SENTINEL-6G Network Performance Dataset from the UWS–Aston Trials

This dataset preserves two network-performance CSV exports supplied with the SENTINEL-6G project evidence for the UWS–Aston trials of 30 October 2026. It contains 375 timestamped observations (238 in Trial 1 and 137 in Trial 2) of reported latency in milliseconds, jitter in milliseconds and bandwidth in megabits per second. Project documentation describes a non-clinical emergency-monitoring demonstrator with distributed RAN, EDGE and CORE services and synthetic physiological application inputs. The release includes byte-preserved originals, a prepared observation table with source-row references, 12 explicit operational annotations, a record of five excluded empty source rows, descriptive statistics for contiguous segments, a data dictionary, a structural validation report, checksums, raster/vector trace figures and reproducible Python preparation and plotting scripts. The source notes refer to CORE, EDGE, EDGE with DDoS without slicing, and EDGE with DDoS with slicing. Scenario annotation and analysis assumptions are kept separate. A normalised source label is present only on an explicitly annotated row. A separate exploratory label carries that annotation only across consecutive five-second observations and resets after each longer gap. This leaves 100 observations unassigned. The 13 longer sampling gaps are preserved; there is no interpolation, metric modification or outcome-based scenario classification. A sourced testbed profile records the reported 5G standalone Release 17 baseline, n78/n41 microcell capability and static slicing. It separates offered capabilities from the October recording configuration. The supplied slide states 20 MHz per carrier for n77 and n41, conflicting with its n78/n41 frequency list; this discrepancy is retained. Published core options, virtualisation and orchestration details are scoped to their source snapshots. Actual trial UE count, RAN split and unresolved configuration fields remain explicitly unspecified. Acquisition provenance, instrument identity, precise latency/jitter/bandwidth definitions, clock calibration, attack parameters and slice configuration are not fully established by the supplied exports. Structural validation does not independently verify acquisition or scenario execution. These two recordings support descriptive reanalysis rather than causal, clinical, radio-performance or complete device-to-alert claims. Packet loss is not included. SALUDATA Synthetic Remote Monitoring Dataset (DOI 10.5281/zenodo.23057595) is cited as related work in the same healthcare-platform context. No SALUDATA records are redistributed or transformed, and use of that particular dataset in these recordings has not been established. Dataset, documentation and figures: CC BY 4.0. Included original scripts: MIT. 6G-PATH received funding from SNS JU under the European Union's Horizon Europe programme, Grant Agreement No. 101139172.