5G-GOVSATCOM Field Trials dataset

5G-GOVSATCOM Field Trials dataset Deliverable Information Work Package 4 Lead Beneficiary UNISI Due Date 31/05/2026 Submission Date 31/05/2026 Authors Marc Carrascosa-Zamacois (CTTC), Erislandy Mozo (CTTC), Miguel Ángel Vázquez (CTTC), Josep Mangues (CTTC), Pol Henarejos (CTTC), Marius Caus (CTTC), Sergio Barrachina (CTTC), Hamzeh Khalili (CTTC), Sara Nasirian (UNISI), Minh Hoang Nguyen (UNISI), Giovanni Giambene (UNISI), Fernando Zangarini (OA), Marco Viali (CRI), Laurent Drouglazet (ADS) Deliverable Status Draft Dissemination Level PU File Name D4.3 Version History Version Date Modified by 0.0 30/03/2026 Sara Nasirian 0.1 21/05/2026 Marc Carrascosa-Zamacois; Erislandy Mozo 1.0 25/08/2026 Marc Carrascosa-Zamacois; Sara Nasirian Dataset Metadata Metadata field Value Dataset title 5G-GOVSATCOM Field Trials dataset Authors Marc Carrascosa-Zamacois (CTTC), Erislandy Mozo (CTTC), Miguel Ángel Vázquez (CTTC), Josep Mangues (CTTC), Pol Henarejos (CTTC), Marius Caus (CTTC), Sergio Barrachina (CTTC), Hamzeh Khalili (CTTC), Sara Nasirian (UNISI), Minh Hoang Nguyen (UNISI), Giovanni Giambene (UNISI), Fernando Zangarini (OA), Marco Viali (CRI), Laurent Drouglazet (ADS) Dataset version v1.0 Release date 04/11/2026 Point of contact Marc Carrascosa-Zamacois ([e-mail]) Related deliverable D4.3 - 5G-GOVSATCOM Field Trials dataset Dissemination level PU Description This dataset contains the results obtained in the field trials of the 5G-GOVSATCOM[1] project, showcasing 5G-NTN integration with GEO satellites in the X-band and seamless handovers between terrestrial and non-terrestrial networks. The dataset includes three main scenarios: Scenario Description Lab In-lab testing at CTTC premises OpenArms Maritime field trial in an Open Arms vessel CroceRossa Land field trial in Croce Rossa Italia premises The tests focus on the seamless handover of TN-->NTN-->TN while operating different applications without interruption. Lab tests emulated a mobility scenario with slow SINR degradation. OpenArms and CroceRossa scenarios emulate a sudden SINR drop. The applications used are: Ping Iperf3 Airbus Agnet MCx app (exercising messaging, Push-to-Talk (PTT), and audio calls) Traces were obtained from different devices, which used NTP synchronization to the same server. However, as field trials resulted in non-connectivity intervals, perfect synchronization cannot be assumed. Data The dataset is split in folders for each scenario, with folder for different data sources:root├───CroceRossa│ ├───App_KPI│ ├───Grafana│ ├───Iperf3│ ├───NTN_Radio│ │ ├───Antenna│ │ ├───DL│ │ └───UL│ ├───Tshark│ └───VHO_algorithm├───Lab│ ├───App_KPI│ ├───Grafana│ ├───Iperf3│ ├───NTN_Radio│ │ ├───DL│ │ └───UL│ ├───Tshark│ └───VHO_algorithm└───OpenArms ├───App_KPI ├───Grafana └───NTN_Radio └───Antenna Notice: During the OpenArms maritime demonstration, equipment failure limited the duration of the testing campaign and, consequently, the number of available measurement sources. As a result, the OpenArms dataset contains fewer data sources than the other scenarios. Dataset statistics The following table provides high-level statistics for the three scenarios included in the dataset. File counts and storage sizes are reported per scenario and for the dataset as a whole. The time span indicates the temporal coverage of the available measurements. Scenario Total size Number of files Time span covered Lab 34.5 MB 55 1h 6 min OpenArms 1.74 MB 3 4h 06 min CroceRossa 23.9 MB 56 1h 05 min Total 60.2 MB 114 6h 17 min Dataset structure Datasets Description App_KPI, Tshark .csv files with a variable descriptor in the first row and columns separated by semicolons (;). Grafana .csv files with a variable descriptor in the first row and columns separated by commas (,). Iperf3 Standard server-side terminal output for iperf3. VHO_algorithm Terminal output from the handover algorithm. NTN_Radio .csv files with a variable descriptor in the first row and columns separated by semicolons(;). Dataset variables Variables in Grafana Variable Unit Description Time YYYY-MM-DD HH:mm:ss (UTC) Date and time of the measurement in Coordinated Universal Time. TN active Boolean Indicates whether the terrestrial network (TN) connection is active. NTN active Boolean Indicates whether the non-terrestrial network (NTN) connection is