SyncServer S600 and S650 model comparison

Time and frequency signals to your mission critical instrumentation systems with SyncServer S650 and improve security, accuracy and reliability of time services on your Enterprise IT network with SyncServer S600.

SyncServer S600 S650 model comparison

SyncServer S600 NTP Network Time Server for Enterprise

Improve security, accuracy and reliability of time services on your Enterprise IT network with Microsemi's SyncServer S600. Easily integrable into existing, future and cloud network topologies, including SDN, this robust time synchronization solution delivers:

  • Multiport GbE for easy accommodation of varying network topologies.
  • Ready compliance with increasingly stringent network security requirements.
  • IPv4/IPv6 Compliant

Highlights

  • Highly secure NTP solution with Microsemi's security-hardened NTP Reflector technology.
  • 4 GbE LAN ports standard for advanced interoperability and ease of use.
  • High accuracy NTP hardware time-stamping standard
  • Easy to use modem web interface

 
SyncServer S650 Time and Frequency Standard for Government Instrumentation

Flexibly deliver "any signal, any connector" time and frequency signals to your mission critical instrumentation systems with Microsemi's SyncServer S650. Designed for military and aerospace applications, the GPS referenced S650 delivers best-in-class synchronization performance and maximum adaptability. Innovative and highly versatile, this robust time and frequency instrument offers:

  • Multi-connector, user definable output signal configuration, eliminating the need for distribution chassis. 
  • Ready compliance with increasingly stringent network security requirements.

Highlights

  • FlexPortTM timing technology for "any signal, any connector'' capability.
  • High accuracy NTP hardware time-stamping standard.
  • Multiple GbE network ports for easy network configuration and adaptation.
  • Reliable and rugged design for long product life and wide application scope.
  • Multiple security-hardened, network-based features for stringent IA requirements.