HP Aruba 6400 Series

Table 13: Component power usage
SKU 6400 Component Power per
component
R0X38A Aruba 6400 48p 1G PoE CLS 4 Mod 113W
R0X39A
Aruba 6400 48p 1G PoE CLS 4 & 4SFP56 Mod 121W
R0X40A
Aruba 6400 48p 1G PoE CLS 6 & 4SFP56 Mod 121W
R0X41A
Aruba 6400 48p SR PoE CLS 6 & 4SFP56 Mod 249W
R0X42A
Aruba 6400 24p SR & 4p SFP56 Mod 156W
R0X43A
Aruba 6400 24p SFP+ & 4p SFP56 Mod 240W
R0X44A
Aruba 6400 48p 10G/25G SFP28 Mod 408W
R0X45A
Aruba 6400 12p 40G/100G QSFP28 Mod 338W
Table 14: Available power from PSUs installed
Number
of PSUs
3000W PSU (R0X36A)
@ 200-240 VAC
1
3000W PSU (R0X36A)
@ 110 - 127 VAC
1800W PSU (R0X35A)
@ 200-240 VAC
1800W PSU (R0X35A)
@ 110-127 VAC
1 3000W 1500W 1800W 1100W
2 5940W 2970W 3564W 2178W
3 8880W 4440W 5328W 3256W
4 11820W 5910W 7092 4334W
1
Power is reduced to 2950 at 200VAC nominal. This primarily applies to Japan, as they are the only country with a 200VAC
high line. However, the power drop can also occur in other electrical environments where the high line power drops to
200VAC for any reason.
NOTE: Power consumption numbers reect worst case conditions under maximum trac
loading. In practice actual power consumption is typically less than these limits.
These power consumption limits are used by the management software to determine how much power to
allocate for each module. If there is not enough available power for all line cards installed, the management
software may not power all cards to stay below the available power.
Power available for PoE: Excess power available from the power supplies beyond the total system and line
module allocation is available for PoE powered devices sourced by the line modules.
Redundancy: If power supply or AC grid redundancy is required, add additional power supplies to the
system.
Example using an Aruba 6405:
• Installed components:
Chapter 11 Specications 95