F5 VIPRION 4800 Series, Platform Manual, Page: 82 / 110

Minimum
number of
power
supplies
installed, no
redundancy Maximum
system heat,
including power
supply losses
(BTU/hr) Typical system
heat, including
power supply
losses (BTU/hr) Maximum
system
power draw
(W)
4
Typical
system
power draw
(W)
3
Blade
quantity
and type
2 18055 15560 4920 4240 8 x B4300
1 4680 4370 1275 1190 1 x B4340N
1 6425 5800 1750 1580 2 x B4340N
1 8165 7230 2225 1970 3 x B4340N
2 9910 8660 2700 2360 4 x B4340N
2 11650 10090 3175 2750 5 x B4340N
2 13395 11525 3650 3140 6 x B4340N
2 15135 12955 4125 3530 7 x B4340N
2 16880 14385 4600 3920 8 x B4340N
2 4950 4095 1450 1200 1 x B4450
2 6910 5580 2025 1635 2 x B4450
2 8875 7065 2600 2070 3 x B4450
4 10835 8550 3175 2505 4 x B4450
4 12795 10035 3750 2940 5 x B4450
4 14760 11520 4325 3375 6 x B4450
4 16720 13000 4900 3810 7 x B4450
4 18685 14485 5475 4245 8 x B4450
NEBS-compliant VIPRION system configurations
This table lists available Network Equipment-Building System (NEBS)-compliant VIPRION
®
system
configurations.
For a system to be completely NEBS-compliant, you must use a NEBS-compliant DC-powered chassis and
blades.
C4800 chassis C4480 chassis C4400 chassis Blade type
x B4100N
x x B4200N
x x B4340N
x x B4450
4
At 100% load and a temperature of 40°C.
3
At 50% load and a temperature of 25°C.
82
Platform Specifications