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Huawei Atn 910c !!exclusive!! Online

Select variations support E1/T1 interfaces to maintain legacy TDM traffic alongside native packet services. Core Technical Features and Capabilities 1. Ultra-High Bandwidth and 5G Ready

The ATN 910C series comes in several hardware variants to meet different density, power, and slot requirements. While specific models (such as the ATN 910C-B, ATN 910C-D, or ATN 910C-F) cater to different port configurations, the series shares a robust foundational specification sheet. Physical Architecture

The ATN 910C is built for high reliability. It features dual power modules with flexible configuration options, supporting AC+DC, dual AC, or dual DC power supplies. For cooling, the device uses three fans to manage heat dissipation. Furthermore, with the use of high-quality industrial components, the ATN 910C can operate in extreme temperatures ranging from –40°C to +65°C (–40°F to +149°F) . This wide temperature range allows for deployment in outdoor cabinets or unventilated indoor spaces without the need for additional climate control.

A notable design feature is the large buffer memory. With a total cache of 740 MB and up to 32 MB per queue , the ATN 910C can effectively handle network traffic bursts. This helps maintain consistent quality of service (QoS) during periods of high congestion, improving user experience and preventing service degradation. huawei atn 910c

| Specification | Details | |---|---| | | 1U fixed box, suitable for 19‑inch or 21‑inch cabinets | | Switching Capacity | 136 Gbit/s (including 10GE/GE/FE/E1 ports) | | Maximum Port Density | Up to 12 × 10GE + 16 × GE/FE ports | | Interface Types | 10GE, GE, FE, E1 | | Buffer Memory | Total 740 MB, with up to 32 MB per queue | | Power Supply Options | AC+DC, dual AC, dual DC | | Cooling | 3 fans; air intake from left, exhaust from right | | Operating Temperature | –40°C to +65°C (–40°F to +149°F) | | Dimensions | Approximately 442 mm × 220 mm × 43.6 mm (1U) | | Weight (fully configured) | Approximately 5 kg |

[ATN910C-Substation1] erps ring 1 [ATN910C-Substation1-erps-ring1] port0 interface gigabitethernet 0/0/1 [ATN910C-Substation1-erps-ring1] port1 interface gigabitethernet 0/0/2 [ATN910C-Substation1-erps-ring1] instance 1 vlan 100 [ATN910C-Substation1-erps-ring1] ring-node-type neighbour (for a non-RPL owner)

Creates virtual end-to-end networks on shared physical infrastructure to guarantee service levels for critical applications. While specific models (such as the ATN 910C-B,

One standout feature is the port density: the ATN 910C offers the highest 10GE density in the industry for a 1U device. This gives network architects the flexibility to consolidate multiple services into a single chassis—reducing both equipment footprint and operational overhead.

: High-precision clock synchronization is essential for 5G; the

Huawei provides several tools to simplify the management of large-scale deployments: For cooling, the device uses three fans to

The is a powerful, reliable, and compact solution for modern metro transport networks. Its ability to provide high-bandwidth, low-latency, and highly synchronized transport makes it an essential asset for operators building out 5G networks and offering premium enterprise services. As metropolitan networks grow denser, the ATN 910C delivers the performance required to stay ahead of the competition.

Delivers sub-microsecond time and phase synchronization.

Select variations support E1/T1 interfaces to maintain legacy TDM traffic alongside native packet services. Core Technical Features and Capabilities 1. Ultra-High Bandwidth and 5G Ready

The ATN 910C series comes in several hardware variants to meet different density, power, and slot requirements. While specific models (such as the ATN 910C-B, ATN 910C-D, or ATN 910C-F) cater to different port configurations, the series shares a robust foundational specification sheet. Physical Architecture

The ATN 910C is built for high reliability. It features dual power modules with flexible configuration options, supporting AC+DC, dual AC, or dual DC power supplies. For cooling, the device uses three fans to manage heat dissipation. Furthermore, with the use of high-quality industrial components, the ATN 910C can operate in extreme temperatures ranging from –40°C to +65°C (–40°F to +149°F) . This wide temperature range allows for deployment in outdoor cabinets or unventilated indoor spaces without the need for additional climate control.

A notable design feature is the large buffer memory. With a total cache of 740 MB and up to 32 MB per queue , the ATN 910C can effectively handle network traffic bursts. This helps maintain consistent quality of service (QoS) during periods of high congestion, improving user experience and preventing service degradation.

| Specification | Details | |---|---| | | 1U fixed box, suitable for 19‑inch or 21‑inch cabinets | | Switching Capacity | 136 Gbit/s (including 10GE/GE/FE/E1 ports) | | Maximum Port Density | Up to 12 × 10GE + 16 × GE/FE ports | | Interface Types | 10GE, GE, FE, E1 | | Buffer Memory | Total 740 MB, with up to 32 MB per queue | | Power Supply Options | AC+DC, dual AC, dual DC | | Cooling | 3 fans; air intake from left, exhaust from right | | Operating Temperature | –40°C to +65°C (–40°F to +149°F) | | Dimensions | Approximately 442 mm × 220 mm × 43.6 mm (1U) | | Weight (fully configured) | Approximately 5 kg |

[ATN910C-Substation1] erps ring 1 [ATN910C-Substation1-erps-ring1] port0 interface gigabitethernet 0/0/1 [ATN910C-Substation1-erps-ring1] port1 interface gigabitethernet 0/0/2 [ATN910C-Substation1-erps-ring1] instance 1 vlan 100 [ATN910C-Substation1-erps-ring1] ring-node-type neighbour (for a non-RPL owner)

Creates virtual end-to-end networks on shared physical infrastructure to guarantee service levels for critical applications.

One standout feature is the port density: the ATN 910C offers the highest 10GE density in the industry for a 1U device. This gives network architects the flexibility to consolidate multiple services into a single chassis—reducing both equipment footprint and operational overhead.

: High-precision clock synchronization is essential for 5G; the

Huawei provides several tools to simplify the management of large-scale deployments:

The is a powerful, reliable, and compact solution for modern metro transport networks. Its ability to provide high-bandwidth, low-latency, and highly synchronized transport makes it an essential asset for operators building out 5G networks and offering premium enterprise services. As metropolitan networks grow denser, the ATN 910C delivers the performance required to stay ahead of the competition.

Delivers sub-microsecond time and phase synchronization.