Network
Redundancy
We use intelligent
end-user routing
software called
Border Gateway
Protocol (BGP)
between there
OC-3's. BGP
identifies which
path is the most
efficient for each
data packet and then
routes the packet to
its destination on
the fastest path.
This increases the
speed at which web
pages sent from our
NOC arrive at their
destination.
Studies have shown
that the most common
reason for downtime
is circuit failure
on Tier 1 provider
backbones, the major
data highways. To
guard against this
potential problem,
we have two Tier-1
providers. If one
experiences
problems, we can
route traffic down
another one.
Furthermore, because
we are OnNet with
Level(3) and Qwest,
we share their
digital distribution
architecture, which
includes private
peering network
connections to major
Internet carriers
such as MCI, Sprint,
UUNET, EUNET, AT&T,
AOL, Best, Erols,
@Home, IBM Advantis
and others. These
private peering
arrangements allow
CompuNetPlus to
quickly and
efficiently exchange
packets of data with
every major backbone
carrier in a
one-to-one
environment.
Network
Reliability
Industry analysis
reveals that 70% of
downtime of over 10
hours with any ISP
is caused by
telephone circuit
failure. With
ComuNetPlus, circuit
failure is virtually
eliminated as we are
with Level(3) and
Qwest.
CompuNetPlus's
providers also have
peering connections
with other major
Tier 1 providers
that allow traffic
to be switched to
alternate backbones
should the need
arise.
CompuNetPlus
recognizes that
downtime is not an
option for your
servers. That's why
we invest heavily in
hardware and
facilities that
ensure that your
clients are up and
running on the web
24 hours a day,
seven days a week.
CompuNetPlus's
Network Operations
Center (NOC)
features raised
flooring. This
enables a constant
flow of conditioned
air and helps to
maintain uniform
room temperature at
all times. In
addition, raised
flooring reduces
static and ensures a
professional,
computer-grade
environment for your
servers.
Finally, the NOC is
located in a secure,
monitored, class A
building with a
minimum number of
approved personnel
allowed access to
highly sensitive
areas and equipment.
A detailed record of
employee and visitor
entry is maintained
at all times.
Uninterruptible
Power System
To guard against
local power
failures,
CompuNetPlus has two
industrial-grade,
three-phase Liebert
UPS systems. These
act as back-up
batteries,
maintaining
uninterrupted power
in case of surges or
power outages. With
these back-up
systems in place, we
can keep our network
up and running
indefinitely without
relying on external
power.
Industrial-Grade
Air Conditioners
CompuNetPlus's NOC
has two Liebert 10
ton industrial air
conditioners that
condition our
computer rooms and
operations center.
Air temperature is
maintained at an
optimal 65 degrees
Fahrenheit.
Custom Web
Servers
CompuNetPlus's web
servers are
custom-built
industrial machines
designed for a 24/7
web serving
environment. All
CompuNetPlus servers
are equipped with
dual-redundant,
400-watt power
supplies, hot swap
Seagate Baracuda/Cheetah
drives and
force-filtered
cooling systems. In
addition, our NOC is
equipped with an
inventory of
identically
configured,
burned-in standby
servers.
Force Filtered
Cooling
All of
CompuNetPlus's
custom web servers
are equipped with a
positive-pressure
filtered-air system.
Four large fans pull
filtered air into
each server's
protective case, and
the components
within are cooled by
fans that circulate
this purified air.
This constant
introduction of
clean air into the
case creates a
positive pressure
environment ensuring
that dust and
particles remain
outside the server.
Redundant Hot
Swap Power Supplies
Each server employs
dual-redundant hot
swap power supplies.
If a power supply
were to fail, the
server would
continue running
with power from the
alternate supply.
Meanwhile, alarms
would alert a
technician, who
would quickly
restore redundancy.
In the meantime,
servers and client
sites would
experience no
downtime.
Standby Servers
We keep spare
servers online of
all CPU
configurations. If a
server were to
experience a
hardware failure, we
would turn a key,
grab the handle on
the drive, pull it
out and insert it
into an identical
standby CPU. We
would then reboot
the second machine,
and the server would
be up and running
again in a matter of
minutes. |