Huawei CloudEngine S12700H-4

S12700H-4

SKU: S12700H-4 Category: Brand: , ,

Enterprise stock · tested · export documentation available

Huawei CloudEngine S12700H-4 – Product Documentation & Specifications

Product Overview

The Huawei CloudEngine S12700H-4 is a next-generation modular core/aggregation switch designed for high-end campus networks in the Wi-Fi 6/7 fully-wireless era. As the 4-slot model in the CloudEngine S12700H series, it provides ultra-high-density GE, 10GE, 25GE, 40GE, and 100GE full-rate access ports, enabling customers to quickly build campus networks with a simplified architecture.

The S12700H-4 adopts the CLOS switching architecture and is powered by Huawei’s self-developed next-generation converged software platform, delivering a trusted system and secure data access. All key components—including Main Processing Units (MPUs), power modules, and fan modules—feature a redundancy design for carrier-grade reliability.

Key highlights of the CloudEngine S12700H-4 include:

  • High performance: Supports flexible SFU boards with 100GE service ports, 72 × 10GE high-density boards, 16 × 100GE/36 × 40GE high-speed cards, and up to 512 × 10GE-PEN port capability, ideal for various large aggregation/core scenarios

  • High quality: Intelligent service application identification, preferential forwarding of audio and video services with zero packet loss, reducing packet loss by 30%+ during 2 Gbps microbursts

  • High reliability: Microsecond-level switchover (one-tenth of the industry average) with always-on services; 1:1 service forwarding units ensure device bandwidth remains unchanged even if any MPU or SFU fails; supports slicing, M-LAG, and stacking

  • High security: Terminal identification, anti-spoofing, unauthorized access control, and MACsec supported across all models

  • Wired and wireless convergence: Integrated native AC functionality for unified wired and wireless network management

The S12700H-4 is widely deployed as a core or aggregation node in medium to large-sized campus networks across industries such as government, education, finance, and enterprise.

Specifications

Category Item Specification
General Description S12700H-4 assembly chassis
Part Number 02356VMB
First Supported Version V600R025C00
Chassis & Dimensions Height 392.12 mm (15.44 in.) / 8.8 U
Width × Depth (chassis body, excluding mounting ears) 442.0 mm × 482.8 mm (17.4 in. × 19.01 in.)
Width × Depth (including mounting ears and cable management frames) 482.6 mm × 585.0 mm (19 in. × 23.03 in.)
Weight (including device, pallet, auxiliary material package, and cable management frames) 54.5 kg (120.15 lb)
Weight (full configuration, without packaging) 96.62 kg (213.01 lb)
Slot Configuration MPU (Main Processing Unit) Slots 2
SFU (Switch Fabric Unit) Slots 2 (expandable to 6 with specific configuration)
LPU (Line Processing Unit) Slots 4
System Power Module Slots 4
Fan Module Slots 2 (expandable to 3 with specific configuration)
CMU (监控/Management) Slots 2
Performance Switching Capacity 952 / 2876 Tbps
Packet Forwarding Rate 230,400 Mpps
Port Density (per chassis) GE Ports Up to 288
10 GE Ports Up to 512
25 GE Ports Up to 192
40 GE Ports Up to 128
100 GE Ports Up to 64
Power Maximum Power Consumption (full configuration, without PoE) 1560 W
AC Input Voltage 90–290 V AC; 45–65 Hz
High-voltage DC Input 190 V DC – 290 V DC
Power Supply Redundancy Dual-power input; supports N+0 and N+1 modes
Cooling Cooling Design Intelligent fan speed adjustment based on ambient temperature
Key Features Redundancy MPUs, power modules, and fan modules all support redundancy design
PoE Capability Supported
MACsec Full series support
NAC Supported
M-LAG Supported
Stacking (CSS) Supported
VRRP & BFD for VRRP Supported
BFD for BGP/IS-IS/OSPF/Static Routes Supported
IEEE 1588v2 Supported
Slicing Supported
MAC Features Automatic MAC address learning and aging; Static, dynamic, and blackhole MAC address entries; Source MAC address filtering; MAC address learning limiting based on ports and VLANs
iPCA 2.0 (Native-IP IFIT) Direct service packet marking for real-time dropped packet and packet loss rate statistics; Two-way latency measurement; Statistical interval modification
Security Features Defense against DoS attacks, TCP SYN flood attacks, UDP flood attacks, broadcast storms, and heavy-traffic attacks; IPv6 RA Guard; CPU hardware queues for control plane protocol packet scheduling and protection; Secure boot
Interoperability VBST (compatible with PVST/PVST+/RPVST); LNP (similar to DTP); VCMP (similar to VTP)
IPv6 IPv6 Support IPv6 RA Guard; comprehensive IPv6 routing and security features

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