Switch Huawei CloudEngine CE9860-4C-EI
Huawei CloudEngine CE9860-4C-EI AC: 4 kV common mode / 2.5 kV differential mode; DC: 4 kV common mode / 2 kV differential mode
Switches CloudEngine series 9800 Huawei is high -yielding, high -quality, reliable and stable ethernet -aggregate 100G. They are used for networks of data centers with 100Ge high density ports and low delay.
Switches compatible with a number of other line models CloudEngine (CE 16800, 12800, 8800, 6800 and 5800). The hardware devices of the series CloudEngine 9800 Can be used to construct an elastic, virtualized, high quality structure that will strictly meet the stringent requirements of cloud computing and data processing centers.
Switches work on the base of a hardware structure that provides high density ports 100 GE/40 GE To maintain diverse functions of the Data Center and can function as a core switches or aggregation in the data centers of data processing centers.
Specifications of the switch Huawei CloudEngine CE9860-4C-EI:
| Parameter | Specification |
|---|---|
| Model | Huawei CloudEngine CE9860-4C-EI |
| Chassis / Slots | 4 sub-card slots |
| CPU | 2.2 GHz, 4 cores, 8 threads |
| DRAM Memory | 16 GB |
| NOR Flash | Two × 32 MB |
| SSD Flash | 64 GB |
| Dimensions (H × W × D) | 175.0 mm × 442.0 mm × 765.0 mm (4U) |
| Weight (full configuration: four power modules + five fan modules + heaviest cards) | 46.2 kg |
| Operating Temperature | 0 °C to 40 °C (at altitude 0-1800 m) |
| Storage Temperature | –40 °C to +70 °C |
| Relative Humidity | 5% to 95% non-condensing |
| Altitude for Operation | Up to 5000 m |
| Noise (Back-to-Front airflow, at 27 °C) | < 66 dBA |
| Power Source Types Supported | AC & High-voltage DC |
| AC input: Rated voltage range | 100 V AC to 240 V AC, 50/60 Hz |
| AC input: Maximum voltage range | 90 V AC to 290 V AC, 45 Hz to 65 Hz |
| DC input (high-voltage) Rated | ~240 V DC |
| DC input (high-voltage) Range | ~190 V DC to 290 V DC |
| Power Module | 1200 W AC & 240 V DC power module (PAC1K2S12 series) |
| Rated Input Current (for 1200 W AC & 240 V DC module) | 10 A (100-130 V AC) / 8 A (200-240 V AC / 240 V DC) |
| Maximum Power Consumption | • With four CE98-D32CQ cards: ~1627 W • With four CE98-D8DQ cards: ~1717 W |
| Typical Power Consumption | • With four CE98-D32CQ cards (50% throughput): ~1231 W • With four CE98-D8DQ cards (50% throughput): ~1289 W |
| Static Power Consumption | • With four CE98-D32CQ cards: ~377 W • With four CE98-D8DQ cards: ~548 W |
| Heat Dissipation (Maximum) | • With four CE98-D32CQ cards: ~5553 BTU/h • With four CE98-D8DQ cards: ~5861 BTU/h |
| Heat Dissipation (Typical) | • With four CE98-D32CQ cards: ~4202 BTU/h • With four CE98-D8DQ cards: ~4400 BTU/h |
| Heat Dissipation (Static) | • With four CE98-D32CQ cards: ~1505 BTU/h • With four CE98-D8DQ cards: ~1871 BTU/h |
| Surge Protection (PAC1K2S12-B series power module) | AC: 4 kV common mode / 2.5 kV differential mode; DC: 4 kV common mode / 2 kV differential mode |
| Surge Protection (PAC1K2S12-CB series power module) | AC: 6 kV common mode / 6 kV differential mode; DC: 4 kV common mode / 2 kV differential mode |
| Airflow / Cooling | Air cooling; back-to-front airflow (ports intake, exhaust via power supply side) |
| Fan Redundancy | 5 fan modules, working in 4+1 backup mode when temperature < 35 °C |
| Power Module Redundancy | 2+2 backup mode for power modules |
| MTBF (Mean Time Between Failures) | 21.91 years |
| Availability | ≈ 0.9999934738 |
| condition | new |
|---|
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