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Established in 1991, ATP Electronics, Inc. has always been a
leading flash memory products manufacturer with industry leading design and
production technology. Specializing in highest density and robust IC packaging,
ATP offers a complete line of highly durable and reliable flash digital storage
products. ATP System-In-Package (SIP) Flash card manufacturing process is the
backbone to our superior build quality and durability. The industry leading SIP
process involves advanced wire bonding, stacking, and encapsulation stages which
make ATP products more consistently durable and reliable. The industry leading
manufacturing technology has enabled ATP to be the first to market on flash
products such as the ultra high speed, Class 6 ProMax 4GB SDHC (SD High
Capacity) card. Continuing this trend ATP will soon be the first in the world to
release an 8GB SDHC. The ATP name continues to grow through both retail and OEM
sales channels. With multiple offices in the United States, Asia, and Europe,
ATP offers worldwide support in both engineering and sales. ATP adheres to the
strict ISO9001 QA standards for quality and compatibility. All ATP memory
products are RoHs, CE, and FCC approved.
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| Squeak!
- SSD Myths and Legends - "write endurance" |
| Does the
fatal gene of "write endurance" built into
flash
solid state
disks prevent their deployment in intensive server acceleration
applications - such as RAID
systems? |
It was
certainly true as little as a few years ago.
What's the risk with
today's devices?
This article looks at the current generation of
products and calculates how much (or how little) you should be worried. |
 | |
| RAM based SSDs have been
used alongside RAID for years - but
flash SSDs are
physically smaller and have bigger capacity (160G in 2.5") and are lower
cost than RAM-SSDs and could actually be configured in standard RAID boxes.
F-SSDs aren't as fast as RAM based products but a single flash SSD can deliver
20,000 IOPs - which when scaled up in an array - starts to look interesting.
...read the
article,
storage reliability
solid state disks | |