IDM RG1100 Converged Communication Wireless Base Station
Five links with AI automatic switchover, SIP local networking, network setup in 5 minutes, explosion-proof and wide-temperature
The IDM RG1100 converged communication wireless base station is a waterproof emergency base station gateway that integrates multi-mode communication, softswitch, and IoT access. It supports multiple communication methods such as optical fiber, field wire, Wi-Fi HaLow, and UAV relay. Under extreme "three disconnections" conditions (network outage, power failure, and road blockage), it can still rapidly build an independent communication network and achieve stable transmission of voice, data, and video.
IDM RG1100 wide-temperature explosion-proof emergency base station gateway is a waterproof emergency base station gateway that integrates multi-mode communication, softswitch, and IoT access. Developed by Raytrans, it is used to rapidly build an independent communication network under "three disconnections" (network outage, power failure, road blockage) extreme environments, achieving stable transmission of voice, data, and video. As portable equipment for emergency communication scenarios, the device can flexibly handle tasks such as product showcase, on-site networking, and command and dispatch. It supports multiple communication methods including optical fiber, field wire, Wi-Fi HaLow, and UAV relay. Handheld and portable with a foldable antenna, it can establish a communication network within 5 minutes. For sites such as chemical industrial parks and electric power inspection, tunnels and metro, mining underground, and military and police border defense and emergency rescue, it provides reliable converged communication support for military emergency communications vehicle solutions, smart mining communication solutions, and more.
Key Specifications at a Glance: IP66 explosion-proof · -40℃ wide temperature · 8-hour intrinsically safe battery · network established in 5 minutes · built-in SIP softswitch · optical fiber/field wire/HaLow/Wi-Fi Mesh/UAV relay
Figure 1: IDM RG1100 wide-temperature explosion-proof emergency base station gateway unit and foldable antenna
At a three-disconnection site, which links does the wide-temperature explosion-proof emergency base station gateway use to build the network?
Multi-link intelligent access is the prerequisite for this wide-temperature explosion-proof emergency base station gateway to build a network at a three-disconnection site: IDM RG1100 simultaneously provides five types of access — optical fiber, field wire, HaLow, Wi-Fi Mesh, and UAV relay. Whichever link is available on site is used, without waiting for a particular link to recover. Optical fiber suits occasions where it can be laid quickly or optical cable already exists, with high bandwidth and low latency; field wire uses existing wire pairs and field twisted pair cable on site, suiting areas where optical cable cannot be laid in time; Wi-Fi HaLow operates in the sub-1GHz frequency band (IEEE 802.11ah), with diffraction and penetration capability superior to conventional 2.4GHz Wi-Fi, suiting blocked environments such as tank farms and tunnels; Wi-Fi Mesh supports peer-to-peer networking between terminals; UAV relay extends coverage to areas inconvenient for personnel and vehicles to reach.
AI automatic scheduling is how multi-link access is implemented: IDM RG1100 monitors the bandwidth and latency of each link in real time and automatically switches to an available, better link according to policy, with no need for manual rewiring or configuration changes on site. Beyond multiple links, voice, video, and data are carried in a unified manner on this handheld device, so operators do not need to identify which link a service travels over — they simply press the intercom key.
Can calls still be made after the center is disconnected? Local networking mechanism of the built-in SIP softswitch
Calls can still be made on site after the center is disconnected, relying on the built-in SIP softswitch and redundant backup mechanism of IDM RG1100. In conventional networking, on-site terminals send voice, video, and data uniformly to the central server for switching; once the central server or backhaul link is unavailable, IDM RG1100 independently assumes the role of SIP server, registering and networking the on-site voice terminals and video terminals locally, with calls switched locally and no longer dependent on the central platform. This layer of design allows three-disconnection on-site networking to maintain basic emergency communications and command and dispatch capabilities even under "network outage" conditions.
Voice switching follows the SIP protocol (RFC 3261) and can interconnect with existing converged communication command and dispatch systems compliant with the GB/T 28181 (Chinese video surveillance standard). On-site terminals and rear platforms intercommunicate through standard interfaces, with no need to separately modify service systems for emergency scenarios.
