Founded in 2005 and
headquartered in Taipei, Taiwan with engineering support and sales teams in
China, Europe, Japan, and the US - Innodisk is a service driven
provider of flash memory and DRAM products for industrial and enterprise
With satisfied customers across the embedded, aerospace
and defense, cloud storage markets and more, we have set ourselves apart with a
commitment to deliver dependable products and unparalleled service.
has resulted in a diverse range of products from embedded peripherals designed
to supplement existing industrial solutions to high IOPS flash arrays for
industrial and enterprise applications.
Innodisk is set on the path
of being a comprehensive solutions and service provider in the industrial
storage industry. For more information please visit http://www.innodisk.com.
- editor mentions on StorageSearch.com
who's who in SSD? - Innodisk
editor - StorageSearch.com
- June 2014
I had been wanting to learn more about the internal
thinking in Innodisk for some time- as I could see in glimpses of technology
which appeared in their products - that there was evidence of original thinking
there - and significant investment in unique controller IP.
know the details and wanted to learn more.
So I requested an SSD
conversation with Charles
Tsai, Senior Director - Innodisk - and we spoke for about an hour on
topics like new ways to design enterprise flash arrays and about new ways to
make industrial SSDs better which borrow concepts from cloud architecture.
led me to re-evaluate - not only my assessment of the company - but also change
my opinion of what they were doing in the rackmount SSD market too.
had been very dismissive in my comments about - Innodisk's FlexiArray - when
the company launched that product in
November 2013 - as
you can see from my archive comments in the original news story.
that was one of the first things I brought up in my conversation.
can read more about what Charles told me about their enterprise appliance (and
why I changed my mind from a negative to a positive opinion) in the article -
hidden segments in the enterprise for rackmount SSDs
to Innodisk's newest generations of industrial / embedded SSD drives.
company is part of a new set of trendsetters in the SSD market who - learning
from the experience of many customers (and in particular big cloud / web
users) are now starting to partition their flash management functions in a more
powerful and flexible
way - so that the responsibility for some actions is decided at a higher level
in the firmware - rather than simply dumping everything onto the controller
inside the drive - which doesn't have the same visibility of what might be
happening in other SSDs - or upstream in the host requests.
collaborative approach can lead to better efficiency, reliability and
InnoDisk announced the
world's physically smallest SATA SSD - the SATADOM - measuring 39mm by 20.5mm
by 8mm. Capacity ranges from 128MB to 8GB. The SLC flash SSD has a
sustainable read speed of 24MB/sec and write speed of 14MB/sec.
PCIe SSD market with a
new model offering
800MB/s read and
600MB/s write speeds.
It has an internal
RAID allocation function
enabling users to trade between capacity between data protection and
Its Power Guard protection ensures data will be written into flash when
power is interrupted unexpectedly.
Although it sounds remarkably
similar to the type of products that
shipping a year ago - InnoDisk says it's an original design based on their own
firmware and IP
- C.C. Wu -
Director - InnoDisk -
presented a paper -
Comparisons of SLC, MLC and eMLC (pdf) - at the Flash Memory Summit. Wu's
paper - which compares data for several generations and brands of SLC flash -
confirms what some SSD makers had been telling me since the early 2000s (as
reported in my SSD
endurance article) - which is to say that SLC in reality has often been 5x
to 20x better than specified in the chip memory datasheets. The same is
not true for MLC - however - which presents greater risks of data loss when
suddenly turned off - which in turn requires better
architecture to recover and automatcially heal the data.
In March 2013 -
it will ship industrial
SATA SSDs in Q3 using
its iSLCT technology - which repurposes MLC as emulated SLC to get 30k write
from 3k standard cells.
In November 2013 -
InnoDisk entered the
rackmount SSD market
- saying it will demonstrate its
1U and 2U racks later this month at the
SuperComputing 2013 conference.
editor's earlier comments:- March 2013 - having roots in the
low power reliable industrial
SSD market, InnoDisk now offers a wide range of SSDs for these markets:-
military SSDs and
But they are 1 of the first 10 companies in the SSD
market to develop and ship SSDs using
write flash care coupled with DSP - which multiplies the operating life
achievable from flash in SSDs.
