CodiTrack rProbe
The CodiTrack rProbe is a compact and versatile solution for FRMCS, GSM-R, and MNO network measurements. As a streamlined alternative to CodiTrack rEdge, CodiTrack rProbe delivers the same powerful capabilities in a compact and modular design.
Autonomous Network Monitoring
Autonomous Data Collection
Designed for hands-off operation, rProbe runs fully independently and continuously streams measurement data to the CodiTrack cloud—no manual intervention required.
Accurate Location Calibration
rProbe includes GNSS-based positioning with 3 m accuracy, ensuring that all measurements are location-aware and properly aligned for spatial analysis.
24/7 Network Performance Monitoring
Captures uninterrupted network performance data from moving vehicles or static setups, enabling real-time measurements across changing environments.
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.
Deep Network Analysis Capabilities
Packet Analysis
Multi-Operator Measurement
Packet Analysis
Captures and analyzes packet-level data to assess real-time network quality, performance, and anomalies.
Multi-Operator Measurement
Supports up to 8 SIM cards, enabling automated switching between mobile operators for comparative performance analysis.
Connectivity Options & Location Accuracy
Automatic GNSS Signal Selection
Dynamically selects the strongest available GNSS signal source to maintain optimal location accuracy at all times.
Optimized Mobile Data Usage
Limits unnecessary data usage during measurements, reducing overhead and optimizing connectivity for long-duration tasks.
Modular & Flexible Deployment
Modular Configuration
The rProbe platform supports modular hardware and software configurations, making it easy to tailor for mission-specific needs.
Compatible with Standard Antennas
Supports all common RF antenna types and integrates seamlessly with existing third-party antenna infrastructure, including rooftop installations on trams or buses, enabling flexible deployment across diverse signal environments.
Standalone Operation
When not mounted, rProbe can run autonomously using its internal battery pack, offering up to 3 hours of mobile measurement.
Automatic rCloud Integration
Measurement data is automatically streamed to the CodiTrack platform for real-time visualization, analysis, and central access.
Ruggedized
Thermal resistance
Modular
Industrial Router
Antenna
Industrial computing plarform
Technical Specifications
Modem & Battery
GNSS Adhesive SMA Antenna
5G Mobile SMA Antenna
WiFi Dual-Band SMA Antenna
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)
1575 ~ 1602 MHz
RHCP
2.0 dBi
2.0
50 Ω
617 ~ 960, 1410 ~ 1610, 1710 ~ 2690, 3300 ~ 7125 MHz
Linear (vertical)
4.5 dBi
3.0
50 Ω
2400 ~ 2500, 5100 ~ 5950 MHz
Linear
≤ 3.5 dBi
≤ 2.5
50 Ω
How to order
News
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RideOnTrack showcased its latest FRMCS-ready telecom solutions at the UIC FRMCS Conference 2025.
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RideOnTrack is ISO/IEC 27001:2022 Certified
RideOnTrack is now officially ISO/IEC 27001:2022 certified. This highlights our commitment to strong information security across all our mission-critical systems and services.
Read more
RideOnTrack hosts FRMCS/MCX workshop with Funkwerk
RideOnTrack and Funkwerk hosted a live FRMCS/MCX workshop in Geel, showcasing real system demos and aligning with customer needs for practical FRMCS integration.
Read more 🚄 RideOnTrack at UIC FRMCS Conference 2025
RideOnTrack showcased its latest FRMCS-ready telecom solutions at the UIC FRMCS Conference 2025.
Read more RideOnTrack is ISO/IEC 27001:2022 Certified
RideOnTrack is now officially ISO/IEC 27001:2022 certified. This highlights our commitment to strong information security across all our mission-critical systems and services.
Read more RideOnTrack hosts FRMCS/MCX workshop with Funkwerk
RideOnTrack and Funkwerk hosted a live FRMCS/MCX workshop in Geel, showcasing real system demos and aligning with customer needs for practical FRMCS integration.
Read more