Figure 2: IDM RG1100 waterproof interface area and explosion-proof enclosure details
IDM RG1100 wide-temperature explosion-proof emergency base station gateway features list
Function | Description |
|---|---|
Multi-link intelligent access | Supports optical fiber, field wire, HaLow, Wi-Fi Mesh, and UAV relay access; AI automatically switches to an available link based on bandwidth and latency |
Softswitch and redundant backup | Built-in SIP server; after the central server or backhaul link is interrupted, local networking keeps on-site calls uninterrupted |
Converged communication gateway | Access for digital trunking intercom and broadcast intercom, achieving intercommunication between trunking voice and SIP voice |
IoT and industrial protocol access | Built-in LoRa, MQTT, and Modbus gateways; supports IoT device access and edge computing |
Strong environmental adaptability | IP66 waterproof and dustproof, explosion-proof construction, -40℃~+60℃ wide-temperature operation |
Long-endurance power supply | Built-in intrinsically safe battery ≥8 hours; supports solar and external power supply expansion |
Domestically produced and independently controllable | Adopts domestically produced chips, meets domestic IT innovation requirements, supports SM (Chinese national cryptographic) algorithms encryption |
Interconnection | Complies with GB/T 28181, SIP, RFC 3261 and other standards; interfaces with existing command systems |
Rapid deployment | Handheld and portable, foldable antenna, communication network established within 5 minutes |
IDM RG1100 wide-temperature explosion-proof emergency base station gateway technical specifications and performance specifications
Item | Parameter/Specification | Description/Applicable Conditions |
|---|---|---|
Device type | Wide-temperature explosion-proof emergency base station gateway (handheld and portable) | A single device can form an on-site base station |
Communication link | Optical fiber, field wire, Halow, Wi-Fi Mesh, UAV relay | Selected according to the links available on site, with AI automatic switchover |
Switching capability | Built-in SIP server | On-site local networking and calls after the center is disconnected |
Intercom and IoT access | Digital trunking intercom, broadcast intercom, LoRa, MQTT, Modbus | Trunking voice and IoT data carried on the same network |
Ingress protection (IP) rating | IP66 waterproof and dustproof, explosion-proof construction | Suited to chemical industrial parks, underground mines and other sites with protection requirements |
Operating temperature | -40℃~+60℃ | Wide temperature covers underground workings, low-temperature pitheads and northern winter field sites |
Power supply | Built-in intrinsically safe battery ≥8 hours | Supports solar power and external power supply expansion |
Deployment time | Within 5 minutes | Handheld and portable, foldable antenna |
Encryption and domestic production | SM (Chinese national cryptographic) algorithms encryption, domestically produced chips | Meets domestic IT innovation requirements, for military, police, government and other high-security scenarios |
Protocols and standards | GB/T 28181 (Chinese video surveillance standard), SIP, RFC 3261 | Interfacing with existing command systems |
Optical interface rate, dimensions, weight, wireless transmit power, number of concurrent dispatch channels | Not yet recorded in the knowledge base | Subject to the manufacturer's technical documentation and commercial confirmation |
Differentiation points: what chemical industrial parks, unattended sites and three-disconnection sites each solve
The three differentiation indicators fall into three dimensions: environmental adaptability, power supply endurance and deployment speed. The IP66 explosion-proof enclosure and the -40℃~+60℃ wide temperature range solve the question of "whether the device can get in"; the intrinsically safe battery and solar expansion solve the question of "whether it can stay online without mains power"; and the handheld and portable design with foldable antenna solves the question of "how soon a network can be established after arriving on site".
Differentiation Point | On-Site Value |
|---|---|
IP66 explosion-proof: IP66 waterproof and dustproof with explosion-proof construction | IP66 explosion-proof and wide temperature -40℃~+60℃, staying connected in extreme environments of chemical industrial parks |
-40℃ wide temperature: -40℃~+60℃ wide-temperature operation | Covers northern winter field sites, low-temperature pitheads and underground environments, keeping equipment continuously online |
Intrinsically safe 8 hours: built-in intrinsically safe battery ≥8 hours | Intrinsically safe battery ≥8 hours + solar expansion, continuous power supply for unattended sites |
Network in 5 minutes: handheld and portable, foldable antenna | Handheld network setup in 5 minutes, rapid restoration of voice, data and video at three-disconnection sites |
Typical application scenarios
Chemical industrial parks and electric power inspection
Emergency communications in chemical industrial parks place high demands on the explosion-proof construction and wide-temperature capability of equipment: tank farms and electric power substations contain explosive gases and strong electromagnetic interference, and the communication equipment carried by inspection personnel needs to stay online for long periods. IDM RG1100, with its IP66 waterproof and dustproof rating, explosion-proof construction and -40℃~+60℃ wide operating temperature, deploys on-site wireless coverage within the park and station area. Inspection personnel access it through intercom terminals, and on-site sensor data is sent back through the built-in LoRa and Modbus gateways, with voice and IoT data carried on the same network. In extreme cases of power failure and network outage, the intrinsically safe battery and solar expansion continue to supply power to unattended sites, so inspection and monitoring channels are not interrupted.
Tunnels, metro and underground mines
Tunnels, metro platforms and underground mines are enclosed spaces where satellite positioning and public network signals are unavailable, so emergency communications can only rely on on-site networking. The sub-1GHz characteristics of Wi-Fi Halow give radio signals better diffraction and penetration in mine roadways and tunnels, and field wire links can extend coverage along existing pairs; the IP66 protection and -40℃~+60℃ wide temperature range keep intrinsically safe mining communication equipment working continuously in damp, dusty and low-temperature pithead environments. Data is sent back between underground and surface via optical fiber or wireless relay, so voice and video can be transmitted stably, forming a complete smart mining communication solution.
Military and police border defense and emergency rescue
At border patrol, counter-terrorism and emergency response sites, and at earthquake, flood and fire rescue scenes, the "three disconnections" often occur at the same time, and the forward command post needs to establish communications immediately after arrival. IDM RG1100 is handheld and portable with a foldable antenna, establishing a communication network within 5 minutes; UAV relay extends coverage behind complex terrain; and SM (Chinese national cryptographic) algorithms encryption and link aggregation transmission meet the security requirements of military, police and government scenarios, while also providing reliable on-site networking capability for military emergency communications vehicle solutions.
Figure 3: IDM RG1100 handheld and portable form factor and rapid on-site deployment
Figure 4: IDM RG1100 multi-mode communication networking application example
