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Seagate is the worldwide leader in the design, manufacture and
marketing of hard disk
drives, providing products
for a wide-range of applications, including Enterprise, Desktop, Mobile
Computing, Consumer Electronics and Branded Solutions. Seagate's business model
leverages technology leadership and world-class manufacturing to deliver
industry-leading innovation and quality to its global customers, with the goal
of being the low cost producer in all markets in which it participates. The
company is committed to providing award-winning products, customer support and
reliability to meet the world's growing demand for information storage. Seagate
can be found around the globe and at www.seagate.com. |
| see also:-
Seagate
- editor mentions on STORAGEsearch |
- editor's comments:- January 2010 Seagate hasn't been
involved in the SSD market
long enough yet to earn any positive mentions in the 30 Years of SSD
Market History.
Here are some recent Seagate SSD
milestones.
In December 2009 -
Seagate entered the SSD
market and announced details of its
Pulsar SSD
- a 2.5" SATA SLC SSD with 200GB capacity.
Sequential R/W rate
is upto 240MB/s and 220MB/s respectively, R/W IOPS are 30,000 and 25,000
respectively. Aimed at the server market the BER is quoted as 1 sector per
10E16. Seagate says it has been sampling the new drive - its 1st SSD - since
September 2009.
Editor's comments:- the remarkable thing about
Seagate's 1st SSD is that it took the company so many years to enter the market.
Technically - it's unremarkable.
Will it succeed in the market? In my
view it would be unrealistic to assume that Seagate's long running dominance
in the hard disk market
will translate to dominance in SSDs too - because nearly all its potential oem
customers have already been evaluating or using SSDs from other sources for
upto 4 years.
And
even if Seagate's new product succeeds in filling holes in design slots in
2010 - its oem customers can always replace this product with their own designs
leveraging the merchant market for
SSD controllers & IP.
To succeed in the SSD market - Seagate will have to demonstrateunique
mastery in some aspect of SSD technology which customers value. The most
attractive area will probably be in the area of
reliability.
In
recent quarters we've seen a spate of
flaky SSDs get to
market. This tendency will rise in 2010 as many storage oems - racing to join
the SSD market bubble
- decide that shipping untried products is a lower risk to their businesses
than losing out on customer mind share. Each bad news story helps companies who
have a clean reputation. But as a newcomer to the SSD market Seagate may have
to wait years to establish its own reputation.
It's tempting to
compare Seagate's entry to the SSD market with
Western Digital. But
the 2 cases are completely different. When WD acquired
SiliconSystems
in March 2009 - it got a business which had started marketing SSDs in August
2004. That gives WD's product marketers 5 years of market experience they can
talk to customers about - compared to 3 months for Seagate. Nevertheless - being
late is better than never.
In January 2010 -
LSI and
Seagate
announced
they have collaborated on designing
PCIe SSDs for the
enterprise accelerator market which will sample in Q2 2010. |
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| There
are
hundreds
of articles about SSDs on StorageSearch.com |
Here, below, are some
examples.
- RAM Cache
Ratios in flash SSDs - it's important to know the underlying RAM cache
architecture - even if you're happy with the R/W and IOPS performance.
- 2010 - 1st Fizz
in the SSD Bubble? - even the dogs in the street know this is going to be a
multibillion dollar market. Greed will play as big a part as technology in
shaping the
SSD year ahead.
- the pros and cons of
using SSD ASAPs - auto tuning SSD appliances are a new category of SSD
which entered the market in the 2nd half of 2009 to accelerate servers without
needing human tune-ups. How can you tell if they are right for you? And how
well do they work?
- the Problem
with Write IOPS - in flash SSDs - long established as a useful performance
modeling metric - this article explains why some specs are exaggerated when
applied to flash SSDs - or predict the wrong results for many common
applications.
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