware on the 600/600 Pro is unique to Seagate. It’s unclear whether or not Seagate has access to firmware source, but the solution is definitely custom (as you’ll see from the performance/consistency results). The LM87800 doesn't use any data de-duplication/compression and allegedly uses a DSP-like architecture.

The controller is paired with two DDR2-800 devices, with roughly 1MB of DRAM per GB of NAND storage. The high ratio of DRAM to NAND is common in drives with flat indirection tablets as we’ve come to notice. It’s a more costly (and potentially more power hungry) design decision, but one that can have tangible benefits as far as performance consistency is concerned.

Seagate 600 NAND/DRAM Configuration
  # of NAND Packages # of Die per Package Total NAND on-board DRAM
480GB 8 8 512GB 512MB
240GB 8 4 256GB 256MB
120GB 8 2 128GB 128MB

The LM87800 controller is a bit dated by modern standards, especially if we look at what is possible with Crucial’s M500. There’s no hardware encryption support and obviously no eDrive certification. Despite launching in 2013, the 600/600 Pro feature a controller that is distinctly 2012. Admittedly, that seems to be the case with most SSD makers these days. Everyone seems to be waiting for the transition to SATA Express before launching truly new controller designs.

Seagate has deals in place to secure NAND supply from both Samsung and Toshiba, although all of the 600 series will show up with 19nm Toshiba 2-bit-per-cell MLC NAND. The LM87800 controller features 8 NAND channels, and can access even more NAND die in parallel through interleaving.


The Seagate 600 & 600 Pro


View All Comments

  • JDG1980 - Tuesday, May 7, 2013 - link

    Personally, I'd be reluctant to go with any brand except Intel and Samsung for SSDs. There have just been too many issues with the other vendors. Maybe Crucial's Marvell-based products, but absolutely not anything based on SandForce - they seem to have more reliability problems than all the other controllers put together. Reply
  • Kristian Vättö - Tuesday, May 7, 2013 - link

    Well, Intel's current consumer-grade SSDs are all based on SandForce. In the beginning SandForce definitely had a ton of issues but keep in mind that the SF-2281 is a two-year-old controller - a lot has happened in that time.

    Then again, I agree that going with something non-SF is better choice because the pricing of SF SSDs isn't exceptionally good (e.g. Samsung SSD 840 is often the cheapest choice). I wouldn't rule out Plextor from the list of good candidates though.
  • DanNeely - Tuesday, May 7, 2013 - link

    Assuming no problems turn up in the next few months I'm probably going to buy a Crucial M500 - 1TB model. I've gone from a $280 120GB SSD to a $330 256GB one and filled both in about 18 months. Skipping the 500GB class entirely should let me go 3 or 4 years before running out of space while also giving enough flash capacity that I can pull my ~200GB of media onto my SSD. As an added bonus this will save ~$100 by allowing me to avoid a precautionary replacement the 5 year old HDD in my system. Overall it's an extra $150 upfront; but will avoid probably spending $300 in 2 years when I'd overflow the smaller SSD and having everything located on a single drive keeps things simpler to admin. Reply
  • Oxford Guy - Wednesday, May 8, 2013 - link

    Not true. If you look at slickdeals you'll see SF drives for the same or less than the TLC 840 drives. Reply
  • Shark321 - Tuesday, May 7, 2013 - link

    The Destroyer rocks! The first really meaningful SSD test for power users! Reply
  • hp79 - Tuesday, May 7, 2013 - link

    For the Seagate 600, did they mistakenly swap the "idle power" usage (1.1W) with the "operating power" usage (0.75W) on the chart? Reply
  • melgross - Tuesday, May 7, 2013 - link

    There's really no need for Seagate and WD to be first, or even early. Right now, HDD's are still the main storage component of the industry. Let them observe the mistakes made by others and come up with better products, as this one seems to be. They've got time. Reply
  • James5mith - Tuesday, May 7, 2013 - link

    I would still love to see either the older "Optimus" series or the latest 2TB SAS series of SSD's from Smart put through the Anandtech wringer to see how they compare. If it's true that the new 2TB SAS drives are going to be $4000, that's $2/GB for enterprise grade MLC SAS ssds. That's something to take notice of. Reply
  • rms - Tuesday, May 7, 2013 - link

    'indirection tablets' this phrase makes no sense to me; a typo? If not, please add an explanatory ellipsis for it! Reply
  • MrSpadge - Tuesday, May 7, 2013 - link

    It should be "tables", not "tablets". Reply

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