Deployment Solutions for Self-Driving Vehicles and Intelligent Logistics

Vehicle routers enable stable, reliable communication links and location tracking between mobile assets and dispatch centers. In autonomous driving applications across mining sites, ports, and industrial campuses, these devices must deliver rock-solid reliability—once vehicles enter operational zones, technicians simply cannot troubleshoot connectivity issues on-site. Remote operators and dispatch systems need real-time data and control commands from vehicles that stay perfectly synchronized with the control center. This keeps vehicles online throughout entire work shifts while giving dispatchers complete visibility into all fleet assets for efficient operational coordination.

The Cixinglink SV series vehicle router serves as the core communication hub for building Vehicle Area Networks (VAN), connecting onboard cameras, lidar units, millimeter-wave radar, domain controllers, and other equipment to the internet and backend dispatch systems. Support for PTP/GPTP time synchronization protocols ensures accurate timestamps for time-sensitive applications. Dispatch centers can easily monitor telemetry data, sensor feeds, video surveillance streams, work orders, and other connected devices transmitting over 5G networks.

Through integrated V2X vehicle-to-everything functionality, SV series vehicle routers support direct communication between vehicles and between vehicles and roadside infrastructure, enabling optimal route planning and coordinated fleet management. In industrial transport scenarios involving mining haul trucks, port container carriers, and campus logistics vehicles, dual 5G links deliver high-bandwidth, low-latency, highly reliable network connectivity to the vehicle side.

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Vehicle Area Network Architecture

 

 

The vehicle router communicates with dispatch centers via GPS positioning, dual 5G cellular networks, or VPN tunnels. Simultaneously, it connects to various onboard devices through automotive Ethernet, CAN bus, and M12 industrial interfaces, forming a complete vehicle area network architecture.

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Purpose-Built for Vehicle Network Environments

Ultra-Low Power Design Low-power sleep mode dramatically reduces battery drain when vehicles are parked and shut down—ideal for vehicles that don’t run around the clock.

High-Speed Mobile Cellular Connectivity Dual 5G link architecture ensures vehicles maintain stable base station connections while moving at speed. Even in complex traffic conditions with frequent tower handoffs, seamless roaming happens in milliseconds.

Vehicle Sensing Application Support Through CAN bus and DI input interfaces, operators can remotely monitor vehicle speed, acceleration, position, throttle position, and other operational data. This gives fleet managers a complete picture of every vehicle.

Ignition Power Management Automatically manages router startup and shutdown based on vehicle ignition state. Configurable delayed shutdown ensures all cached data uploads safely to the cloud before power cuts off.

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Built for Fleet Management and Vehicle Networking Needs

Industrial Transportation Mining haul trucks, port container carriers, campus logistics vehicles, autonomous freight trucks, construction equipment fleets

Services publics Police patrol vehicles, ambulances and emergency response units, fire trucks, government fleet vehicles

Public Transit City buses, trams, subways, intercity rail

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SV Series Vehicle Router Product Line

SV910 Vehicle Gateway (Dual 5G)

 

The SV910 is a high-performance dual 5G vehicle Ethernet gateway powered by a quad-core 64-bit Cortex-A55 processor. It deeply integrates 5G, V2X, low-power operation, and TSN time-sensitive networking technologies.

Core Specifications:

• Dual 5G high-speed cellular with multi-network aggregation and link redundancy
• 6x automotive Ethernet ports (100BASE-T1/1000BASE-T1)
• 2x M12 industrial Ethernet ports
• 3x CAN bus, 2x DI inputs, 2x relay outputs
• PTP/GPTP nanosecond-level time synchronization
• Integrated V2X vehicle-to-everything communication module
• Remote wake-up and local wake-up support
• Industrial-grade wide temperature design for harsh vehicle environments

Best For: Autonomous driving projects demanding extreme time synchronization precision. Intelligent connected vehicles requiring V2X coordination. High-compute scenarios with multi-sensor fusion.

