|
 :
Have you been on an airplane that left the gate
on-time and subsequently spent 30 minutes waiting to take
off because there were 10 planes in line in front of yours
and only one runway?
 If
you've ever experienced this all-too-common scenario, then
you understand what happens to a server waiting for data
from an ineffective disk subsystem. The people on the plane
are the waiting data, the airplanes are the slow disk
drives, the limited runways are the I/O paths, and the
control tower is the Server. This "waiting" for
Data (slow disk drives) causes the server and database to
wait. Customers are delayed waiting for authentication for a credit card
or phone card. Customers purchasing items online or
viewing a web page wait. Response times slow down,
productivity suffers, profitability is impacted, and
customer satisfaction decreases. What's the solution?
 : Imperial solid
state accelerators (faster airplanes) take off from the runways faster and allow the control tower (server) to
process more data (passengers) in a shorter period of time.
and 
solid state disk accelerators supercharge the
retrieval of frequently accessed information to remove
bottlenecks and effectively improve operations.
SANaccess is the data security feature that provides LUN
security in heterogeneous SANs.
Remote Access Monitor (RAM)
Remote Access Monitor is a powerful SNMP-based toolset
designed for centralized administration of both MegaRam
storage accelerators and the SANaccelerator. Utilized by
organizations requiring remote or lights-out management,
Remote Access Monitor provides up-to-the-minute status and
administration capability.
RAM-2
builds upon this powerful capability by adding a powerful
2-way Web Browser-based communication mechanism to allow for
a menu-based configuration utility to simplifies
administration tasks. An unlimited number of Imperial
devices can be managed from a single interface. RAM-2
also integrates with SANaccess for LUN Security in switch
fabric, heterogeneous server environments.
|
