MIT Research Pushes Latency Limits with Distributed Flash
We are hitting the limits of what can be crammed into DRAM in a number of application areas. …
We are hitting the limits of what can be crammed into DRAM in a number of application areas. …
The Open Compute Project started by Facebook nearly five years ago is in many respects a tier one server maker a tier one server maker that just so happens to have multiple manufacturers etching motherboards and bending metal instead of one. …
This being leap year day, storage juggernaut EMC is having fun with puns about quantum leaps and frogs as it launches its much-anticipated DSSD all-flash arrays aimed at extreme I/O performance. …
If you want to know just how far the performance of an all-flash array can be pushed, you need look no further than the DSSD D5 array that, after years of development and mystery, is being launched by storage juggernaut EMC today. …
If disk drives were not so inexpensive and capacious, companies would have stopped using them for persistent storage as soon as flash drives became reliable enough for an enterprise duty cycle. …
It has been roughly a year and a half since Hewlett Packard Enterprise first announced its intent to create a completely different kind of a system. …
For most applications running in the datacenter, a clever distributed processing model or high availability clustering are enough to ensure that transaction processing or pushing data into a storage server will continue even if there is an error. …
Hyperscalers like Apple and Facebook helped flash vendors like Fusion-io, now part of SanDisk, get off the ground in such a big way that they could then attack the broader enterprise market. …
The very first disk drive in the world was a vertical rotating drum coated with magnetic material called the IBM 305 RAMAC, which still used vacuum tubes as its compute elements and weighed about a ton. …
Flash memory has proven to be the most disruptive storage technology of the past few years. …
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