Huawei NetEngine 8000 M8 Compact Modular All‑Scenario Intelligent Router Full Product Description
1. Short Overview
TheHuawei NetEngine 8000 M8belongs to Huawei NetEngine 8000 M‑series, a 3U shallow‑depth modular universal‑service router powered by Huawei proprietary VRP operating system. With ultra‑shallow 220 mm chassis depth, it saves precious cabinet space and supports up to 8 hot‑swappable service slots, delivering high‑density high‑speed interfaces up to 400GE. It targets metro aggregation, 5G mobile backhaul aggregation, mini‑BNG broadband access, government‑enterprise private‑line convergence, medium‑capacity DC‑GW and industry vertical network scenarios. It natively supports SR‑MPLS/SRv6, EVPN‑VXLAN, FlexE hard slicing, iFIT‑enhanced Telemetry, and high‑precision 1588v2 PTP / Synchronous‑Ethernet clock synchronizationAlibaba.co.... It adopts 1:1 main‑control redundancy together with N+1 redundant power and fan modules for 99.999% carrier‑grade availability. Cooperating with NCE Network Cloud Engine, it realizes zero‑touch provisioning, real‑time intelligent monitoring and full‑lifecycle network automation for cloud‑era multi‑service bearerAlibaba.co....
Naming & Variant Breakdown
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NetEngine 8000 M8: 3U compact modular router with 8 service slots; DC version supports industrial wide‑temperature operation, AC version for standard equipment‑room deployment
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NetEngine 8000 M4: 2U compact modular router with 4 service slots, lower total capacity
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NetEngine 8000 M6: 2U modular router for moderate‑density access‑aggregation
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NetEngine 8000 M14: Higher‑capacity modular sibling with more service slots
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NetEngine 8000 M1A/M1C/M1D‑B: 1U fixed‑port box‑type edge routers without service slots
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NetEngine 8000 X4/X8/X16: High‑end orthogonal‑fabric core‑level backbone chassis
Difference vs other models: M8 offers larger switching capacity and higher‑density 400GE/100GE interfaces than M4/M6. Compared with 1U fixed‑port M‑series boxes, it supports hot‑swap of diverse service cards for flexible service expansion. Compared with X‑series core chassis, it features shallow‑depth compact footprint, focusing on metro aggregation, mini‑BNG and medium‑scale DC‑GW rather than core backbone deployment.
Core Differentiators
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3U 19‑inch / ETSI 21‑inch rack‑mount shallow‑depth (220 mm) modular chassis; supports hot‑swap of service line‑cards, power modules and fan trays; 1:1 main‑control redundancy and N+1 power/fan redundancy, suitable for space‑limited equipment‑rooms and unmanned outdoor‑cabinet sites (DC variant).
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Up to4.8 Tbps switching capacity,1086 Mpps forwarding performance, 8 service slots, each supporting maximum 400 Gbps per‑slot bandwidth; supports high‑speed interfaces up to 4×400GE, rich 100GE/50GE/25GE/10GE/GE and legacy low‑speed interfaces such as CPOS and E1 for smooth network evolution.
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Native SR‑MPLS/SRv6 full‑feature suite, EVPN‑VXLAN, FlexE hard slicing, comprehensive multicast protocols, multiple 50‑ms‑level fast‑reroute protection mechanisms; supports mini‑BNG and CGNAT for broadband service bearer.
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Built‑in high‑precision clock system including 1588v2 PTP and Synchronous‑Ethernet, satisfying strict timing requirements for 5G mobile bearer; DC variant supports industrial wide‑temperature operation from −40 °C to +65 °C.
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NCE‑enabled intelligent O&M: zero‑touch provisioning, Telemetry/iFIT real‑time streaming, NQA network‑quality‑detection and fast fault location, realizing full‑lifecycle network automationAlibaba.co....
