CodiTrack rEdge
The CodiTrack rEdge is our most extensible measurement probe for condition-based maintenance monitoring. EN50155-certified and built for the rigors of modern rail systems, rEdge enables 24/7 monitoring using existing rolling stock—no additional infrastructure required
Resilient. Connected. Certified.
24/7 Monitoring
Live Data Integration
Precise Positioning
Built for Rail Standards
Continuous 24/7 Rail Asset Monitoring
Our platform turns regular trains into moving sensors, delivering constant data. This enables faster detection of asset changes compared to infrequent measurement runs.
Real-time Connectivity with the CodiTrack Platform
rEdge sends real–time measurements to the CodiTrack cloud over secure connections. Data is automatically combined and processed, giving users instant access to analytics.
High-Accuracy Location Calibration
rEdge delivers position accuracy within 30 cm, making it possible to align each measurement with its exact location. This level of detail is essential for accurate analytics and decision making.
EN50155 Certified for Onboard Installation
Edge is fully EN50155 certified and built to handle harsh railway conditions. It withstands temperature extremes, shock, vibration, humidity, and electromagnetic interference, making it ready for train installation.
Versatile by Design
Remote management and diagnostics
Access, monitor, and troubleshoot systems from any location. Reduce downtime and avoid unnecessary on-site visits.
sensor mounting platform
The top shell of rEdge supports direct mounting of key sensor types, including cameras, radar, GNSS, antennas, audio, and lidar.
Modular internal architecture
Inside the rEdge enclosure, a flexible 19-inch subrack allows for customised electronic configurations. This enables hardware tailoring to fit specific customer requirements or mission profiles.
multiple mounting options
Mounts on the train roof or into standard 19-inch onboard racks, enabling installation on trains already in operation with minor modifications.
wired & wireless connectivity
The rEdge can act as a fully independent system, wirelessly connecting to sensors, or be connected through ethernet wiring.
4×4 MIMO with Multi-Network Measurement
Supports up to 16 mobile networks at once, for reliable data transmission to the cloud and simultaneous network monitoring. This ensures fair comparison of mobile operators under identical conditions.
Network Monitoring
RSSI
Represents the total received power of a signal, useful for assessing basic signal presence.
RSRP
Indicates the strengths of a specific reference signal, helping evaluate connection quality to a specific cell.
RSRQ
Measures signal quality by comparing RSRP to RSSI, revealing network interference and load conditions.
SINR
Evaluates how clean the signal is by comparing it to background interference and noise, essential for data throughput.
Download and Upload
Measures the speed at which data is received from or sent to the network, indicating overall throughput performance.
Ping Loss and Ping Response
Measures packet loss and round-trip time to assess network reliability and latency.
Cell ID, Frequency band, EARFCN, and Technology
Identifies the specific cell tower and radio configuration (e.g., 4G LTE, 5G) used for communication, helping track network source and capabilities.
frequency band locking
Allows locking to a specific frequency band or automatic selection of the best available band for consistent performance analysis.
subset-093 measurement
Rail-specific GSM-R assessment for regulatory compliance.
Ruggedised Protection & Environmental Resistance
Ruggedised
Modular & Expandable
Easy Installation
Thermal Management
Impact protection
shock & vibration resistance
Electrical safety
environmental sealing
Electromagnetic shielding
Radio compliance
Impact-Resistant Housing
The rEdge enclosure features a double-shielded outer shell designed to withstand impacts from debris such as rocks, ensuring long-term durability in harsh rail environments.
Rail-Grade Shock Absorption
Engineered to dampen shocks and vibrations caused by train motion, rEdge maintains performance and stability even under intense mechanical stress.
High voltage Protection and Grounding
Built to resist accidental contact with high-voltage elements, rEdge includes protective grounding measures that meet and exceed rail safety standards.
Dual-Layer Water Protection
rEdge is protected by a double-seal enclosure, offering high resistance to rain, splashing water, and pressure washing during routine maintenance.
Certified Electromagnetic Compatibility
rEdge is shielded against electromagnetic interference—both emitted and received—ensuring stable operation alongside other onboard systems.
Radio Equipment Directive (RED) Certified
Certified under the EU’s RED directive, rEdge ensures safe and interference-free use of radio components, meeting stringent requirements for health, safety, and efficient spectrum usage.
