ITS Communication Solutions

Solution Overview

Building a secure, efficient and future-ready communications backbone for smart transportation

As highways and expressways undergo intelligent upgrades, communication systems have evolved from mere “data transmission pipes” into core infrastructure that determines service quality and safety. With a deep understanding of the transportation industry’s fundamental requirements for high reliability, maintainability, and scalability, MRD delivers full‑stack communication solutions based on next‑generation industrial Ethernet and HSR/PRP redundancy technologies – helping customers build all‑IP, highly resilient, and visualized smart transportation communication networks.

Industry Challenges

Looking back at traffic communications evolution, technology clearly moves toward lower cost, higher bandwidth, stronger redundancy and easier O&M:

Traditional SDH/MSTP bottleneck
Surface for IP business efficiency is low, equipment is non-industrial grade, environmental adaptability is poor, the need for professional maintenance, integrated into this high.
Increased bandwidth and redundant requirements
High-definition video, vehicle-road collaboration, etc. Business requires more efficient bandwidth assurance (CIR/PIR) and more flexible redundant protection (ring switching < 50ms for starting point).
High O&M complexity
Traditional transmission and hanging switches belong to different systems. Fault positioning requires multi-professional collaboration, and operation and maintenance are at a high level.
Highlight security risks
In the face of network structure risks, system vulnerability risks, and protocol risks, traditional IT security measures are difficult to cover industrial control protocol scenarios.

MRD Solution Matrix

Three networking modes to fit different project stages.

MRD solution: three networking modes to adapt to different stage needs

We need for transportation communication network in different stages of development, providing flexible, can evolve networking solutions to ensure technology leadership and return on investment.

Model 1: Common Solutions - Mature and Stable Industrial Ring Network

Applicable scenarios: Applicable to new or modified small expressways, tunnels, etc. for cost-effective and easy maintenance.
Solution features: The TNM6000 series core switches and terminal access devices are used to build an industrial-grade redundant ring network. The ring network heals itself when the interval is ≤ 50 milliseconds, effectively resisting a single point of failure.
Customer value: Compared with the traditional SDH solution, procurement and maintenance are significantly reduced, and IT operation and maintenance personnel can manage the entire network equipment in a unified manner.

Model 2: New solution - Future-oriented backbone carrier network

Applicable scenarios: Applicable to new or upgraded projects with a high degree of business IP and large bandwidth requirements (such as high-definition video surveillance, vehicle-road collaboration).
Solution features: The industrial Ethernet backbone for the core provides end-to-end bandwidth assurance (CIR/PIR), and supports the passes network management system achieves real-world monitoring, fault warning, and elastic expansion.
Customer value: Network resources can be "provisioned on demand", for future V2X (vehicle connected everything), big data acquisition, etc. Adequate capability is reserved for innovative businesses.

Model 3: Future solution - HSR/PRP zero packet loss high can rely on network

Applicable scenarios: for scenarios with extremely high communication continuity requirements, such as extra-large bridges, long tunnels, and core data centers.
Program Features: Based on international standard IEC 62439-3-5 (HSR) and IEC 62439-3-4 (PRP) protocols. TNM6000 series passes hardware achieves dual sending and receiving, network failure when switching between when for 0ms, data zero packet loss.
Customer value: The traditional "software-grade" A/B network switching is upgraded to "hardware-grade", which provides telecommunication-grade reliability protection for critical services.

Technology for Ratio: Industrial Ethernet vs. Traditional SDH/MSTP networks

	Industrial Ethernet backbone network		MSTP/SDH transmission backbone network
Purchase into this	Low		high
Maintain as this	and Hanging switch is a type of equipment, easy to manage; easy to maintain and debug, IT maintenance personnel can manage all equipment		and connected switches are two types of equipment, which are inconvenient to manage; maintenance and debugging are inconvenient, and professional personnel are required (a failure point requires multi-professional personnel to participate and solve)
Device can Reliability	compliant with industrial standard, adapt to various environments, MTBF long		Non-industrial standard, weak environmental adaptability, short MTBF
Data transfer capability	IP message	Non-IP packets	IP message	Non-IP packets
Data transfer capability	high	Low	Low	high
Device types	Very many, mature technologies		Less (inconsistent for each manufacturer, each when period)
investment protection	Strong, IPstandard will not change		Weak, equipment updates quickly, miscellaneous
Technology development trends	All-IP is the development trend in various industries		Unknown direction

Core Products: TNM6000 Series - Core Switches for the Next-Generation Transportation Networking Industry

TNM6000 is an MRD specialist for transportation, energy, etc. The key infrastructure creates a high-performance, modular core switching platform, and its design fully considers the business development needs of the next 10 years.

key characteristics

Super switching capacity

High backplane bandwidth design

Easily for large traffic subsystems such as high-definition CCTV video surveillance to burst traffic.

High density and elastic expansion

Supports up to 8 10g ports and 80 Gigabit ports; supports 4 can hot-swappable business slots.

from the surface for high-density access scenarios, and support on-demand configuration, in-line elastic expansion, to protect long-term investment.

Innovative redundant protocol

The hardware supports HSR/PRP (IEC 62439) protocol.

achieves zero packet loss, zero switching network redundant, for critical business provides ultimate can reliability.

Multifunctional business module

can is equipped with a three-level security module, HSR/PRP module, etc.

On-demand integration generates secure and high-can-reliance features that simplify the network architecture.

Innovative Highlights: MRD™ Level 3 Safety Protection Module for Industrial Control Systems

The needle for transportation communication system is facing network structure risk, system vulnerability risk, protocol risk and the failure risk of traditional security measures. Our innovative security capability is placed in the industrial switch system.

1. Intelligent protection: Only specific format data passes are allowed for in-depth control of all access system data streams, including packet format, key bits, and flow to packet by packet inspection.

2. Audit detection: real when monitoring illegal access line for, recording network audit logs, providing traceability capability.

3. Host protection: Deny viruses and Trojans from running on the terminal side, prohibit unauthorized USB device access, and block unauthorized processes and network access.

4. Data isolation: Supports one-way data transmission, ensuring that the data packets are only one-way passes and have no feedback, effectively preventing core data leakage.

MRD Product Advantage: can Reliability is embedded in every design detail

Our for product can reliability commitment not only reflects in the grand agreement, but also implements in micro design choices. All products are designed based on the SR-332standard MTBF algorithm and evaluated based on the minimum operating parameter @ Operating temperature algorithm Lifetime. Key design differences include:

Thermal design: clearly distinguish between fan suction and blower application scenarios to ensure optimal long-term thermal management.
protection process: Using conductive oxidation and EniG plating, for greatly improving corrosion resistance and signal integrity than ordinary paint and tin plating.
Network transformer: Multi-port network transformer is selected to optimize port isolation and surge protection capability.
Power and software: Power supply isolation scheme is adopted to resist Power fluctuations; firmware software is periodically checked, and hidden dangers are actively found and repaired.