ADVA has launched its OSA 5405-P substation grandmaster, an ultra-compact synchronization solution specifically designed for the digital transformation of power utility networks.
The OSA 5405-P delivers the precise and reliable timing that utilities need to leverage new smart grid applications, including intelligent power generation, distribution and control systems. The solution protects mission-critical infrastructure from the risk of outages caused by loss of timing from satellite signals by combining GNSS receivers with accurate PTP grandmaster clocks and network-delivered timing.
Available with rack, DIN rail and wall mounting options, the OSA 5405-P also reduces cost and complexity in synchronization networks. What’s more, by supporting both legacy and new timing technologies, the solution empowers utility networks to smoothly and cost-effectively transition to next-generation synchronization.
The OSA 5405-P offers power network operators a risk-free way to migrate their existing timing infrastructure to the accurate and robust PTP timing needed for new automated technologies and smart grid applications. With network-based synchronization backing up timing from GNSS, the OSA 5405-P removes vulnerability to loss of satellite signals. It supports multiple PTP profiles, including the Power Profile, and features NTP as well as IRIG-B interfaces for precise time synchronization of all power system devices.
Gil Biran, general manager, Oscilloquartz, ADVA
The utility network landscape is changing. With the move to distributed power generation and the digital transformation of substations, utilities face a new set of challenges and opportunities. To succeed, all processes must be tightly synchronized and a new level of accurate, robust timing is required.
Nir Laufer, VP, product line management, Oscilloquartz, ADVA
The compact and environmentally friendly design of our solution will be especially valuable as utility networks migrate to packet-based timing. The OSA 5405-P distributes accurate timing with the smallest size and power footprint on the market.
