Press Release Summary:
Implementing IEEE 1588 Precision Time Protocol, RTS IEEE 1588 Master and Slave Software Stack for standard network cards eliminates need for hardware-based timestamping and delivers accuracies of Â±5 Âµs or better. It includes servo algorithms, regulators, filters, and PTP-Clock based on hardware timer. Through PTP, multiple devices are automatically synchronized with most accurate clock found in packet-based network. After initial synchronization, real-time clocks are constantly adjusted.
Original Press Release:
Real-Time Systems GmbH Introduces the First Precision Time Protocol (PTP), IEEE 1588 Protocol Stack for Use with Standard Network Cards
Software-only solution synchronizes distributed devices with high accuracy and
eliminates the need for additional hardware
Ravensburg, Germany - November 06, 2006 - Real-Time Systems GmbH (RTS), a leader in real- time software development, today introduced their software-only implementation of the IEEE 1588 Precision Time Protocol. The new software eliminates the need for hardware-based timestamping and delivers possible accuracies of ± five microseconds or better. The company expects the software to find wide use in instrumentation, automation systems and process control networks.
In the past, all implementations of the IEEE 1588 protocol requiring high accuracy also required hardware-implemented timestamping. Typically hardware-implemented timestamping adds extra non-standard components and costs. The RTS implementation achieves high accuracy using only common network interfaces, and does not require hardware-implemented timestamping. The new product includes all servo algorithms, regulators, filters, PTP-Clock based on hardware timer and direct Timer access. The RTS IEEE 1588 stack is fully tested and comes complete with documentation and an example implementation on VxWorks for x86. The RTS IEEE 1588 Software Protocol Stack is available with source code to qualified customers.
The RTS IEEE 1588 Master and Slave software stack incorporates the full specification and functionality of the Precision Clock Synchronization Protocol for Networked Measurement and Control Systems (PTP). Through PTP, multiple devices are automatically synchronized with the most accurate clock found in a packet-based network - typically Ethernet. The RTS protocol stack automatically determines the most accurate clock, otherwise known as the Grand Master Clock. During operation and after initial synchronization, the PTP real-time clocks are constantly adjusted by exchanging timing messages. The RTS implementation uses statistical techniques to further reduce residual fluctuations. Because the RTS IEEE 1588 protocol stack supports the PTP hot-pluggable functionality requirement, devices may join or leave the network at any time.
The software is simple, administration free and requires minimal resources of host components or networks. To monitor, tune and analyze a PTP network, Open Source Tools are available for free.
About Real-Time Systems GmbH:
Real-Time Systems GmbH is a leading provider of engineering services and products for embedded and real-time systems. With an extensive knowledge in quality software design, Real-Time Systems GmbH provides a competitive advantage to their customers. The in-house teams of specialists collaborate with customers at any stage of their projects, helping them develop platform software (BSP) and device drivers, as well as application programming.
Real-Time Systems GmbH is privately held and maintains its corporate headquarters in Ravensburg, Germany with partners in Europe, USA and Asia.
For more information visit: www.real-time-systems.com