Be Compliant and Say Goodbye to 'Clock Drift' with FSMLabs' Nanosecond Timing Synchronization Software.FSMLabs' RTTimeSync Meets U.S. Securities and Exchange Commission Time Synchronization Requirement SOCORRO, N.M. -- In response to Regulation NMS and MiFID, FSMLabs (http://www.fsmlabs.com) today announced immediate availability of Nanosecond (1) One billionth of a second. Used to measure the speed of logic and memory chips, a nanosecond can be visualized by converting it to distance. In one nanosecond, electricity travels approximately a foot in a wire. Admiral Grace Hopper was famous for handing out strands of "telephone wire nanoseconds" to her audience whenever she lectured about technology. Holding the wire turns the unreal concept of a billionth of a second into reality. Timing Synchronization software for Electronic Trading Systems using RTLinuxPro technology. "RTTimeSync guarantees nanosecond level time synchronization in clusters, distributed nodes, and grid computing," said FSMLabs' CTO Cort Dougan. RTTimeSync was originally created by FSMLabs for use by the military for mission-critical and safety-critical communications systems and has been adapted to handle the stringent trading timestamp regulations for NMS and MiFID. The product gives financial services organizations deploying computing clusters and trading systems accurate nanosecond time synchronization between multiple enterprise compute nodes - running Linux or Windows - with no impact on enterprise software applications. The U.S. Securities and Exchange Commission (SEC) requires that all NMS related systems must be operational by February 5, 2007 and by May 21, 2007 start full industry compliance with a pilot group of NMS stocks. (More details on the new dates can be found in the SEC release: http://www.sec.gov/rules/final/2006/34-53829.pdf.) Dougan continues by saying, "Many people in the financial services industry thought that it was impossible to avoid clock-drift, but with our RTTimeSync all systems on the network will be in sync even if the systems lose their connection to the time sources, such as GPS or Atomic Clock atomic clock, electric or electronic timekeeping device that is controlled by atomic or molecular oscillations. A timekeeping device must contain or be connected to some apparatus that oscillates at a uniform rate to control the rate of movement of its hands or the rate of change of its digits. Mechanical clocks and watches use oscillating balance wheels, pendulums, and tuning forks. network time servers." Like other components of FSMLabs hard real-time technology suite, RTTimeSync is a plug-n-play add-on software module that does not require modification of drivers and applications in the enterprise environment. "Our technology was developed in an environment where microsecond One millionth of a second. See space/time and ohnosecond. timing errors cost lives," added Dougan, "so we bring a high level of reliability and precision to financial markets where microsecond timing errors cost money. We expect an arms race to start soon in trading systems where the fastest response will win out. Our hard real-time deterministic 1. (probability) deterministic - Describes a system whose time evolution can be predicted exactly. Contrast probabilistic. 2. (algorithm) deterministic - Describes an algorithm in which the correct next step depends only on the current state. This contrasts with an algorithm involving backtracking where at each point there may be several possible actions and no way to chose between them except by trying each one and backtracking if it fails. technology provides the edge that makes the difference." RTTimeSync uses RTLinuxPro to generate and distribute a reliable, synchronized timestamp. Mike Cravens, Director of DOD Business Development, states, "RTTimeSync has been successfully used by the military in network-centric warfare operations and missions for over four years. These military grade applications require nanosecond absolute timing precision and no failure or lapse in timing synchronization." This accurate timekeeping ability of RTTimeSync is made possible by the development of RTLinuxPro and is used to correct the time available from standard Linux services. It provides nanosecond level synchronization accuracy, precision and correction even when external time sources cannot be accessed to provide a valid timing signal. About FSMLabs FSMLabs is the leading provider of secure hard real-time performance enabling technologies for Linux and BSD BSD In currencies, this is the abbreviation for the Bahamanian Dollar.Notes: The currency market, also known as the Foreign Exchange market, is the largest financial market in the world, with a daily average volume of over US $1 trillion. See also: Currency, FOREX, Hard Currency, Money operating systems running on mobile, enterprise and embedded systems devices. When failure is not an option and security is a must, FSMLabs' patented RTCore turns Linux and BSD GPOS's, such as Red Hat, SUSE, NetBSD See BSD. and FreeBSD into an NSA compliant, secure high nanosecond/low microsecond deterministic hard real-time operating system (RTOS). By combining the best-in-class enterprise operating systems (Linux and BSD) with FSMLabs' responsive hard real-time threading, scheduling, networking and virtualization technology (RTCore), technology companies can develop, deploy and deliver to market unbeatable robust, secure and performance products on time and under budget. FSMLabs was founded in 1996 and is privately held, with headquarters in New Mexico and sales and engineering staff worldwide. FSMLabs products include RTTimeSync, RTLinux, RTCoreBSD, LNet real-time networking, PSDD PSDD - Planetary Science Data Dictionary PSDD - Platform Starboard Door Dogged PSDD - Preliminary Software Design Document PSDD - Preliminary System Description Document PSDD - Preliminary System Design Description protected memory real-time, VxIT legacy emulation, Carrier Grade RTLinux, RTCore Eclipse IDE and ControlsKit real-time XML/RPC interface builder Same as GUI builder.. For more information, visit www.fsmlabs.com or email sales@fsmlabs.com. RTLinux, RTCore, LNet, PSDD, ControlsKit, and FSMLabs are registered trademarks of Finite State Machine See state machine. Labs Inc. "Embedded Enterprise" is a trademark of FSMLabs. Linux is a registered trademark of Linus Torvalds. Windows is a registered trademark of Microsoft. All other trademarks are the property of their respective organizations. |
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