The iMAX-8000M is a flexibly customizable multi-frequency and multi-mode wireless gateway for wireless metropolitan area networks. It supports networking in routing ring network or centerless mesh topology, and delivers powerful capabilities of dynamic self-organization, self-healing and high-bandwidth access.
Compared with traditional mesh wireless systems, this product is no longer limited to the “BS-CPE” communication framework. Any two devices can set up a network on demand, and multiple devices can form a multi-ring network as required, greatly improving system reliability. It is highly suitable for rapid emergency mesh networking requirements of mobile communication scenarios such as vehicle-mounted, airborne, shipborne and individual soldier deployment. Meanwhile, its advanced routing mechanism enables excellent load balancing performance, making it ideal for large-scale mesh networking deployment.
Different from conventional mesh wireless systems, the iMAX-8000M maintains negligible bandwidth loss during multi-hop relay communication and supports routing ring networking. It can be converged with optical fibers to perfectly solve the unreliability issue of the chain topology in traditional mesh systems, making it well-suited for building high-reliability networks with chain topology in confined spaces such as tunnels, pipe corridors and roadways. When paired with medium and high-frequency leaky wave cables, it can further extend Wi-Fi coverage radius, achieve more uniform Wi-Fi coverage, and better adapt to complex terrain with multiple branches.
Fully optimized for target application scenarios such as vehicle vibration and harsh environments, the iMAX-8000M adopts aviation connector design, complies with industrial wide-temperature operating standards and meets IP67 protection rating. It supports flexible customization with up to 4 wireless modules including iMAX wireless metropolitan area network technology and Wi-Fi (2.4G IEEE802.11b/g/n). Equipped with 2 local Ethernet ports and 1 standard 2-core LC fiber port, it can serve as a converged gateway for multi-services such as video, voice and data transmission.
Leveraging iMAX private wireless network technology to achieve ultra-long transmission distance, high bandwidth and high reliability, the device can be extended with standard 2.4GHz WLAN Wi-Fi modules or 4G LTE modules to realize Wi-Fi terminal access or 4G virtual private network deployment. This enhances its adaptability for more application scenarios, especially hot standby and redundancy scenarios that demand high reliability, security and stability.
Technical Features & Advantages:
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Flexible Customization
The device is equipped with 4 wireless interfaces by default: 2 × 5GHz wireless metropolitan area network (WMAN) modules + 2 × 2.4G Wi‑Fi modules. Configuration is customizable: Wi‑Fi modules can be reduced as required, or expanded to a full set of 4 × 5GHz WMAN modules. A 4G LTE module is optional to build a virtual private network via telecom operator networks. -
High Bandwidth
The throughput of a single WMAN module reaches up to 300 Mbps; the total bandwidth of dual modules is 300 Mbps × 2, and the customized 4‑module version achieves up to 300 Mbps × 4.
The total throughput of a single Wi‑Fi module reaches up to 150 Mbps (standard 2.4G IEEE802.11b/g/n), with dual‑module total bandwidth of 150 Mbps × 2.
The two Wi‑Fi modules can be replaced with 4G LTE modules for telecom operator network access and virtual private network deployment. The maximum transmission rate of the 4G LTE module is up to 50 Mbps, subject to the communication capacity of local operator base stations. -
Operating Frequency Band
The WMAN module supports full 5GHz band (4.9–6.0 GHz) with software configurable frequency; the typical operating frequency is 5.8GHz. The Wi‑Fi module supports the 2.4GHz band. -
Networking Modes
The WMAN module supports multiple networking topologies including routing ring network, MESH networking, chain networking, and double‑layer tree topology. The Wi‑Fi module can operate as a Wi‑Fi AP, allowing access by all IEEE802.11b/g/n compliant devices. -
Transmission Distance
Under line‑of‑sight (LOS) conditions, the maximum typical communication distance of WMAN module networking reaches up to 10 km; the typical Wi‑Fi coverage radius is 100–200 meters. -
Self‑Organization
Rapid deployment after pre‑configuration; zero‑configuration network nodes, plug‑and‑play and instant availability. It can quickly establish emergency, temporary and mobile networks. It supports intelligent wireless Automatic Distance Learning (ADI), Adaptive Adaptive Rate (AAR), Automatic Channel Selection (ACS) and other advanced communication technologies. -
Self‑Healing
If any network node goes offline due to power failure, fault or signal occlusion, wireless links of other nodes will automatically and rapidly switch to backup links to ensure normal operation of the rest of the network.
