3.5" Form Factor

PC/104

PC/104-Plus

PCIe/104

PCI/104-Express

COM Express

Single Board Computers

I/O Modules

Power Supplies

Single Board Computers

I/O Modules

Power Supplies

I/O Modules

Single Board Computers

Cables

PC/104

Adapters

PC/104

PC/104-Plus

PCIe MiniCard

PC/104

PCIe MiniCard

PC/104

PC/104-Plus

PCI/104-Express

PCIe MiniCard

PC/104-Plus

PCIe MiniCard

PC/104-Plus

PCIe MiniCard

I/O Modules

Single Board Computers

I/O Modules

PC/104

PC/104-Plus

PC/104

Small form factor

Ethernet Switch Modules

Single Board Computers

Ethernet Switches

Nano and NX Solutions

AGX Xavier Module Solutions

TX2 / TX2i Module Solutions

Whitepapers

Designing Embedded Computers for Rugged Applications

Application Articles

Building Automation
Paper Processing
Train Controller
Wind Instrument
Lung Simulator
Gas Analyzer
Weapon System

Visit our Markets & Applications page.

Sign Up for our eNewsletter Today!





Russian Railway Control System uses Dual SBCs for Redundancy

Untitled Document

MicroMax Computer Intelligence is an engineering company designing specialized computer systems for mission critical applications, as well as an integrator of components and systems for industrial automation, telecommunications and specialized equipment for a wide range of applications. Its client base includes the transportation industry (rail, marine and air), various industrial and manufacturing enterprises, as well as financial, federal and municipal agencies. MicroMax specializes in the development of computer technologies for rugged applications which requires performance at extreme temperature ranges, high vibration/shock, high humidity and high concentration of dust. It offers a line of off-the-shelf systems as well as highly customized systems which can be tailored to very sophisticated customer requirements.

For the Russian railway, MicroMax developed and implemented a specialized redundant SBC gateway computer system designed to work in the railway’s Automatic Train Control (ATC) systems. Called the M-MAX 400 ST/2GTW, this gateway fail-safe computer provides the intelligent interface between each station’s Automatic Interlocking Systems (AIS) CAN network and the RF modems for communication with every train. In addition, the RF transmission of signaling information adds redundancy and functionality the normal terrestrial ATC systems.

The M-MAX 400 SG/2GTW gateway system is a crucial part for effective communication and control within the entire ATC. For this reason, it was designed with dual computers featuring redundancy and failover to assure continuous operation. Due to the critical nature of the application and the harsh operating environment, all of the components of the M-MAX 400 gateway were required to be both highly reliable and highly rugged.

Each of the M-MAX 400 gateway’s dual CPU system consists of a small form factor single board computer, a wide voltage input on-board power supply module, and three I/O modules; one with dual CAN ports, one with four serial ports, and a custom module to provide redundancy between the two systems. These three I/O cards utilize both the ISA bus and PCI bus.

Diamond Systems’ Pegasus PC/104-Plus single board computer was selected as the SBC for each of these dual computing systems. Designed with an 800MHz LX800 CPU, Pegasus provided the right balance of CPU power and low cost for the application. In addition, Pegasus is designed for rugged applications, featuring an extended operating temperature of -40oC to +85oC and high resistance to shock and vibration. As PC/104-Plus SBC, Pegasus also provided both the necessary ISA and PCI buses for communication with the three I/O modules.

With the successful implementation of the M-MAX 400 ST/2GTW gateway systems with Diamond’s Pegasus PC/104-Plus SBC, MicroMax has designed other embedded railway systems using Diamond’s single board computers and I/O modules.

Together MicroMax and Diamond Systems are modernizing the Russian railway’s network of rail stations and trains, ensuring improved management and communication within the entire network.

Click here to return to the main article list.