active. TN RSRP dBm Reference Signal Received Power measured on the TN connection. TN SINR dB Signal-to-Interference-plus-Noise Ratio measured on the TN connection. TN ping ms Round-trip latency measured over the TN connection. NTN ping ms Round-trip latency measured over the NTN connection. TN received bitrate bps Data reception rate over the TN connection. TN transmit bitrate bps Data transmission rate over the TN connection. NTN received bitrate bps Data reception rate over the NTN connection. NTN transmit bitrate bps Data transmission rate over the NTN connection. Variables in App_KPI Variable Unit/Format Description Type Categorical Application type: audio call, video call, or push-to-talk (PTT). Start DD/MM/YYYY HH:mm Start date and time of the application test using a 24-hour clock. End DD/MM/YYYY HH:mm End date and time of the application test using a 24-hour clock. PTT access time (min) ms Minimum measured PTT channel access time. PTT access time (max) ms Maximum measured PTT channel access time. PTT access time (avg) ms Average measured PTT channel access time. Jitter (min) ms Minimum measured packet-delay variation. Jitter (max) ms Maximum measured packet-delay variation. Jitter (avg) ms Average measured packet-delay variation. RTT (min) ms Minimum measured round-trip time. RTT (max) ms Maximum measured round-trip time. RTT (avg) ms Average measured round-trip time. Variables in tshark Variable Unit/Format Description frame.time_epoch Unix timestamp Packet-capture time expressed as seconds since the Unix epoch. frame.time_relative s Time elapsed since the beginning of the capture. frame.number Integer Sequential frame number within the capture. _ws.col.protocol Text Protocol displayed by Wireshark/TShark for the packet. ip.proto Integer IP protocol number identifying the encapsulated transport protocol. frame.len bytes Total captured frame length. ip.len bytes Total length of the IP packet. ip.src IP address Source IP address. ip.dst IP address Destination IP address. tcp.stream Integer TShark identifier assigned to the TCP stream. udp.stream Integer TShark identifier assigned to the UDP stream. http.request.method Text HTTP request method, such as GET or POST. http.request.uri Text URI included in the HTTP request. http.response.code Integer HTTP response status code. Variables in NTN_Radio Antenna files Measurements and status information reported by the antenna control unit (`ACU`). Variable Unit/Format Description Current Time Timestamp Date and time of the antenna observation. AzimuthCmd º Commanded antenna azimuth angle. ElevationCmd º Commanded antenna elevation angle. Roll º Vehicle or platform roll angle. Pitch º Vehicle or platform pitch angle. Yaw º Vehicle or platform yaw angle. Latitude º Geographic latitude of the antenna platform. Longitude º Geographic longitude of the antenna platform. C/N dB Current carrier-to-noise ratio. DL/UL files Variable Unit/Format Description time_utc UTC timestamp Date and time of the measurement in Coordinated Universal Time. snr dB Signal-to-noise ratio. epre dB Energy per resource element. cfo Hz Estimated carrier-frequency offset. Format Datasets Time format Decimal separator Format Grafana UTC timestamps - MM/DD/YYYY HH:MM:SS dot (.) UTF-8 (BOM) App_KPI UTC timestamps - MM/DD/YYYY HH:MM:SS dot (.) UTF-8 NTN_Radio UTC timestamps - YYYY-MM-DDTHH:MM:SS.mmm dot (.) UTF-8 Iperf3, VHO_algorithm Relative time in seconds, counting from the start of the execution of the software. dot (.) UTF-8 Tshark Wireshark frame.time_epoch and frame.time_relative. frame.time_epoch counts the seconds since 1970-01-01 00:00:00 UTC, while frame.time_relative counts the seconds since the first frame of the capture. dot (.) UTF-8 (BOM) Related publication [1] M. A. Vazquez, S. Barrachina-Munoz, M. Di Si, F. Foukalas, B. Garrido, G. Giambene, M. Hadji, H. Khalili, J. Mangues-Bafalluy, S. Nasirian, M. Santos, L. Santilli, T. A. Tsiftsis, and M. Viali,"5G-GOVSATCOM: 5G EU-GOVSATCOM Non-terrestrial Networks for Humanitarian Connectivity",7th IEEE International Humanitarian Technologies Conference (IHTC 2024), Bari, Italy, 27–30 November 2024. DOI: [10.1109/IHTC61819.2024.10855100](https://doi.org/10.1109/IHTC61819.2024.10855100)Zenodo: Zenodo link Funding This work has received funding from the EU under the Grant Agreement 101129593 — 5G-GOVSATCOM.