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VEHICULAR COMMUNICATION EQUIPMENT

 

Purpose-Built for the Demands of Connected Vehicles

The SV900 5G Vehicle Gateway is a high-performance IoT router designed for demanding mobile environments. It features dual 5G or 5G+4G networks with RedCap technology, ensuring reliable connectivity in harsh conditions.

With rugged M12 connectors, multi-network aggregation, and advanced security options, it’s ideal for connected vehicles, mobile command centers, and industrial IoT applications. The SV900’s Linux-based system allows customization, making it the perfect solution for organizations requiring dependable, high-speed data transmission on the move.

 

 

 

 

 

INDUSTRIAL 4G ROUTERS-index

Trusted Communication Solutions
for Autonomous Vehicles

Founded in 2019, KEY-IOT is a trusted communication provider for the autonomous driving industry. We have an independent R&D team with full-stack proprietary technology. Our core products include automotive ethernet gateways, vehicle communication gateways, and quasi-automotive-grade industrial routers. We provide cutting-edge vehicle communication equipment, software development, cloud platforms, and integrated solutions. Our products support multiple security protocols to ensure data safety and reliability across various operational scenarios.

Trusted Communication Solutions
for Autonomous Vehicles

BLOG POSTS

Reading Vehicle Data Through CAN Bus: Practical...
2026-02-03

Reading Vehicle Data Through CAN Bus: Practical Experience with Vehicle Gateways

Last year while setting up a fleet management system for a logistics company, the client wanted real-time monitoring of fuel consumption, engine RPM, and coolant temperature for every truck. They didn’t just want data stored locally – everything needed streaming to the cloud platform so dispatchers could monitor vehicle status.

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Vehicle Gateway Integration with V2X Roadside U...
2026-02-03

Vehicle Gateway Integration with V2X Roadside Units: Real-World Engineering Insights

A couple years back while running V2X scenario tests at a proving ground in Suzhou, we hit a nasty problem. Test vehicles could receive traffic light data from roadside units, but there was always a 3-5 second delay before triggering any action. In autonomous driving scenarios, that delay is deadly. At 50 km/h, a vehicle covers 70 meters in 5 se…

V2X in Autonomous Mining Vehicle Platooning: Re...
2026-02-01

V2X in Autonomous Mining Vehicle Platooning: Real-World Case Study and Hardware Recommendation

Let me tell you how V2X technology is turning mining trucks into “intelligent swarms,” plus share my hands-on experience with the SV910 dual 5G vehicle gateway.

Essential Guide: Critical Specifications for Ve...
2026-02-01

Essential Guide: Critical Specifications for Vehicle Routers You Must Know

Recently, I helped a friend select a vehicle router and discovered the market is flooded with products ranging from $30 to over $300. Many buyers only consider price and brand, then encounter various issues: unstable signals, summer overheating, connection failures, and more. Today, I’ll systematically discuss the essential specifications for ca…

 

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