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VersaPNT Assured Positioning, Navigation & Timing Unit vs Septentrio PolaRx5TR GNSS Time and Frequency Transfer Receiver

Spec comparison for two products on Aviation Souk. Both compete in Air Traffic Control & Navigation Aids.

Cost of ownershipVersaPNT Assured Positioning, Navigation & Timing UnitSeptentrio PolaRx5TR GNSS Time and Frequency Transfer Receiver
Price tier——
Lead time (weeks)?–??–?
Delivery——
Install——
GCC airports deployed00
Certifications56
Specs

Technical specifications.

SpecVersaPNT Assured Positioning, Navigation & Timing UnitSeptentrio PolaRx5TR GNSS Time and Frequency Transfer Receiver
Sensor fusionFlexFusion engine combining GNSS + internal tactical-grade MEMS IMU + precision oscillator; external IMU and alternative-navigation inputs supported—
GNSS72-channel L1 receiver, multi-constellation capability; SMA input with +5 VDC antenna feed; AJAS anti-jam antenna compatible—
Oscillator optionsOCXO, high-performance OCXO, mRO-50 miniature rubidium—
1PPS accuracy to UTC (locked)+/-50 ns; frequency accuracy 5x10^-12 (OCXO) to 1x10^-12 (mRO-50) averaged over 24h—
Holdover 1PPS drift (mRO-50)0.2 us @ 4 h, 1.5 us @ 24 h, 20 us @ 7 days; (OCXO): 3 us @ 4 h, 40 us @ 24 h—
Position accuracy2.5 m RMS horizontal, 5.0 m RMS vertical (GPS L1, typical); velocity +/-0.05 m/s; heading <0.2 deg RMS with GPS; 400 Hz nav output rate—
Operational readiness (hot start)1 ms UTC accuracy in 60 s, 1 us in 200 s—
Timing I/O1PPS, configurable pulses to 10 MHz, IRIG DCLS (A/B/E/G, NASA-36), HaveQuick, NMEA 0183 over RS-232/RS-485, 10 MHz sine (SMA)10 MHz REF IN (50 Ω) and REF OUT (1.1 Vpp sine), monitored 1 PPS IN, 5 V PPS OUT up to 100 Hz
NetworkNTP v2/v3/v4 server, PTP IEEE 1588 v1/v2 master, dual 10/100/1000bT; SNMP v2/v3, JSON RPC, HTTPS web management—
GNSS jamming/spoofing detectionoptional embedded—
Power10-32 VDC, <25 W typical (OCXO), 0.4 W standby; size 147.3 x 127.5 x 63.0 mm VITA 75; weight 1.0 kg—
Environment-40 to +71 C operating (OCXO; -10 to +45 C mRO-50), IP65, MIL-STD-810G shock/vibration, MIL-STD-461F EMI/EMC, 45,000 ft altitude—
Ordering / variantsOscillator: OCXO / high-performance OCXO / mRO-50 mini-rubidium (rugged low-phase-noise OCXO option for high-vibration platforms); optional internal option board for additional RS-232/RS-485/DCLS interfaces; optional embedded jamming/spoofing detection; optional VICTORY interface; external IMU input. SAASM and M-Code receiver variants are export-controlled (authorised government users only) and excluded from this listing.—
Hardware channels—544 (GReCo4 tracking processor)
Constellations tracked—GPS (P-code L1/L2, L2C), GLONASS, Galileo, BeiDou, NavIC — all visible signals
Timing compliance—CGGTTS V2E on board and on PC; compliant with CCTF recommendations 4 and 5 (2015)
Code-carrier bias—0 by design
Inter-frequency code bias—< 10 ns
Code measurement precision—< 0.5 ns
Phase measurement precision—< 5 ps
PPS-in delay calibration precision—20 ps
1 PPS out accuracy / rise time—5 ns / < 2 ns
Interference monitoring—AIM+ monitors, flags and mitigates narrow/wideband interference, jamming and spoofing; spectrum analyser; operation near chirp jammers
Anti-spoofing—Galileo OSNMA support
Max raw data rate—100 Hz
Data formats—CGGTTS V2E, SBF, RINEX v2.x/3.05/4.00, BINEX, NMEA v2.30/v4.10, RTCM MSM (optional)
Interfaces—4 hi-speed serial, 100 Mbps Ethernet (PoE), Wi-Fi 802.11 b/g/n, USB device + USB host, HTTP/HTTPS, FTP/SFTP, NTRIP
Onboard logging—16 GB, up to 48 logging jobs
Power consumption—3–5 W
Input voltage—9–30 VDC
Dimensions—235 × 140 × 37 mm
Weight—940 g
Operating temperature—−40 to +65 °C
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