AIT Technology
Sony has been
a leading innovator of Tape technology for more than 30 years with the
invention and development of the DDS technology which has been
recognized as a standard solution for backup application.
From our latest innovative product, Sony has once again created a
new tape technology called the Advances Intelligent Tape (AIT) drive.
In the AIT technology, it is based on the 8mm Helical Scan
Technology which utilizes a high performance head and the unique AIT
media. With this unique
combination, the AIT drive is able to deliver the highest possible
performance reliability specification that is unrivalled in the
industry.
Quantum
ESP3013,
ESP3026, ESP3053R-V, ESP5047, and ESP5095
Quantum
Rushmore NTE Series solid State Disks (SSDs), with virtually instant I/O
performance, are the perfect solution for online transaction processing,
scientific modeling, material requirements planning, imaging,
multimedia, video-on-demand, lightening-fast data storage, and more.
The NTE series SSDs let smaller computers handle larger
workloads. They’re ideal
for companies that are moving to PC servers or downsizing computers to
save money.
The NTE
Series SSDs can give your Windows NT and other PC servers a uniquely
powerful competitive advantage. Whether you’re trying to get a high performance server to
market faster, increase the throughput of an existing system, or improve
the moneymaking capability of a transaction processing system, these
SSDs can help you turn I/O into a strategic asset and a competitive
advantage. The NTE Series
SSDs eliminate the latency of disk rotation and read / write head seek,
and deliver more than 5 000 I/Os per second.
With performance like that, these SSDs eliminate bottlenecks and
boost application execution speeds in high-end workstations.
PC Servers, and RAID disk arrays.
Quantum NTE
SSDs install just like hard drives – they’re available in 3.5 –
and 5.25-inch form factors- and can be mirrored and striped and bound in
volumes. Equipped with
SCSI-2 interfaces, the NTE Series SSDs can be used in virtually any
system and application environment without changing applications,
operating systems, or computer operations.
RU3026,
RU3107R-V, RU316OR-V, RU5107, RU5210 and RU5320
Quantum
Rushmore Ultra Series Solid State Disks (SSDs) are the optimum solution
for a growing number of mission-critical applications that demand
lightning fast I/O performance. This
includes everything from ultra-high-volume transaction processing, RAID
subsystems, and data warehousing to video-on-demand and
Internet/Intranet servers.
Previously,
adding system memory was one of the only ways to increase I/O.
But with today’s high-performance applications, adding more
system memory can slow performance by requiring more CPU cycles for
memory allocation and management. By
providing a dedicated storage unit to offload the added I/O demands,
Ultra Series SSDs deliver an optimal solution.
Instead of
storing data on magnetic disks, Ultra Series SSDs use an array of memory
chips. This eliminates the
delays that are an inherent part of hard disks – seek time, latency
and settle time. The result
is access time less than 50 microseconds, up to 9 000 I/os per second,
and external transfer rates in excess of 30 megabytes (MB) per second.
DLT 7000
Quantum DLT
7000 half-inch cartridge tape drives set a new standard in data storage
and retrieval. With a
native transfer rate of 5 megabytes (MB) per second and a native
capacity of 35 gigabytes (GB), the DLT 7000 handles the most demanding
data backup, archiving, and near online storage applications.
Building on the traditional strengths of DLT tape technology, the
DLT 7000 tape drives provide significant performance and capacity
advantages over others in their class.
DLT 4000
Quantum DLT
4000 half-inch cartridge tape drives deliver the reliability and proven
performance needed for heavy duty-cycle applications in mid-range to
high-end computers. Ample storage is provided with a native capacity of 20
gigabytes (GB) and performance is assured with a sustained native
transfer rate of 1.5 megabytes (MB) per second.
