Phase micro-adjustment accuracy 1ps, frequency micro-adjustment accuracy 1E-19
Time Comparison Accuracy:≤5ns
1PPS, 10MHz, built-in high-stability crystal oscillator source
Ultra-low phase noise over a wide temperature range, Excellent short-term stability
High precision, low power consumption, small volume, 1us/1 day holdover capability
High precision, low power consumption, handheld
Low power consumption, low phase noise, customizable frequency points
Low power consumption, small volume, waterproof, internal battery
High precision, low power consumption, small volume, 1PPS+NMEA output
Ultra-low power consumption, high stability, low phase noise
16 SFP optical ports, PTP (Precision Time Protocol)
Traceability to GNSS, support multiple time-frequency signal multiple outputs, slot-based, meets power requirements.
1U, NTP/PTP, 3 Gigabit Ethernet interfaces
1U, 10MHz input with 8 output channels of 1PPS, phase adjustment
Built-in Cesium Clock, meets telecommunications standards, clock
telecom-grade clock, 10Gb optical port output, plug-in modular structure
PRTC ITU-T G.8272/ type A/ type B compliant,High-capacity E1 and T1 ports,High-capacity SFP+ PTP/NTP ports,Multiple 1pps and 10MHz outputs
Built-in dual-frequency receiver; 16-channel PTP/NTP output; Supports PTP slave function.
Compact size, dual Gigabit Ethernet ports, NTP, SSH
Built-in antenna, waterproof, PoE (Power over Ethernet)
Low power consumption, high maintenance precision, supports 1PPS calibration
Smart Holdover Algorithm, Tracking Accuracy: ≤30ns (RMS)
Small size, Timing Accuracy: ≤30ns（RMS）
multiple reference inputs, intelligent switching
1 in 15 out, 1～100MHz sine
1 input to 15 outputs, 1PPS to 1MPPS
支持gnss多模接收，支持NTP授时，支持输出10MHz、1PPS、B码和TOD等时间信息
支持gnss多模接收，支持NTP授时，支持输出10MHz、1PPS、B码和TOD等时间信息，具备液晶屏显示
Support traceability of Beidou time, PTP reference input and output, output 4-channel differential B-code and 1PPS+TOD signals, optional anti-interference antenna
Support single device positioning, orientation, and timing services, as well as relative positioning, orientation, and time correction for two devices
