Huawei NetEngine AR8140‑H Enterprise Router Full Product Description
1. Short Overview
TheHuawei NetEngine AR8140‑His a high‑performance 1U rack‑mount SD‑WAN‑optimized enterprise router within Huawei NetEngine AR8000 series. As the high‑reliability enhanced variant, it focuses on mission‑critical enterprise headquarters, large regional hub sites, large‑scale campus egress gateways and multi‑tenant MSP SD‑WAN aggregation nodes with strict service continuity requirements.
Built on ARM64 16‑core CPU plus dedicated network processor (NP) and non‑blocking switching fabric, it integrates high‑speed routing, multi‑Gigabit switching, hardware‑accelerated NGFW/IPsec VPN, embedded WAC wireless access controller and full‑feature SD‑WAN capability. All fixed ports are software‑reconfigurable between WAN and LAN roles, supporting hybrid multi‑link access including fiber broadband, MPLS private‑line, 4G‑LTE SIC cards and external 5G‑RU high‑speed cellular backup uplinks. It runs Huawei V600 operating system, supports N1‑mode subscription‑based licensing and centralized orchestration via iMaster NCE‑Campus controller for zero‑touch provisioning, intelligent traffic steering and end‑to‑end intelligent O&M.
Naming & Variant Breakdown
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AR8140‑H: Mainstream AC‑powered high‑reliability SKU, rich fixed 10GE/GE composite ports, 4×SIC slots, dual hot‑swappable AC power supplies, enhanced hardware reliability design for 7×24 continuous operation
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AR8140‑H‑DC: Negative DC telecom‑grade power variant for IDC and central‑office cabinet deployment
Compared with AR8140‑S, AR8140‑H adopts enhanced component screening and reliability optimization for long‑term stable operation in harsh temperature environment; port layout, slot resources and base forwarding performance are consistent with AR8140‑S. Unlike AR8140‑T, AR8140‑H does not come with built‑in TPM 2.0 chip.
Core Differentiators vs AR6700 Mid‑range Series
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Multi‑service forwarding throughput reaches25 Gbps (NAT+ACL+QoS, IMIX); IPsec throughput up to 20 Gbps (IMIX), 50 Gbps for large‑size packets
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Native high‑density port array: 10×10GE SFP+, 8×GE Combo, 4×GE copper; all ports configurable as WAN/LAN interfaces
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Built‑in WAC wireless controller: default manages 32 APs, maximum supports 1024 Wi‑Fi5/Wi‑Fi6/Wi‑Fi7 APs with license upgrade
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Supports external 5G‑RU for high‑bandwidth 5G cellular uplink backup
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4×SIC slots; two SIC slots can be combined into one WSIC wide slot, maximum 2 WSIC slots total, supporting E1/T1, serial, GPON/xGSPON, LTE interface modules
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Dual hot‑swappable power supply for power‑path redundancy, 1U compact rack footprint
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Enhanced industrial‑grade reliability screening for mission‑critical 7×24 running scenarios.
2. Hardware Interface & Physical Specifications
Modular Expansion Slots
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4 × SIC (Smart Interface Card) slots
Each slot accepts single‑width SIC cards for flexible service extension; every two SIC slots can be combined to form one WSIC wide slot (maximum 2 WSIC):
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Legacy WAN access: E1/T1, fractional E1, serial, G.SHDSL interface modules
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Broadband access: GPON / xGSPON, DSL interface cards
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Wireless backup: 4G‑LTE SIC modules; supports external 5G‑RU for high‑speed 5G WAN uplink
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Auxiliary service: clock synchronization card, BITS timing module for enterprise time‑sync deployment
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No independent SPU service processing slot; security, VPN and SD‑WAN functions are hardware‑accelerated by onboard NP chipset.
Built‑in Rear Physical Ports
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Fixed high‑density composite port array
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10 × 10GE SFP+ optical ports
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8 × GE Combo ports (copper RJ45 or SFP fiber selectable)
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4 × GE 10/100/1000BASE‑T electrical RJ45 ports
All ports support software‑switchable WAN/LAN role, IEEE 802.1Q VLAN trunking, LACP link aggregation, port isolation, storm‑control.