When multiple transmission paths are available, the network dynamically adjusts communication routes according to node routing priorities, effectively avoiding communication congestion, and providing enhanced redundancy and communication load balancing capabilities. -
Security
The air interface of the WMAN module adopts proprietary iMAX private wireless communication technology. The wireless link supports wireless packet isolation, MAC address filtering, and AES 128‑bit dynamic high‑level encrypted data transmission.
It supports multiple security mechanisms including VLAN, VPN, DoS attack prevention, built‑in software firewall, and various tunnel communication protocols. -
Advanced Wireless Technology
Adopts high‑performance wireless interface based on MIMO (Multiple‑Input Multiple‑Output), antenna diversity and OFDM (Orthogonal Frequency Division Multiplexing), enabling true NLOS (Non‑Line‑of‑Sight) transmission. -
Duplex Technology
WMAN module: TDD (Time Division Duplex), 2×2 MIMO‑OFDM (BPSK/QPSK/16QAM/64QAM).
Wi‑Fi module: half‑duplex with CSMA/CA mechanism. -
Wired Ports
Equipped with 2 × 10/100/1000Base‑T Ethernet ports, 1 × 2‑core LC standard fiber port, and supports 12V DC power supply. -
IPv6 Support
The WMAN module supports IPv6 address allocation in both bridge mode and routing mode. -
Routing & Redundancy
Supports static routing / RIPv2 / OSPFv2 / BGP and other routing protocols, enabling construction of high‑reliability ring networks and complex metropolitan area networks.
Supports VRRP virtual redundant routing protocol for high‑reliability networking such as ring topology and hot standby, as well as fast service roaming.
Supports OSPFv3 for IPv6‑based routing planning. -
Other Network Capabilities
Supports DHCP, DNS, NAT and basic network services.
Compatible with multiple tunnel protocols: PPTP, L2TP, OpenVPN, SSTP, IPSec, EoIP, GRE. -
Multi‑Service Converged Networking
Supports rich QoS and bandwidth scheduling mechanisms, ensuring stable audio and video transmission. -
High Reliability
Supports MESH architecture, multi‑ring routing networking, VRRP virtual hot standby redundancy, and data mirroring multi‑path simultaneous transmission, guaranteeing reliable delivery of delay‑sensitive control data. -
Low Latency & Low Packet Loss
Millisecond‑level latency; packet loss rate can approach nearly 0% with data mirroring technology. -
Clock Synchronization
Supports NTP protocol for automatic clock synchronization. -
Power Supply
DC 12V/24V wide voltage input; ultra‑low power consumption. Typical average power consumption ≤ 20W, maximum power consumption 29W. -
Excellent Environmental Adaptability
Complies with outdoor industrial IP67 protection standard. Stable operation in harsh environments, extreme temperatures and coastal high‑corrosion scenarios. Wide operating temperature range: -45℃ ~ +70℃. -
Easy Installation & Maintenance
Compact size and light weight. Adopts cost‑effective Category 6 outdoor shielded twisted pair cable and single‑mode optical fiber for wired interconnection, featuring simple installation and short construction cycle.
Built‑in practical tools: spectrum analyzer, Ping test, antenna alignment assistant, etc. -
Network Management Features
Free built‑in WEB management page and dedicated network management software with simple operation and maintenance.
Supports remote management and over‑the‑air wireless upgrade. Centralized management is supported, and the device can be integrated into third‑party SNMP‑based network management systems for unified monitoring.