Modularity & Expandability
Modular 19-inch Rack Integration
The rEdge includes a built-in 19-inch rack sleeve inside the outer housing, enabling standardised installation of modular hardware components—ideal for IoT applications that evolve with operational needs.
Flexible Internal Payload Space
Approximately 30% of the internal volume is reserved for mission-specific expansion. DIN-rail mounting allows easy installation of custom electronics, additional sensors, or communication hardware.
Adjustable Height
The rEdge platform offers three configurable height settings to adapt to available roof space. The pack can be raised or lowered to ensure optimal sensor performance.
Adaptable Mounting and Cabling
Flexible Train-Mounting Legs
Mounting legs include multiple cutouts for alignment with train roof brackets or anchor points. Integrated vibration damping improves mechanical stability and protects internal components.
Weatherproof Cable Gland Access
A rear-facing row of cable glands allows for easy, on-site cable adjustments. This setup supports internal reconfiguration for new use cases while keeping the enclosure fully sealed against water and environmental ingress.
Thermal Management
Sun Shielding
Cooling fin
Thermal Flow
Hinged Sun Shield for Heat and UV Protection
Protects the platform from solar heat and UV exposure. The hinged design allows easy access for maintenance without removing the shielding.
Passive Cooling Fin Structure
Passive cooling fins dissipate heat efficiently, keeping internal components within safe temperature limits even in high-heat environments.
Optimised Thermal Flow with Optional Active Cooling
The rEdge platform is thermally engineered using detailed simulations to ensure efficient heat dissipation. Fans can be activated when needed to support performance in extreme temperatures.
Technical Specifications
Network Options, Dimensions, and Compliance
Modem
PC
n100, n101
n1, n3, n5, n7, n8, n20, n28, n38, n40, n41, n77, n78
B1, B3, B5, B7, B8, B20, B28, B32, B38, B40, B41, B42, B43
B1, B5, B8
EGSM-R, GSM-R, EGSM900, GSM-1800
5G Sub-6Ghz SA/NSA 2.1/3.3Gbps DL (4×4 MIMO), 900/600 Mbps UL (2×2); 4G LTE Cat 20 up to 2.0 Gbps DL/ 200M Mbps UL; 3G up to 42 DL/ 5.76 UL Mbps
802.11b/g/n/ac Wave 2 (Wi-Fi 5) with data transmission rates up to 867 Mbps (Dual Band, MU-MIMO) and 802.11r fast transition
GPS, GLONASS, BeiDou, Galileo and QZSS
9 – 50 VDC or 220Vac
Idle: < 4 W, Max: < 16.5 W (per modem, total 4)
Silver
Aluminum extrusion and heavy-duty steel, IP30
12th gen Intel® Core™ i7/i5/i3 or Celeron® processor
SoC integrated
2 x DDR5-4800 SO-DIMM (non-ECC: dual channel up to 32GB; single channel up to 16GB)
News
CFL uses CodiTrack to improve network data collection and analysis
RideOnTrack provides CFL with the CodiTrack condition‑based monitoring platform, combining IoT edge computing with a cloud‑based analytics application to deliver continuous and structured insight into mobile network performance.
Read more
RideOnTrack at MEDLI User Group Meeting for AI deployment of learning models
RideOnTrack joined the User Group Meeting of MEDLI during the BOSA EU AI Week to present CodiTrack rEdge solution. Here we shared our perspective on AI model learning and what it brings to real industries
Read more
🚄 RideOnTrack at UIC FRMCS Conference 2025
RideOnTrack showcased its latest FRMCS-ready telecom solutions at the UIC FRMCS Conference 2025.
Read more CFL uses CodiTrack to improve network data collection and analysis
RideOnTrack provides CFL with the CodiTrack condition‑based monitoring platform, combining IoT edge computing with a cloud‑based analytics application to deliver continuous and structured insight into mobile network performance.
Read more RideOnTrack at MEDLI User Group Meeting for AI deployment of learning models
RideOnTrack joined the User Group Meeting of MEDLI during the BOSA EU AI Week to present CodiTrack rEdge solution. Here we shared our perspective on AI model learning and what it brings to real industries
Read more 🚄 RideOnTrack at UIC FRMCS Conference 2025
RideOnTrack showcased its latest FRMCS-ready telecom solutions at the UIC FRMCS Conference 2025.
Read more