Liquidation Sale Timemachines, Ntp Network Time Server With Gps, Tm1000a, A Gps Antenna Maintains Current Time Broadcast By U.s. Satellites Limited Time 40% Off [ladce7Qm]

Ultimate NTP Network Time Server Solution

The Timemachines Ntp Network Time Server with GPS, model TM1000A, is the ultimate solution for accurate time synchronization across your network. This compact and versatile device uses an active GPS antenna to receive time signals from U.S. satellites, ensuring that your network's computers and time-keeping devices maintain precise time without relying on the internet. With its built-in high sensitivity GPS receiver, it can lock onto multiple satellites from outdoor locations or through some window placements, eliminating the need for an external antenna.

Key Features and Specifications

The TM1000A system is designed with several key features to enhance its performance and usability. It includes a high sensitivity GPS receiver that can lock onto multiple satellites, ensuring reliable time synchronization even in challenging environments. The unit is compact and portable, making it easy to place anywhere within your network layout, and it is compatible with our new Time Server Rack Mounts for added convenience. The active GPS antenna maintains the current time as broadcast by U.S. GPS satellites, ensuring your network remains synchronized regardless of internet connectivity issues.

Practical Uses and Benefits

The Timemachines Ntp Network Time Server is an invaluable tool for a wide range of applications. Whether you are managing a small office or a large enterprise, this device ensures that your network operates with accurate time synchronization. Its benefits include

• reducing the risk of time discrepancies that can lead to errors in critical applications
• ensuring that all network devices are on the same page, improving collaboration and efficiency
• eliminating the need for external antennas, simplifying installation and maintenance

With the TM1000A, you can trust that your network's time will always be accurate, reliable, and synchronized, no matter what.