Technical Specifications (Typical Product)：
| Technical Specifications | iMAX-8000M-F2F5M4 | |
| Wireless Features | ||
| Bandwidth | WMAN Module | Up to 300 Mbps throughput per module |
| Wi-Fi Module | Up to 150 Mbps throughput per module | |
| Transmission Distance | WMAN Module | Typical communication distance: 10 km |
| Wi-Fi Module | Typical coverage: 100–200 m (depends on antenna configuration and Wi-Fi terminals) | |
| Frequency Band | WMAN Mode | 4.9–6.0 GHz, typical 5.8 GHz |
| Wi-Fi Module | 2.4 GHz (2400–2483.5 MHz) | |
| Channel Bandwidth | WMAN Module | 10/20/40/80 MHz, software configurable |
| Wi-Fi Module | 20/40 MHz, auto-adaptive | |
| Transmit Power | WMAN Module | Max. 27 dBm |
| Wi-Fi Module | Max. 28 dBm | |
| Sensitivity | WMAN Module | Up to –97 dBm |
| Wi-Fi Module | Up to –96 dBm | |
| RF Technology | Air Interface | MIMO 2×2 with OFDM 64/128 |
| Modulation | Air Interface | BPSK ½ to QAM64 5/6 |
| Antenna | WMAN Module | External antenna customizable (waveguide) |
| Wi-Fi Module | External antenna customizable (leaky wave cable) | |
| Intelligent Features | ATPC (Automatic Transmit Power Control) | |
| Automatic Channel Selection (ACS) | ||
| Adaptive Auto Rate (AAR) | ||
| Automatic Distance Learning (ADI) | ||
| Channel quality detection and interference avoidance tools | ||
| Physical Specifications | ||
| Power Consumption | Typical ≤ 20 W, Max. 29 W | |
| Voltage | DC 12 V 3 A / DC 24 V 2 A | |
| Dimensions | 220 × 170 × 70 mm | |
| Weight | 1.8 kg | |
| Environment | Operating temperature: –45 °C to +70 °C; Operating humidity: 95% (non-condensing) | |
| Network Features | ||
| Ethernet Interface | 2 × 10/100/1000 Base-T RJ-45; 1 × 2-core LC standard fiber port | |
| Bridging | Bridging with ARP support; full Layer 2 switching; transparent transmission for all Ethernet traffic including MPLS, VLAN, xVLAN, etc. | |
| Routing | Layer 3 routing; supports static routing / RIPv2 / OSPFv2 / BGP; supports VRRP for virtual hot standby routing | |
| VLAN | Full VLAN support including QinQ (IEEE 802.1q and 802.1ad) | |
| VLAN Trunk support | ||
| xVLAN support | ||
| QoS | Multi-queue QoS; transparent QoS based on 802.11p, ToS/DiffServ; guaranteed performance for low-jitter / low-latency priority traffic | |
| Priority by IP address or port | ||
| Priority for VoIP and video services | ||
| IEEE 802.1p service classification | ||
| Security Features | Line-rate AES 128-bit over-the-air encryption | |
| MAC/IP filtering | ||
| Login password protection / SSID grouping / wireless broadcast disable | ||
| Layer 2 / Layer 3 firewall | ||
| Multicast & broadcast control and protection | ||
| Multiple tunneling protocols | ||
| DoS attack protection | ||
| Other Network Features | NAT (Network Address Translation) | |
| STP/RSTP | ||
| IGMP snooping | ||
| Firmware upgrade | ||
| DHCP client/server/relay | ||
| WEB management and dedicated NMS | ||
| Network Management | Free WEB UI and NMS; easy operation and maintenance; remote management; over-the-air upgrade; centralized management; integration with third-party SNMP-based NMS | |
Device Model Description：
- iMAX-8000M-F2F5M4: 2 × 2.4G Wi-Fi modules, 2 × 5G WMAN modules
- iMAX-8000M-F5M4: 4 × 5G WMAN modules
- iMAX-8000M-F5LTEM4: 3 × 5G WMAN modules, 1 × 4G LTE module
Other specifications (including different rate standards, triple-mode wireless gateways, 4G/5G carrier network interfaces, etc.) are available upon customization.
Typical Applications：
The unique multi-mode wireless link design of the iMAX-8000M multi-mode gateway provides high-reliability “routed mesh network” support for emergency communication scenarios in specialized industries. Compared with traditional low-frequency MESH systems (typically recommended for 32/64 nodes), the iMAX-8000M significantly reduces overall deployment costs. In addition, bandwidth does not degrade across multi-hop links, enabling the system to achieve dozens of times higher total bandwidth and support unlimited node expansion (supports no less than 256 mesh nodes, with a theoretical maximum of 65,535 nodes). Meanwhile, the higher operating frequency delivers stronger anti-interference performance and higher reliability.
Topology Diagram for Rapid Emergency Deployment of MESH Mesh Network:
Networking Structure Diagram:
Taking pipe galleries and tunnels as examples, Chain Networking Topology Diagram:
Typical Application Scenarios:
- Wireless backbone and Wi-Fi coverage system construction for tunnels
- Wireless backbone and Wi-Fi coverage system construction for underground pipe galleries
- Wireless backbone and Wi-Fi coverage system construction for mine roadways
- Large-scale mobile communication wireless networking for vehicle-mounted, shipborne, and airborne applications
- Large-scale rapid mobile communication networking for military, police, emergency response and other industry users