2. Hardware Interface & Physical Specifications
Core Hardware Performance
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Switching Capacity:4.8 Tbps (bidirectional)
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Forwarding Performance:1086 Mpps
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Main‑Control Boards: 2 units, 1:1 hot‑standby redundancy
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Service Slots: 8 slots (DC chassis); AC chassis supports partial‑slot configuration
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Maximum per‑slot bandwidth: 400 Gbps
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Max physical ports: 160; maximum 4 ×400GE ports
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Power modules: N+1 redundancy; AC / HVDC / ‑48 V DC optional
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Fan trays: redundant fans, front‑to‑rear airflow
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Typical power consumption: 428 W‑774 W (varies by board configuration)
Mechanical Parameters
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Dimensions (W × D × H): 442 mm × 220 mm × 132.6 mm (3U)
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Installation: standard IEC 19‑inch or ETSI 21‑inch rack‑mount
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Operating environment
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DC version: −40 °C ~ +65 °C (industrial wide‑temperature)
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AC version: −5 °C ~ +55 °C
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Storage temperature: −40 °C ~ +70 °C
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Relative humidity: 5%‑95% non‑condensing
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Altitude: < 5000 m (temperature derating above 1800 m)
Supported Interfaces (via different PIC/IPU line‑cards)
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High‑speed optical: 400GE QSFP‑DD, 100GE QSFP28, 50GE, 25GE SFP28, 10GE SFP+Alibaba.co...
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GE optical / electrical, FE
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Legacy services: CPOS, E1, POS
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Management interfaces: RJ45 CON/AUX console, Mini‑USB console, out‑of‑band GE management Ethernet, USB 2.0 Host port
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 / UCMP load‑balance
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MPLS: LDP, RSVP‑TE, SR‑MPLS, full‑function SRv6 suite, VLL, VPLS, L3‑VPN, EVPN‑VXLAN, Seamless‑MPLS
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Multicast: IGMP, MLD, PIM‑SM / SSM, MSDP, MBGP, NG‑MVPN
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Access: Ethernet, PPPoE, mini‑BNG broadband user access, CGNAT
Slicing & Protection
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FlexE hard network slicing, port slicing, fine‑granularity channelized sub‑interfaces
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Protection suite: IP FRR, MPLS FRR, SR‑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, multi‑dimensional anti‑attack & anti‑DDoS defense
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VPN security: IPsec, GRE, MACsec, L2TPv3
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AAA: RADIUS, HWTACACS+, 802.1X, MAC‑authentication, Web‑authentication
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Telemetry & iFIT for real‑time traffic monitoring and anomaly detection
Management & O&M
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Local management: CLI over CON/AUX / Mini‑USB console
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Remote management: SSHv2, HTTPS, NETCONF, RESTCONF, SNMPv1/v2c/v3, Syslog, NTP
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Intelligent automation: NCE‑driven full‑lifecycle automation, zero‑touch provisioning, real‑time telemetry streaming, NQA network‑quality‑detection
4. Typical Deployment Scenarios
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Metro Aggregation Node: Aggregates 5G backhaul, enterprise private‑line and residential broadband traffic for operator metro networks, supporting SRv6 multi‑tenant isolationAlibaba.co....
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Mini‑BNG Broadband Access Gateway: Medium‑capacity BNG for large‑scale broadband user access scenarios.
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5G Mobile Backhaul Aggregation Node: Converges massive base‑station backhaul traffic with high‑precision clock synchronization; DC variant applies to outdoor cabinets and harsh‑condition unmanned sites.
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Government‑enterprise WAN core / aggregation gateway: Aggregates multi‑branch large‑volume traffic and implements SRv6 / L3VPN interconnection.
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Medium‑scale Data‑Center Gateway: Acts as DC‑GW for medium‑size IDCs and data‑center interconnection.
5. Standard Package Contents of NetEngine 8000 M8
1 × NetEngine 8000 M8 chassis
Main‑control boards ×2
Power‑supply modules (AC / HVDC / DC as ordered)
Fan trays
Console cable, rack‑mount accessories
Quick‑start installation guide and hardware documentation
Note: Service PIC/IPU line‑cards, optical transceivers and advanced‑function software licenses are sold separately according to project requirements.
Software Licensing Information
NetEngine 8000 M8 runs VRP V800R023 / V800R024 or higher. Basic IP routing, MPLS, QoS and basic O&M are covered by base license. Advanced features including large‑scale SRv6, FlexE slicing, BNG user capacity, CGNAT and enhanced telemetry require additional license activation.
Short Commercial Catalog Summary
The Huawei NetEngine 8000 M8 is a 3U shallow‑depth compact modular all‑scenario intelligent router of NetEngine 8000 M‑series. It delivers up to 4.8 Tbps switching capacity, 8 hot‑swappable service slots, native SRv6/EVPN and FlexE hard slicing, and supports mini‑BNG capability. Featuring compact cabinet‑space‑saving design, optional industrial wide‑temperature capability and NCE‑enabled network automation, it applies widely in metro aggregation, mini‑BNG, 5G backhaul aggregation, government‑enterprise convergence and medium‑scale DC‑GW scenarios, complying with international safety, EMC and RoHS standards.
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