This month:Buffalo TeraStation Pro II Rackmount 4TB, D-Link DGS-1016D 16-Port Gigabit Rackmount Switch, Intel D5400XS Extreme Desktop Board, Tripp Lite PDUMH15ATNET Power Distribution Unit, AMD FireGL V7600 Workstation Graphics Card, Wasp WWS500 Cordless Barcode Scanner, and more.
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BUFFALO
TeraStation Pro II
Rackmount 4TB: $2,299
www.buffalotech.com
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IF THERE ARE TWO COMPUTERS OR MORE IN AN OFFICE, CENTRALIZING THE data from each makes that information easier to manage and protect. The type of
network storage you sell will depend on the size of your customer’s business and
the type of information with which he’s working. If it’s all about serving up and
saving fi les across network computers, consider Buffalo’s TeraStation Pro II.
The highest-end TeraStation Pro II—a 4TB rackmount box—is the best bet in
situations that demand lots of capacity. The 2U chassis is laced with a removable
front bezel and an LCD front panel display that conveys status information. Four
fi xed hard drives deliver the system’s 4TB capacity and support for RAID 0, 1, 5,
10, and JBOD modes, while Gigabit Ethernet connects the TeraStation to your customer’s
network. Built-in FTP server software and Memeo’s Autobackup software
add to the NAS appliance’s value.
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D-LINK
DGS-1016D 16-Port Gigabit
Rackmount Switch: $1,200
www.dlink.com
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A SWITCH ON ITS OWN IS NOT PARTICULARLY NEWSWORTHY for SMBs. But D-Link’s DGS-1016D makes things a bit more interesting by offering a solid entry
point into high-speed networking with 16 ports of gigabit connectivity at a sub-
$300 price point. And D-Link has another twist to add to the switch story that
may turn the heads of environmentally conscious SMBs faster than a reduction in
cost-per-port.
The DGS-1016D just picked up “Green Ethernet” status, enabled through two
feature tweaks. First, if there is no cable plugged into one of the switch’s ports,
that port is put to sleep, saving energy. Ports with cables attached detect the length
of the run and adjust power usage accordingly. The only ports running full power
would be those measuring 100m.
In order to illustrate the switch’s potential savings, D-Link ran numbers and found
that when connected devices are powered down, the DGS-1016D can increase
power savings by up to 40 percent.
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INTEL
D5400XS Extreme Desktop
Board: $559
www.intel.com
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HISTORICALLY, INTEL HAS BEEN extremely cautious in its approach to
enthusiast platforms. Slowly but surely,
though, the company has come to be
known as a provider of stable solutions
able to encode video, render 3D projects,
and multitask faster than anyone
else out there. Intel’s D5400XS motherboard
is the culmination of those
efforts, aimed squarely at the desktop
enthusiast. We think this board makes
a great workstation play, too.
The D5400XS sports two processor
sockets and the 5400 chipset. Four
FB-DIMM memory slots take up to
8GB of memory, while onboard Gigabit
Ethernet, SATA with RAID support,
and HD Audio deliver the integrated
extras expected from Intel.
Intel’s real ace here is support for
two quad-core Core 2 Extreme chips
in LGA775 trim and LGA771 Xeon
processors. Don’t forget the board’s
four PCI Express slots either, which enable
AMD’s CrossFire technology and,
for the fi rst time, NVIDIA’s SLI.
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TRIPP LITE
PDUMH15ATNET Power Distribution Unit: $869
www.tripplite.com
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AS A VAR DEPLOYING RACKMOUNT SERVERS, YOU FACE SEVERAL challenges beyond simply building the systems. There’s the issue of getting power
from the wall to rack. Then you have to get power from the rack to every installed
device. Once you’ve accomplished that fi rst step, the second is solved by installing
a power distribution unit inside the rack.
At its simplest, a PDU is a datacenter power strip. But higher-end models, like
Tripp Lite’s PDUMH15ATNET, add more advanced functionality to the device’s
spec sheet. For example, Tripp Lite’s 1U rackmount PDU features a digital display
that measures power consumption in amps, so you can be sure you aren’t trying
to pull more current than the wall can deliver. An integrated transfer switch lets
the PDU operate from a backup power input should the primary input fail. A sequential
power-up sequence prevents a power inrush from affecting equipment
on startup.
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