Huawei NetEngine 8000 M1A High‑Density Compact Universal Service Router Full Product Description
1. Short Overview
TheHuawei NetEngine 8000 M1Abelongs to Huawei NetEngine 8000 M‑series, a 1U compact fixed‑port box‑type router built on Huawei proprietary VRP operating system. Optimized for space‑constrained premises, it features shallow 220 mm depth and high‑density 10GE/GE interfaces, delivering multi‑service bearer for 5G mobile backhaul, metro aggregation edge, enterprise private‑line, government‑enterprise cloud access, IoT, CDN and small‑scale DC‑GW scenarios华为企业业.... It natively supports SR‑MPLS/SRv6, EVPN, port slicing, Telemetry and 1588v2 high‑precision clock synchronization. Redundant power options ensure high reliability, while cooperating with NCE Network Cloud Engine to realize zero‑touch deployment, intelligent telemetry monitoring and full‑lifecycle network automation华为企业业....
Naming & Variant Breakdown
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NetEngine 8000 M1A: Base 1U box‑type router, available in AC and DC power versions
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NetEngine 8000 M1C: Lower‑port‑density compact sibling model
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NetEngine 8000 M1D / M1D‑B: Higher‑throughput compact box‑type models
Difference vs X‑series: M1A is fixed‑interface box‑type without modular service slots. It targets edge and aggregation‑edge positions, with much smaller footprint and lower power consumption than X4/X8/X16 high‑end modular chassis, while inheriting consistent VRP feature set including SRv6, EVPN and Telemetry.
Core Differentiators
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1U shallow‑depth 19‑inch rack‑mount chassis (220 mm depth), saving cabinet space; supports AC or 1+1 redundant DC power supply for high availability.
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High‑density fixed 10GE SFP+ and GE SFP/RJ45 ports; port capacity can be activated via RTU license without hardware replacement, flexible for service expansion华为企业业....
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Native SRv6, EVPN, port slicing, 1588v2 PTP and Synchronous‑Ethernet, adapting to 5G bearer and cloud‑oriented service requirements.
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Low‑power design, typical power consumption about 74.7 W, high environmental adaptability for various equipment‑room and premise deployment environments.
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Rich O&M capabilities: local CLI, Web‑UI, USB zero‑touch provisioning; remote automation via NCE, Telemetry real‑time streaming and NQA network quality detection华为企业业....
2. Hardware Interface & Physical Specifications
Core Hardware Performance
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Switching Capacity:352 Gbps
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Forwarding Performance:72 Mpps
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CPU: 4‑core 1.4 GHz
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Memory: 4 GB SDRAM; Flash: 64 MB
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Port capacity: Up to 176 Gbps; port resources activated by RTU license
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Expansion: Fixed‑port box‑type, no SIC / WSIC / LPU modular slots
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Availability: 99.999%, MTBF 35.99 years, MTTR 2 hours
Typical Fixed Interface Combinations (configurable via RTU)
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16 ×10GE(SFP+) +12 ×GE optical +4 ×GE electrical
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6 ×10GE(SFP+) +22 ×GE optical +4 ×GE electrical
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2 ×10GE(SFP+) +16 ×GE optical +4 ×GE electrical
Management Interfaces
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1 × RJ45 CON/AUX console port
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1 × Mini‑USB console port
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1 × USB 2.0 Host port (configuration backup, zero‑touch deployment)
Power & Mechanical Parameters
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Dimensions (W × D × H): 442 mm × 220 mm × 44.45 mm (1U)
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Weight: approx 4.5 kg (unpackaged)
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Power supply: AC (100‑240 V) or ‑48 V DC, DC version supports 1+1 power redundancy
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Typical power consumption: 74.7 W
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Installation: Standard 19‑inch IEC or 21‑inch ETSI rack‑mount
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Operating environment
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Operating temperature: 0 °C ~ +45 °C
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Storage temperature: −40 °C ~ +70 °C
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Relative humidity: 5%‑90% non‑condensing
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Altitude: < 5000 m
3. Software Feature Suite (VRP V800R023 / V800R024 and later)
Routing & WAN Connectivity
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IPv4 / IPv6 dual‑stack: Static route, RIP, RIPng, OSPF, OSPFv3, IS‑IS, IS‑ISv6, BGP, BGP4+, policy‑based routing (PBR), ECMP load‑balance
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MPLS: LDP, RSVP‑TE, SR‑MPLS, full‑feature SRv6, VLL, VPLS, EVPN‑VXLAN, L3VPN, Seamless‑MPLS
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Multicast: IGMP, MLD, PIM‑SM/SSM, MSDP, MBGP
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WAN access: Ethernet, PPPoE
Slicing & Protection
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Port slicing, sub‑interface channelization
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Protection: IP FRR, MPLS FRR, SRv6 FRR, 50 ms‑level fail‑over, G.8032 ERPS ring protection
QoS & Clock Synchronization
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QoS: traffic policing, shaping, PQ/CBWFQ queue scheduling, DSCP / 802.1p marking, MQC traffic‑policy
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Clock: 1588v2 PTP, Synchronous‑Ethernet, G.8275.1 / G.8275.2
Security Features
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ACL, URPF, anti‑attack defense
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VPN security: IPsec, GRE
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AAA: RADIUS, HWTACACS+, 802.1X, MAC‑authentication, Web‑authentication
Management & O&M
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Local management: CLI over CON/AUX / Mini‑USB console, embedded Web‑UI
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Remote management: SSHv2, HTTPS, NETCONF, RESTCONF, SNMPv1/v2c/v3, Syslog, NTP
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Intelligent automation: NCE‑enabled full‑lifecycle automation, USB zero‑touch provisioning, Telemetry real‑time streaming, NQA network‑quality‑detection
4. Typical Deployment Scenarios
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5G Mobile Backhaul Edge Node: Compact edge router for 5G bearer, providing SRv6‑based backhaul service for base stations in space‑limited equipment rooms.
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Metro Aggregation Edge / Enterprise Private‑line Gateway: Aggregates massive enterprise private‑line and government‑enterprise branch traffic, implementing L3VPN / SRv6 VPN interconnection.
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Cloud‑access & IoT Convergence Gateway: Serves enterprise cloud access, IoT service convergence and CDN edge node scenarios.
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Small‑scale Data‑Center Gateway: Acts as lightweight DC‑GW for small‑and‑medium IDCs.
5. Standard Package Contents of NetEngine 8000 M1A
1 × NetEngine 8000 M1A chassis
Power‑supply modules (AC or DC as ordered)
Console cable, mounting accessories
Quick‑start installation guide, hardware documentation
Note: Optical transceivers and RTU port‑activation licenses are sold separately according to project requirements.
Software Licensing Information
NetEngine 8000 M1A runs VRP V800R023 / V800R024 or higher. Basic IP routing, MPLS, QoS and basic O&M are included in base license. Port‑capacity RTU, advanced SRv6 scale, enhanced security features require additional license activation.
Short Commercial Catalog Summary
The Huawei NetEngine 8000 M1A is a 1U shallow‑depth high‑density compact universal service router of NetEngine 8000 M‑series. It delivers up to 352 Gbps switching capacity, high‑density 10GE/GE fixed ports, native SRv6/EVPN and 1588v2 clock. With low‑power compact design and NCE‑driven automation, it applies widely in 5G backhaul edge, metro aggregation edge, enterprise private‑line, cloud‑access and small‑scale DC‑GW scenarios, complying with international safety, EMC and RoHS standards.
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