01ROLLING STOCK
Rolling stock & onboard networks
Connectivity for onboard Wi-Fi, operational data and systems operating in high-speed mobile environments.
ONBOARD WI-FIOPERATIONAL DATAHIGH-SPEED MOBILITY
RAILWAY & MOBILITY / SOLUTION
Non-stop connectivity for rail that keeps moving.
Built on years of railway field experience, IDY brings proven industrial connectivity into the 5G era with next-generation Multi-RAT architectures.
01 / PROVEN IN RAILWAY
Connectivity proven in real railway environments.
IDY industrial communication devices have been deployed not only onboard trains, but across stations, digital signage, payment and retail systems, trackside monitoring and maintenance environments.
4,000+RAILWAY & MOBILITY
DEPLOYMENTS
DEPLOYMENTS
Field experience spanning rolling stock, stations and trackside infrastructure.
02STATION & SERVICES
Stations & passenger services
Connectivity supporting station equipment, digital signage, retail, payment and content distribution.
DIGITAL SIGNAGEPAYMENTSTATION SERVICES
03TRACKSIDE & MAINTENANCE
Trackside & maintenance
Connectivity for monitoring video, infrastructure data, maintenance and positioning applications.
VIDEO MONITORINGMAINTENANCEPOSITIONING
* Deployment figure includes rolling stock as well as station, passenger-service and trackside applications.
02 / FROM LTE TO 5G
Do not design the next decade around LTE alone.
Railway equipment is expected to operate for many years, while mobile networks continue their transition from LTE to 5G. The next refresh should account for both today’s LTE and the 5G networks ahead.
LTE
iR700B / iR720B / iR721B
5G MULTI-RAT
iR730B-101/102 / iR800B-102
5G MULTI-RAT
107 SERIES + iS201B
Move railway field experience built on LTE into 5G Multi-RAT. Rather than abandoning LTE, combine 5G and LTE for a practical, phased transition.
LTE BAND RE-FARMING5G MIGRATIONLONG-LIFE RAILWAY ASSETS
03 / AUTOMATION
Automation is expanding from trains to stations and maintenance.
The more operational roles shift from people to connected systems, the greater the impact of a communications failure.
Operations depend heavily on drivers, conductors, station and maintenance staff
One-person operation, remote monitoring and smart stations
AI cameras, sensors, inspection and service robots
Autonomous operation, predictive maintenance and integrated remote control
As connected systems take on more operational roles, communications shift from convenience to infrastructure that cannot stop.
04 / ARCHITECTURE
Connect trains, stations, infrastructure and control through one resilient architecture.
Avoid dependence on a single path by combining 5G/LTE, multiple carriers, edge processing, RF engineering and automatic recovery.
CONTROL / CLOUD / AIIntegrated monitoring / operations / AI
IDYRESILIENT
CONNECTIVITY5G / LTE / MULTI-RAT
CONNECTIVITY5G / LTE / MULTI-RAT
5GLTEMULTI-SIMEDGE
Train
Onboard Wi-Fi, operational data, service information and vehicle monitoring.
Station / Platform
Guidance, signage, cameras, payment/service systems and remote monitoring.
Rail infrastructure
Tracks, points, overhead lines, bridges, tunnels and maintenance assets.
FIELD / EDGEKeep critical processing running at the field edge.
EDGE PROCESSINGLocal processingKeep essential processing local
AUTO RECOVERYAutomatic recoveryRecover links and devices autonomously
ROBOTICSRobotics / remote monitoringConnect inspection and remote work
05 / TECHNOLOGY
IDY RESILIENCE LAYER
Reduce communications failure through multiple, complementary technology layers rather than a single feature.
MULTI-RAT
Combine 5G, LTE, regional BWA and local 5G according to the application.
MULTI-SIM
Use multiple carriers to reduce dependence on a single network.
AUTO RECOVERY
Monitor connectivity and device state and support autonomous recovery.
EDGE
Keep local processing available without complete dependence on continuous cloud access.
RF / ANTENNA
Engineer radio performance around trains, stations and trackside installation conditions.
FIELD-PROVEN ENGINEERINGBeyond devices: RF, antennas, networks and field operations.We engineer each communication product as part of one resilient connectivity system.
06 / INSTALLATION READY
Design certification all the way to the antenna and cable.
The best location for a communications device is not always the best location for its antenna. IDY offers antenna systems with specified extension-cable combinations as formal product configurations, enabling cable length to be selected around real installation constraints.
CERTIFIEDANTENNA
CONFIGURATIONSANTENNA + COAXIAL EXTENSION
CONFIGURATIONSANTENNA + COAXIAL EXTENSION
5G / LTE DUAL ANTENNAiAN262-5GS63G / 4G / 5G-sub6 / GNSS / Wi-Fi
ANTENNA3mBASE CABLE
+iEC1M1mEXTENSION
/iEC3.5M3.5mEXTENSION
/iEC12M12mEXTENSION
3m4m6.5m15m
IDY balances installation flexibility with clearly defined certified configurations, engineering the antenna and extension cable as one communications system for long-term infrastructure operation.
* Available extension lengths and certified configurations vary by antenna model.
07 / MAINTENANCE & MONITORING
Track and infrastructure monitoring are central to keeping railways running.
Continuous communications turn field conditions into actionable data, supporting planned and condition-based maintenance.
Track & point monitoring
Collect sensor and camera data to continuously observe changes in track condition.
Overhead line & power monitoring
Connect distributed equipment for remote inspection and maintenance decisions.
Bridges, tunnels & slopes
Send images and sensor data to edge or cloud systems for anomaly detection.
Inspection robots & drones
Connect machines used in hard-to-access areas and support remote or automated inspection.
08 / PRODUCTS
IDY products for railway and mobility
iR800B
A core for high-volume communications, edge processing and resilient multi-link architectures.
iR730B
Industrial 5G connectivity for vehicles, equipment and demanding mobile environments.
iS201B
Add 5G connectivity to existing systems for bandwidth or redundancy.
iAN262-5GS6
Water-resistant dual antenna for 5G/LTE connectivity on vehicles and outdoor railway equipment.
THE FUTURE OF RAIL CONNECTIVITY
As railway DX advances, the impact of a communications outage grows.
Connectivity must be designed as infrastructure supporting operations, maintenance and a sustainable workforce.
4,000+RAILWAY & MOBILITY5GMULTI-RATFIELDENGINEERING
09 / CONTACT
Keep critical connectivity running.
Talk to IDY about 5G migration, redundant communications, business continuity, video transmission and industrial connectivity.