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SV900 Vehicle Gateway (5G)

 

The SV900 is a general-purpose 5G vehicle gateway running a dual-core A53 processor. It emphasizes interface versatility and secondary development flexibility, with rich industrial-grade M12 interfaces.

Core Specifications:

• Dual 5G or 5G+4G combinations with RedCap lightweight network support
• 5x M12 aviation connector Ethernet ports
• 1x M12-X integrated port (RS232/RS485/CAN combined)
• Built-in multi-network aggregation SDK for deep customization
• NTRIP high-precision differential positioning protocol support
• Log FLASH storage and network status monitoring
• Vibration and shock resistant design for tough mobile conditions

Best For: Connected vehicle projects focused on data backhaul and remote monitoring. Survey and mapping vehicles needing RTK high-precision positioning. Custom applications requiring secondary development. Budget-conscious general fleet management.

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Compatible with Major Carrier Networks

SV series vehicle routers support 5G/4G networks from China’s three major carriers—China Mobile, China Unicom, and China Telecom. They also work with mainstream international carrier frequency bands for overseas project deployments.

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Why Choose Cixinglink Vehicle Routers for Your Fleet?

The quality of your vehicle router directly determines network stability and availability.

Rugged and Built for Harsh Environments

SV series vehicle routers use industrial-grade components and reinforced structural designs. They withstand continuous vibration, dust exposure, and extreme temperatures found in mines, ports, and similar demanding environments. Operating temperature range spans -40°C to +70°C, ensuring stable performance in both scorching heat and bitter cold. M12 aviation connectors and automotive-grade interfaces provide reliable physical connections that won’t loosen or corrode over time.

Enterprise-Grade Networking Capabilities

With extensive routing protocol support, SV series routers deploy easily in complex enterprise network architectures. They support static routing, policy routing, NAT, firewall, VPN tunnels, and more—operating flexibly as router, gateway, or bridge. Dual 5G link aggregation and intelligent switching algorithms ensure business continuity, keeping critical control signal latency consistently under 15ms.

Precision Time Synchronization

The SV910 supports IEEE 1588v2 PTP and IEEE 802.1AS GPTP protocols, establishing nanosecond-level time synchronization across the entire vehicle network. This proves essential for autonomous driving multi-sensor fusion and remote teleoperation—time-sensitive applications where timing errors cause real problems. Precise timestamps let lidar point clouds, camera images, and radar data fuse correctly using unified time coordinates.

Comprehensive Security Protection

Support for IPSec VPN, OpenVPN, and other encrypted tunnel protocols secures data transmission between vehicles and cloud platforms. Multi-layer access controls and firmware signature verification protect devices from malicious attacks. Sensitive data stays encrypted throughout transmission, meeting industrial control system cybersecurity requirements.

Professional Technical Support

When you need technical consultation during selection or deployment, Cixinglink’s professional support team responds quickly. Whether by phone, email, or on-site assistance, our engineers provide full-cycle service from solution design through equipment commissioning to troubleshooting. We’ve established long-term partnerships with over 30 leading autonomous driving companies, accumulating extensive real-world project experience.

A Partner You Can Trust

Cixinglink focuses exclusively on vehicle communication, holding full-stack independent intellectual property rights. Manufacturing facilities in Fuzhou and Xiamen total over 11,000 square meters, with ISO triple certification. From R&D through production, testing, and after-sales, our complete quality control system ensures every shipped device passes rigorous verification. When network stability matters to your business, choose battle-tested professional products. Choose Cixinglink.

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How to Choose the Right Vehicle Router?

Requirement	Recommended Product
Autonomous driving multi-sensor fusion	SV910
V2X vehicle-road coordination	SV910
Onboard devices with T1 interfaces	SV910
High-compute multi-task workloads	SV910
General data backhaul and monitoring	SV900
RTK high-precision positioning	SV900
Secondary development customization	SV900
Budget-sensitive projects	SV900

Not sure which product fits your project best? Reach out to our technical support team. We’ll provide professional selection recommendations based on your specific application scenario.