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Part Number | 02356NSB |
Model | CR8PBKPF8DC2 |
Description | NetEngine 8000E F8 Integrated Chassis Components |
First supported version | V800R024C10SPC500 |




Technical Specifications | |
Height[mm] | 575 mm |
Depth[mm] | 482.8 mm |
Wide[mm] | 442 mm |
Chassis height[U] | 13 U |
Weight with packaging[kg(lb)] | 87 kg (191.80 lb) |
Weight without packaging (full configuration)[kg(lb)] | 1.6T/2T bundle: 120.5 kg (265.7 lb) 6.4T bundle: 121.6 kg (268.1 lb) Note:The weight of a device can be estimated based on the board configuration using Info-Finder Hardware Configuration. |
Weight without packaging[kg(lb)] | 55 kg (121.25 lb) |
Weight with packaging (full configuration)[kg(lb)] | 1.6T/2T bundle: 152.8 kg (336.9 lb) 6.4T bundle: 154.2 kg (339.95 lb) |
Typical power consumption (with configuration)[W] | 1.6T/2T bundle: 1680.1 W (configured with eight LPUTs and twenty 10x10GE ports and eight 10xGE ports) 6.4T bundle: 2362 W (configured with SRU 6T4-B and four 8x100GE ports and four 72x10GE ports) Note:The power consumption of a device can be estimated based on the board configuration using Info-Finder Hardware Configuration. |
Maximum power consumption (with configuration)[W] | 1.6T/2T bundle: 2636.4 W (configured with eight LPUTs, twenty 10x10GE subcards, and eight 10xGE subcards) 6.4T bundle: 3502 W (configured with four 8x100GE subcards and four 72x10GE subcards) Note: You can use Info-Finder's Hardware Configuration tool to determine the power consumption of a device according to its board configuration. |
Maximum heat dissipation (with configuration)[BTU/hour] | 1.6T/2T bundle: 6955.3 BTU/hour (configured with eight LPUTs, twenty 10x10GE subcards, and eight 10xGE subcards) 6.4T bundle: 10821 BTU/hour (configured with four 8x100GE subcards and four 72x10GE subcards) Note: You can use Info-Finder's Hardware Configuration tool to determine the heat dissipation of a device according to its board configuration. |
Typical heat dissipation (with configuration)[BTU/hour] | 1.6T/2T bundle: 5262.6 BTU/hour (configured with eight LPUTs and twenty 10x10GE ports and eight 10xGE ports) 6.4T bundle: 7558.1 BTU/hour (configured with four 8x100GE ports and four 72x10GE ports) Note:The heat dissipation of a device can be estimated based on the board configuration using Info-Finder Hardware Configuration. |
Heat dissipation mode | air cooling |
Power supply mode | DC,AC/HVDC |
Input voltage range[V] | DC: –40 V to –72 V AC: 90 V to 290 V HVDC: 190 V to 290 V |
Rated input voltage[V] | DC: –48 V/–60 V AC: 100 V to 130 V dual live wires/200 V to 240 V, 50/60 Hz HVDC: 240 V |
Maximum input current[A] | DC: 63 A/PM AC: 16 A/PM HVDC: 14 A/PM |
Number of slots | 12 |
Number of service board slots | 8 |
Switching capacity[bps,bit/s] | 1.6 bundle: 11.35 Tbit/s 2T bundle: 11.35 Tbit/s 6.4T bundle: 28.86 Tbit/s |
Redundant Switch fabrics | 1:1 |
Redundant fans | Two fan trays are configured by default. The system can work at 40°C (104°F) for a short term when a fan fails. |
Redundant MPUs | 1:1 |
Redundant power supply | DC: [1.6T/2T bundle] 2+1, [6.4T bundle] 2+1 AC: [1.6T/2T bundle] 1+1, [6.4T bundle] 2+2 |
Noise at normal temperature (acoustic power)[dB(A)] | < 78 dB(A) @ 27°C |
Airflow direction | Front-to-back airflow + left-to-back airflow |
Maximum number of power chassis inputs | DC: (2 channels/PM) x 6 PMs = 12 channels AC/HVDC: (1 channel/PM) x 6 PMs = 6 channels |
Maximum input cable size | DC: 25 mm² AC/HVDC: 2.5 mm² |
Front-end circuit breaker/fuse | DC device: 2 x 63 A per PM, 6 PMs, requiring a maximum of 12 x 63 A power inputs; [2T bundle]: 3 PMs, requiring 6 power inputs in total, added as required; [6.4T bundle]: 3 PMs, requiring 6 power inputs in total, added as required; AC/HVDC device: 1 x 16 A per PM for single-input PMs and 2 x 16 A per PM for dual-input PMs, 6 PMs, requiring a maximum of 6 x 16 A or 12 x 16 A power inputs; [2T bundle]: 2 single-input PMs, requiring 2 power inputs, added as required; 2 dual-input PMs, requiring 4 power inputs in total, added as required |
Long-term operating temperature[°C(°F)] | 0°C to 45°C (32°F to 113°F) |
Storage temperature[°C(°F)] | –40°C to +70°C (–40°F to +158°F) |
Restriction on the operating temperature variation rate[°C(°F)] | ≤ 0.5°C/min (32.9°F/min), non-condensing |
Short-term operating temperature[°C(°F)] | –5°C to +55°C (23°F to 131°F) |
Long-term operating relative humidity[RH] | 5% RH to 85% RH, non-condensing |
Storage relative humidity[RH] | 5% RH to 95% RH, non-condensing |
Short-term operating relative humidity[RH] | 5% RH to 95% RH, non-condensing |
Storage altitude[m(ft.)] | < 5000 m (< 16404.2 ft.) |
Long-term operating altitude[m(ft.)] | ≤ 4000 m (13123.36 ft.) (From 1800 m to 4000 m [5905.51 ft. to 13123.36 ft.], the operating temperature of the device decreases by 1°C [1.8°F] for every 220 m [721.78 ft.] increase in altitude.) |
MTBF[year] | 56.82 |
MTTR[hour] | 0.5 |
Availability | 0.999998995 |
MTTR[hour] | 0.5 |
Availability | 0.99999 |
Breakout supported | Yes. Ports 0 to 71 support 4x25G breakout and 4x10G breakout. Among these ports, the 400G ports also support 4x100G breakout (since V800R026C00SPC300). To enable the breakout function on a port, run the port split command. The breakout ports must use breakout optical modules of the corresponding rate. |
Interface rate auto-sensing supported | Yes Port rate adaptation is not supported by 400GE ports (ports 2, 6, 10, 14, 18, 22, 26, 30, 38, 42, 46, 50, 54, 58, 62, and 66), but is supported by 100GE ports. |
Maximum number of 100GE ports | 72 |
Maximum number of 40GE ports | 72 |
Maximum number of physical ports on the entire device | 72 |
Maximum number of 50GE ports | 72 |










