The HP ProLiant ML350 G4p Storage Server is a
powerful NAS solution that has been designed for
small to medium business (SMB) or remote offices
deploying file, print, and/or an Exchange. The versatile
design supports SCSI-based models, providing both
high performance and high reliability. Options include
a second processor and redundant power and cooling.
The ML350 G4p Storage Server can provide up to
1.8 TB of storage. The unit comes preconfigured with
the Microsoft Windows Storage Server 2003.
The ML 350 G4p includes Integrated Lights Out (iLO)
and remote management capabilities in all models.
Features and benefits
•
Change without chaos
—Versatile SCSI-based models
allow a choice of storage solutions to meet both
performance and budget requirements. The SCSI-
based models offer high performance, high capacity
and high reliability.
•
Growth without limits
—Single/Dual Intel
®
Xeon
®
3.0
or 3.2 GHz/800MHz front side bus (FSB) with 2 MB
L2 cache processors provides rock solid performance
at an affordable price; dual processor upgrades
support additional users and boost response times.
•
Integrated Lights Out standard
—Remote management
of your ML350 G4p Storage Server from anywhere,
anytime.
•
Windows Storage Server 2003 operating system
with Storage Resource Manager and Services for
UNIX
®
—Pre-installed OS allows for quick and easy
deployment, multiple file protocols, full Windows
integration with Active Directory, built-in “Snapshot”
capability with Virtual Shadow Copy Service (VSS),
quotas and file screening, and additional storage
reporting capabilities are included.
The HP ProLiant ML350 G4p Storage Server is a tower
Storage Server designed for the SMB market and fits
between the ML110 G2 and ML370 G4 Storage Server
products. The ML350 G4p is a very versatile Storage Server
with high performance, high capacity SCSI-based models.
The ML350 G4p Storage Server now includes Integrated
Light Outs (iLO) with an Advanced License pack allowing
remote management anywhere, anytime.
HP ProLiant ML350 G4p
Storage Server
