Performance and Line Protection

Controlling jitter in E1 and T1 lines is required for maintaining the reliability, accuracy, and quality of digital communication ensuring proper synchronization, data integrity, and performance in timing, voice and data applications.

One-Way Delay test is important for verifying IEEE C37.94-compliant teleprotection systems because it directly assesses critical aspects such as timing, fault response, coordination, compliance with standards, and overall network reliability.

Round Trip Delay test over C37.94 is critical in teleprotection applications, where timely and accurate message communication is essential for the proper operation of protective relays and the quality of the power service.

This test involves introducing simulated disturbances into the C37.94 channel to assess how the teleprotection can handle adverse conditions as it can be subject to signal distortion, noise, interference, and other that can affect its reliability.

The Through Mode test is performed to ensure that the communication equipment correctly supports the C37.94 standard, allowing data to pass through without being processed; the xGenius or Zeus tester verifies that this functionality works correctly.

The PTP Utility profile is tailored for utility applications, particularly power distribution and smart grid systems, to ensure accurate time synchronization among devices in these critical infrastructures.

Visit us in Colombia at FISE fair where the most important manufacturers of the industry participate. There we will present Net.Time clock a big success in the region as well as xGenius tester preferred by engineers in the US, Canada and Germany.

IRIG-B provides accurate timing for internal clocks and systems to timestamp events in aerospace, utilities and control systems, so verifying IRIG-B performance is very important as it is the reference for mission critical applications.

Performance measurement of a BC running the ITU-T G.8275.1 profile which is deployed in networks with full timing support in all their nodes. In practical terms, full timing support requires that all network nodes implement the T-BC function.

The xGenius tester is equipped with two independent 10Gbs ports capable of testing network clocks to verify synchronisation capabilities using multiple master and slave PTP configurations.

Net.Time can now access the L1 and L5 GNSS bands for signal tracking. This feature has key benefits including improved accuracy, better resilience, redundancy and anti-jamming and anti-spoofing strategies.

The International Time and Sync Forum one of the world' largest timing and sync event and a who’s who of the timing and sync community. Good opportunity to meet ALBEDO and know pioneering solutions as PTP/NTP/IRIGB Testers, Clocks and WAN emulators.