CN
CN

Central Network Controller L3000

The first in-vehicle central security gateway product in China supporting 5G and C-V2X

Introduction

This is the industry's first automotive-grade multi-domain interconnectivity central network controller that supports 5G/V2X. It features a fully automotive-grade chip solution and a high-performance quad-core processor, capable of high-speed data forwarding and secure processing, meeting diverse application needs for intelligent vehicles, and providing reliable network interconnectivity and security capabilities.

 

  • The most advanced, highly integrated, and secure automotive-grade security gateway in the autonomous driving field

  • High reliability: Dual-core lock-step Cortex-R5 processors meet functional safety requirements

  • It builds a deep defense system for autonomous driving vehicles, providing isolation and control security capabilities, along with IDPS capabilities

  • Supports 5G NR standalone (SA) and non-standalone (NSA) modes

  • Supports lane-level high-precision positioning with decimeter-level accuracy

  • Supports integrated applications for vehicle-road-cloud, equipped with a V2X standard protocol stack, facilitating DAY1/DAY2 scenario development

  • Supports TSN services, capable of precise timing as a clock source

  • Wi-Fi supports dual bands 2.4GHz/5GHz, with a maximum rate of up to 433.3Mb

  • Rich CAN and Ethernet interfaces make it the central hub for smart connected vehicles, enabling high-speed, secure information forwarding

Automotive-grade
Automotive-grade chips with aluminum alloy finned housing for passive cooling
In-vehicle gigabit Ethernet
High security
HSM and hardware random number generator.
Independent security core.
Supports EEA architecture for multi-domain connectivity and inter-domain control.
Deep packet inspection for inter-domain traffic.
High performance
Dual SIM 5G module support, dynamically switching carrier lines, ensuring high reliability of services.
Provides 2500 signatures/verification per second to meet high-speed mobile scenarios for V2X.