Their technique - called
technology is different to other adaptive R/W types in the market insofar as
it sacrifices the potential capacity advantage of MLC over SLC to deliver a
nearly as good as SLC reliability and speed and data retention from MLC over
the industrial temperature range at a lower than SLC cost for the same capacity.
the hidden SSD capacity iceberge.
For competing suppliers see these
directories:- tiny SSDs,
2.5" SSDs, and
10x endurance industrial MLC SSDs|
|Editor:- March 28, 2013 - InnoDisk today
it will ship industrial SATA SSDs using its
technology - in Q3.|
iSLCT repurposes the 4 states of classic
MLC memory into 2 virtual states (with better signal integrity) effectively
emulating SLC in MLC.
This delivers 10x better endurance than MLC
(30K from "3K" MLC), faster write performance (nearly 2x as fast as
MLC and 85% of SLC speed - at competing geometries) and lower cost than using
SLC to achieve the same capacity (in current and projected market conditions).
Editor's comments:- I mentioned this technique several years
ago in a spoof SSD story - but what was once SSD fiction has become market
reality due to the divergent market
prices of different
types of flash memory.
MLC flash lives longer in
my SSD care program
magic makes MLC SSDs last 7x longer than SLC|
|Editor:- September 27, 2011 - InnoDisk has turned
the conventional wisdom about
MLC vs SLC life
on its head in a
about its newest "EverGreen" (industrial SSDs).
The company says that its, MLC based, .EverGreen Plus Series has a
lifespan which is 7x longer than traditional SLC SSDs, and 140x
better than conventional MLC SSDs - due to a combination of features in its SSD
nanoSSD in production|
|Editor:- January 20, 2014 -InnoDisk today
full scale production of its
that conforms to JEDEC's
Innodisk integrates a
flash control chip,
NAND flash, and ball grid array (BGA) package to deliver a nanoSSD that requires
only about 1% of the volume (16mm x 20mm x2mm) of a
nanoSSDs has R/W speeds upto 500MB/s and 170MB/s respectively), high
shock-resistance, quick erase features, and ATA security.
|How adaptive is the SSD
behavior to changes within itself? |
All SSDs rely on processing data
about the quality of the memory as part of their normal data integrity
They wouldn't work without it.
But some companies have SSD IP sets in which knowledge about different
parts of the SSD can be optimized and fed back to control and enhance SSD
functionality over and beyond the standard accepted SSD function block
The degree to which this passing of the intelligence
(regarding the state of past and future anticipatable data flows, priorities
of the application and the flash array's own readiness and healthiness
condition) can impact behavior in other parts of the SSD - is what I call
adaptive intelligence flow symmetry.
|11 Key Symmetries in
InnoDisk survives abnormal power events|
|Editor:- September 18, 2013 - Adding to the
growing body of
SSD data integrity in the event of sudden power loss - InnoDisk today
a new SSD white paper (pdf)
which outlines how its Power Secure Technology copes with abnormal power
failure - including inadvertent disengagement of a live drive.|
|A key assumption in InnoDisk's design is that
some data corruption is inevitable at the point when power is interrupted -
despite the best efforts of the hold up capacitors etc - because other parts of
the system - outside this power protected zone are also disturbed. So their
algorithms - on power up - begin by looking for such errors and data
inconsistencies and proceed to clean up and rebuild the mapping tables. ...read the article (pdf)|
|SSD endurance - the
long for hard drives in an SSD world?
Adaptive R/W and
DSP ECC in flash SSD IP
Efficiency - making the
same SSD - with less chips
how will Memory
Channel SSDs impact PCIe SSDs?
|Every year I learn 2 new
important new ideas about SSDs. But every year I also have to remember to forget
or discard 1 old idea which was vital to know before because it's no longer
useful, valid or true|
lessons from 2013|