Examples of using Solid-state drives in English and their translations into Russian
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What sets enterprise solid-state drives apart from client SSDs?
Solid-state drives, on the other hand, have another ace up their sleeve- silence.
If they are, Kingston solid-state drives may be used successfully.
Solid-State Drives are a relatively recent bit of technology aiming to replace HDDs.
Many contemporary drives, especially laptop solid-state drives, are essentially silent.
Kingston's solid-state drives are built using NAND Flash Memory.
The hardware stuffing turns on the modern processor, for storage andinformation processing capacious solid-state drives are provided.
Solid-state drives offer the highest levels of performance with the lowest power consumption.
Some operating systems will defragment automatically, so this feature should be disabled for Kingston solid-state drives.
Kingston solid-state drives are the ideal performance upgrade for consumers and organizations alike.
When that solution failed to produce satisfactory performance, they tested high-performance,PCIe-compatible solid-state drives SSDs.
Kingston solid-state drives can be user-installed in any system that supports the SATA II or III interface.
RSC specialists have solid experience of creating anddeployment of computing clusters with integrated storage systems based on Intel's solid-state drives.
Kingston solid-state drives are OS-independent and will run on any system supporting a standard SATA interface.
Windows To Go has several significant differences compared to a standard installation of Windows 8 on a non-removable storage such as hard disk drives or solid-state drives.
Product labels for SSDNow solid-state drives are designed using both colour-shift and Phantom technologies.
SSD technology offers many advantages over traditional hard drives; no moving parts make solid-state drives more rugged and resistant to shock and vibration.
Kingston solid-state drives will make your system boot quicker, load applications faster and shut down faster.
This SPbPU supercomputer system is based on 60-core Intel Xeon Phi 5120D and Intel Xeon E5-2600 v2 family processors withIntel server boards and Intel SSD DC S3500 solid-state drives for enterprise data centers.
Solid-state drives will not only increase performance but can also be used to breathe new life into older systems.
Causes vary by medium: Solid-state media, such as EPROMs,flash memory and other solid-state drives, store data using electrical charges, which can slowly leak away due to imperfect insulation.
Kingston solid-state drives will make your system more responsive so it boots quicker, loads applications faster and shuts down faster.
The system will be based on Intel server products, including 60-core Intel Xeon Phi 5120D processors and Intel Xeon E5-2600 family processors as well asIntel server boards and Intel SSD DC S3700 solid-state drives for corporate data centers.
Older solid-state drives designed before the addition of the TRIM command to the ATA standard will need firmware updates, otherwise the new command will be ignored.
This paper provides an overview of SDS including its attributes and benefits,discusses SDS-enabling hardware requirements, and the role of"Flash" or solid-state drives(SSD) in accelerating performance and reliability in the SDS environment, among other advantages.
Kingston solid-state drives integrate advanced wear-levelling techniques that incorporate a block picking algorithm capable of extending Flash endurance and optimising drive life.
The hardware component of the X2-2 appliance consisted of: a group of 1-unit Intel Xeon servers, each equipped with two six-core 2.93 GHz processors and two solid-state drives for operating system and swap space; a common storage area network; and a set of InfiniBand and Ethernet switches.
Solid-state drives(SSDs) have become increasingly popular in embedded and purpose-built systems because of their high reliability, high performance and now low price point due to broad-based SSD adoption that has taken place over the past several years.
While solid-state drives(SSDs) are often similar to mechanical Hard Disk Drives(HDDs) in physical dimensions(e.g., height, width and length) and external interface(e.g., SATA or SAS interface), the internal low level operation and components of an SSD differ vastly from the spinning magnetic platter design of an HDD.
Differences between a HDD(Hard Disk Drive) and a SSD(Solid-State Drive) are huge.