Built-in precision timing type GPS and BeiDou II, as well as GPS and BeiDou II tamed rubidium or atomic clocks, can reproduce high-precision UTC time and generate high-precision clocks, as a test benchmark.
Precision measurement of IEEE1588v2 time servers, IP RAN/PTN/OTN/STN/SPN and other transmission equipment, as well as the time synchronization accuracy and performance of base station equipment, including 1PPS+TOD interface, and IEEE1588v2 PTP interface.
Precision measurement of clock synchronization accuracy and performance of IEEE1588v2-based clock synchronization systems, or SyncE-based clock synchronization systems
Can perform continuous testing for up to 7X24 hours, statistically analyze the long-term drift performance of time synchronization and clock synchronization, and calculate MTIE, TDEV.
Support Layer1 to Layer4 BER test function, support Layer1 to Layer4 BER test function. Support BER insertion and detection function.
Integrated traditional TDM clock measurement, 1PPS, 1PPS+ToD, NTP, SYNC-E and IEEE1588v2 PTP carrier-grade Ethernet timing test functions in one
GPS and BeiDou II tamed atomic clocks for 4-hour time keeping capability, suitable for scenarios where it is inconvenient to set up GPS antennas in the basement of the server room, etc.
PTP and SYNCE, PTP and 1PPS + TOD simultaneous test function
10M to 1000M rate packet network and Ethernet test function, support BER, throughput, RFC2544, RFC3393, loopback and other test functions
Requires Ethernet performance testing (RFC2544): Throughput (Through put), Latency (Latency), Frame loss (Frame loss), Back-to-back (Back-to-back); supports 7 custom frames for testing.
Support packet jitter test based on RFC3393 standard, which can generate data streams according to G.711, G.723.1, G.729 and user-defined three ways.
E1 BER test function
Verification and calibration of carrier-grade Ethernet timing technology
High-precision clock performance analysis and testing for power systems, railroad systems, and military communication networks
