We are excited to inform you that the new standard “1588-2019 - IEEE Standard for a Precision Clock Synchronization Protocol for Networked Measurement and Control Systems” has been officially published on June 16th. The IEEE 1588-2019 standard is also referred to as PTP v2.1. The IEEE1588-2019 standard now covers approx. 500 pages while its predecessor offered just 250 pages.…
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As the SMPTE ST 2059 standards become more important for accurate synchronization and time labeling, it is equally important for users and system integrators to understand how time transmission can be influenced by the IEEE 1588 Precision Time Protocol (PTP) due to unintentional malfunctions or incorrectly configured devices as well as malicious attacks. Given the mission-critical…
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Dear Business Partners, Dear customers, We are all living in the midst of rapid change, unknown risks, and great responsibility in combating the rapid spread of the corona virus. In the past few weeks, we have received many reports, some of which are worrying, in this connection. We learn about new restrictions almost every day - in public life and through the loss of important…
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We are proud to announce, that Meinberg, a technology leader in network time synchronization with GPS/GNSS, PTP, and NTP technologies opens its own Meinberg US headquarters. By opening this new Meinberg US headquarters, the position from Meinberg and Oregano Systems on the US market is now obvious strengthened. We are able to directly serve directly serve US customers and provide…
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Oregano Systems is excited to announce our brand new syn1588® Dual NIC! The syn1588® Dual NIC - unrivalled on the market - is a 2-channel PCI Express network interface card with high-accuracy IEEE1588 hardware support. The first function available for this product will offer two independent network interfaces with high-accuracy hardware clock support following IEEE1588. Other…
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In the fourth and final part of this series, we wrap up with an explanation on how PTP is used to support SMPTE ST 2110 based services, we dive into timing constraints related to using COTS (Commercial Off-The-Shelf) hardware, i.e.: servers.
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In the previous two parts of this four-part series, we covered the basic principles of PTP and explained how time transfer can be made highly reliable using both the inherent methods IEE1588 provides as well as various complementing redundancy technologies. In this part, we look deeper into monitoring PTP systems.
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In the first part of this four-part series, we described the basic principles of the Precision Time Protocol. In part two, we investigate PTP redundancy, specifically for media networks In collaboration with Thomas Kernen from Mellanox Technologies, Nikolaus Kerö is publishing a series of four online articles to appear in the Broadcastbridge. This second instalment covering the…
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As the broadcasting industry is moving towards the All-IP studio at a growing pace, accurate and reliable time transfer over Ethernet is gaining ever more attraction. The Precision Time Protocol was chosen as the exclusive means for this key technology. In collaboration with Thomas Kernen from Mellanox Technologies, Nikolaus Kerö is publishing a series of four online articles to…
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Last week the annual SMPTE Technical Conference was held in Los Angeles with broadcast engineers from USA, Europe, and Asia alike discussing new technologies in all broadcasting areas. Oregano presented the most recent research work on optimal ways to secure PTP-based time transfer for broadcast applications. This work was done in close collaboration with Mellanox Technologies The…
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Oregano Systems – Design & Consulting GmbH provides design and consulting services in the area of the integration of complex electronic systems.