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1 × RJ45 Console port for out‑of‑band CLI management (115200 baud default)
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1 × USB 3.0 Type‑A port (backward‑compatible USB2.0): configuration backup, log export, system software upgrade via USB storage device
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No dedicated AUX modem port; remote emergency access is implemented via SIC serial module
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Chassis ground terminal, rack mounting brackets included
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Dual hot‑swappable power supply slots (AC or DC power modules); no built‑in PoE output; PoE access depends on downstream PoE switches or PoE‑capable SIC cards
Memory & Performance Benchmarks
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Processor: ARM64 16‑core multi‑core CPU + dedicated NP forwarding chip with hardware crypto acceleration engine
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Main memory: 16 GB DDR4 system memory (soldered on mainboard, non‑user‑upgradeable)
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Flash storage: 4 GB onboard flash for OS image and configuration files
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Switching capacity: 220 ~ 620 Gbps
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Forwarding performance (NAT + ACL + QoS, IMIX):25 Gbps
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IPsec VPN throughput: 20 Gbps (IMIX); up to 50 Gbps under 1420‑byte large packets
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SD‑WAN IPsec performance (IMIX): 22 Gbps
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Maximum concurrent IPsec / SD‑WAN overlay tunnels: up to 6000 site‑to‑site VPN sessions for large hub‑spoke SD‑WAN topology
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Supported OS: Huawei V600R022 / V600R023 consolidated system image
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WAC capability: Built‑in wireless access controller, default 32 managed APs, licensed maximum 1024 APs, supports Fit‑AP management, seamless roaming, radio resource scheduling, wireless user authentication
Physical & Power Parameters
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Form factor: 1U standard 19‑inch IEC rack‑mount chassis
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Dimensions (H × W × D, without brackets): 44.4 mm × 442.0 mm × 420.0 mm
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Weight (empty chassis, no SIC cards): 5.8 kg
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Power supply: Dual hot‑swappable power modules; AC version input 100‑240 V AC 50/60 Hz, max output power 350 W
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Typical power consumption: 168 W; maximum power consumption: 191 W with full‑loaded SIC cards
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Built‑in fixed fans, airflow direction: left‑to‑right forced air cooling
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Operating environment (enhanced reliability screening):
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Operating temperature: 0 °C ~ +55 °C; performance derating above 1800 m altitude
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Operating humidity: 5 % ~ 95 % non‑condensing
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Max operating altitude: 5000 m
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Storage temperature: −40 °C ~ +70 °C
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Acoustic noise: 57.6 dB(A) typical
3. V600 OS Feature Suite
Core Routing & Multi‑WAN Connectivity
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Full IPv4 / IPv6 dual‑stack routing: Static route, RIP, OSPFv2/v3, EIGRP, BGP4/BGP4+, IS‑IS, PIM‑SM‑DM multicast, BFD fast link failure detection
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WAN encapsulation: PPP, HDLC, Frame‑Relay, PPPoE, multi‑link PPP, MPLS L2VPN / L3VPN
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Enterprise‑grade SD‑WAN full feature set: Zero‑Touch Provisioning(ZTP), centralized policy orchestration by iMaster NCE‑Campus, intelligent application‑aware traffic steering, multi‑link link‑quality detection, millisecond‑level link switching, WAN optimization including data‑deduplication and payload compression, SRv6 support with license activation
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NAT services: Static NAT, dynamic PAT, NAT pool, NAT64, CGNAT large‑scale address translation
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Layer‑2 functions: 802.1Q VLAN, LACP link aggregation, MAC address table management, storm‑control, port‑isolation
Integrated Security Features (License‑controlled)
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Stateful zone‑based firewall, deep L7 application identification and filtering
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IPS intrusion prevention system: signature‑based threat detection, attack blocking and threat logging; signature database requires subscription license for periodic updates
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Hardware‑accelerated VPN suite: IKEv1/IKEv2 IPsec site‑to‑site VPN, overlay tunnel, SSL VPN remote access, GET‑VPN, MACsec link‑layer encryption
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AAA authentication: Local user database, RADIUS, HWTACACS+ for authentication, authorization and accounting
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Anti‑DDoS defense, ACL filtering, control‑plane protection, URL filtering, threat‑intelligence‑based traffic‑sanitization
Note: TPM 2.0 hardware chip is not equipped on AR8140‑H; if hardware key storage is required, select AR8140‑T.
QoS & WAN Optimization
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Rich QoS toolkit: CBWFQ, LLQ low‑latency priority queuing, traffic policing & shaping, DSCP / 802.1p marking and re‑marking, application‑aware traffic classification
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SD‑WAN‑oriented link‑efficiency functions: packet compression, data redundancy elimination, FEC forward‑error‑correction for unstable public‑network links
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IFIT in‑situ flow telemetry: end‑to‑end real‑time quality measurement for SD‑WAN paths (requires corresponding license package)
Wireless Controller (Built‑in WAC)
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Centralized management for Fit Wi‑Fi5 / Wi‑Fi6 / Wi‑Fi7 APs
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Capabilities: AP auto‑discovery, radio resource auto‑optimization, seamless 802.11r fast roaming, wireless user access authentication, SSG wireless‑wired gateway function
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AP quantity: default 32 APs free‑of‑charge; expand to maximum 1024 APs via WAC‑user‑quantity license
Management & Automation
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Local management: CLI via RJ45 console port; Web‑GUI web management interface
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Secure remote management: SSHv2, HTTPS, SNMPv2c / v3, NETCONF / YANG open‑API, Telemetry real‑time streaming telemetry
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SD‑WAN orchestration: iMaster NCE‑Campus controller for centralized deployment, policy delivery and whole‑network O&M
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File operations: USB‑based configuration backup/restore, auto‑install remote batch upgrade, system log storage, NTP time synchronization
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Device monitoring: real‑time CPU, memory, port‑traffic, tunnel‑status statistics, alarm reporting
4. Typical Deployment Scenarios
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Mission‑critical SD‑WAN Hub Gateway for enterprise headquarters: AR8140‑H acts as central hub node, terminates large‑scale branch SD‑WAN IPsec tunnels. Enhanced hardware reliability guarantees 7×24 non‑stop service. High‑density 10GE ports connect core switches and multi‑ISP WAN links; built‑in WAC manages headquarters Wi‑Fi APs. iMaster NCE‑Campus delivers unified whole‑network policy for all branches.
