Topic: Hard Drives
Dear Leslie,
Excellent examples of situations which will destroy an SSD; shrewd observation too on the fallacy of general human nature! I suppose it will take a little while yet before SSD becomes de facto storage standard for user laptops/desktops.
A more optimistic possibility is that administrators will warn end-users that their data will be completely irrecoverable in the event of failure, prompting everyone to do proper data backups. Just a pipe dream?
Whilst I understand the possible cost savings relating to the use of SSDs I did not expect that to relate to the reliability of the devices.
In my experince I have seen the cost savings realte more to the softer elements in realtion to performance and power consumption. The improved boot up speed and extended battery life deliver greater productivity so for the truly mobile individual the ability to be working quickly and having longer on battry is a real cost benefit. This relates directly to the power consumed during charging so effectivley delivering a better carbon footprint.
If there are real savings in the long run on hard savings as described what do the soft savings also deliver?
The research provided in your article didn't address the cost involved in running different type of business application on a SSD VS HDD. The cost of data loss and recovery is going to be high until the data recovery tools for SSD technology matures.
The cost benefits are already realized in server side for quick data access using SSD in RAID devices to run i/o intensive database and number crunching application. With Virtual desktop infrastructure technology catching up most corporate users will be using their business application via a virtual desktops running on their server.
The cost benefit of using SSD on most of the business notebooks may come from data reuse, because it will be easy to sync data by connecting to corporate networks. Due to security concerns, corporates will enforce all application data to be wiped out from business notebooks at the end of the day or after they unplug from the network. Or only provide application interface to sync up with servers where only limited data will be made available. SSD will turn out to be more cost effective, reliable and safe for such applications.
Imagine using SSD and expanding the current techology used by handheld devices that are currently used by field operators ( like FedEX/UPS, meter readers ). They currently review the data and collect the data and sync it back. Once the data is synced back to main office, the devices is ready for fresh data to be loaded back into the devices for next day
Topic: Solid-State Drives
Solid-state drives are faster, quieter and more robust than traditional drives
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Article: SSDs and Data Management for the New Tier 0
News: Toshiba Aiming for Enterprise with 3.5-Inch Drives
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Hard Drives, Laptops, SMBs
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I really doubt the premise that the author presented. It may be true that SSDs are more reliable then hard disks, but ssd's are mounted on mechanical card(s). Cards can crack if the laptop is dropped or shocked badly. And that data loss using SSDs is total.
Most of the time, data on a laptop is worth many times more then the laptop itself. To suddenly have no recourse to recovery due to a failed SSD is a comparison that should be made against the cost of corporate data recovery. We know that data from a hard drive can be recovered, although at some cost. If a laptop is subject to shock, it is probable that only one track on a platter would be damaged. Compare the recovery of the balance of the hard disk information to the SSD failure when it is corporate data. And yes, because of lower failure rates for SSD's, employees will become sloppy about taking backups. Human nature will prove the author wrong.