A Python starter kit for automating Albedo Telecom test equipment via SNMP. The repository provides an async SNMP client, MIB compilation tools, and practical examples for building repeatable testing, configuration, and measurement workflows.

Proper GNSS antenna is critical for reliable time synchronization. This guide outlines the best practices for placement, cabling, delay compensation, and grounding to ensure stable, accurate performance in utility and telecom environments.

ALBEDO invites you to explore the Net.Time PTP/NTP/PRP precision timing clock via your browser. This demo enables engineers to test IEEE 1588 configurations, GNSS inputs, time references, and multi-protocol workflows with a click.

One of the xGenius advantages is the ability to simulate different PTP entities at the same time with multi-port configurations. This note deals with one of these configurations that enables the unit to simulate two PTP slaves at the same time.

NTP remains relevant due to its simplicity, widespread adoption, lower costs, and suitability for scenarios where ultra-high precision is not a critical factor.

GNSS is not only critical for verifying the accuracy of protocols such as PTP, SyncE, IRIG-B, 1PPS or NTP, but it is also required for one-way delay (OWD) measurements with two testers and for generating transmission and timing protocols.