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Large regional‑branch egress convergence gateway with high‑availability requirements: Deployed at large regional branch site, connects MPLS private‑line, broadband internet and 5G‑RU cellular backup link; implements security firewall, remote SSL VPN employee access, local wired‑wireless convergence.
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Large campus network egress router: Serves as campus internet exit gateway, undertakes large‑user‑volume NAT, multi‑ISP link load‑balancing, internet access security filtering, connects downstream campus core switches.
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Multi‑tenant MSP SD‑WAN hub site: For managed‑service providers, provides high‑performance multi‑tenant SD‑WAN hub access for multiple enterprise customers, supports N1 subscription licensing model for flexible service billing.
5. Standard Package Contents of AR8140‑H
1 × AR8140‑H 1U chassis (SIC cards sold separately, no modules pre‑shipped)
Dual AC power modules (AC version)
Rack‑mount installation brackets and screws
RJ45 console cable
Quick start installation guide
Huawei compliance documentation (safety, EMC, RoHS)
Separately‑Sold Optional Accessories
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SIC / WSIC interface cards: E1/T1, serial, GPON/xGSPON, 4G‑LTE, timing‑synchronization modules
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5G‑RU remote 5G radio unit for high‑speed 5G WAN uplink
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SFP / SFP+ optical transceivers (GE‑SX/LX, 10GE‑SR/LR/ER)
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DC power supply modules for DC‑power‑version chassis
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License entitlements: SD‑WAN basic / advanced package, WAC AP‑quantity upgrade license, IFIT telemetry license, threat‑protection signature‑update subscription service
Software Licensing Information
AR8140‑H adopts Huawei N1‑mode licensing mechanism under V600 OS; licenses are bound to device ESN, consisting of software function entitlement plus SnS subscription‑and‑support service:
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SD‑WAN Basic License: ZTP basic orchestration, basic traffic steering, base IPsec VPN capability, base IFIT telemetry
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SD‑WAN Advanced License: Adds intelligent policy recommendation, advanced application‑aware steering, WAN compression and data‑deduplication, enhanced IFIT function
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SRv6 Expansion License: Activates SRv6 forwarding capability for next‑generation segment‑routing WAN
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WAC AP Scale‑up License: Increase maximum manageable AP count from default 32 up to 1024 units
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Threat‑Protection Subscription License: Periodic signature updates for IPS, URL‑filtering and antivirus function
Base routing, static NAT, basic firewall function are open without extra license. Advanced security signature‑database update requires valid subscription service.
Short Commercial Catalog Summary
The Huawei NetEngine AR8140‑H is a high‑density 1U rack‑mount SD‑WAN‑first enterprise router within NetEngine AR8000 family, targeting mission‑critical enterprise headquarters, large regional branches and campus egress gateway scenarios requiring 7×24 stable operation. It features enhanced industrial‑grade reliability components compared with AR8140‑S (without TPM 2.0 chip). Built on ARM64 16‑core and non‑blocking switching architecture, it achieves 25 Gbps multi‑service IMIX forwarding performance, with abundant native 10GE/GE reconfigurable WAN/LAN ports, 4 SIC expansion slots for legacy‑protocol and wireless‑backup access, dual hot‑swap power‑supply redundancy, and embedded WAC wireless controller supporting up to 1024 Wi‑Fi APs. It runs Huawei V600 OS, delivers full‑feature SD‑WAN overlay, hardware‑accelerated IPsec VPN, zone‑based firewall, IPS threat‑defense, rich IPv4/IPv6 routing suite, and supports N1‑mode subscription licensing managed by iMaster NCE‑Campus controller.
Major advantages include high multi‑service VPN throughput, native dense 10GE port capacity, integrated wireless‑controller capability, flexible service‑card expansion, dual‑power high‑availability and enhanced hardware reliability for long‑term continuous operation. Its main limitations are non‑field‑upgradable main memory, no native chassis PoE, no onboard TPM 2.0 hardware, and subscription‑based requirement for advanced security signature updates. It is suitable for large‑scale multi‑site SD‑WAN hub convergence, large‑branch multi‑link hybrid‑WAN egress, and campus network exit deployment with high stability requirements. The product complies with international safety EMC and RoHS environmental standards.
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