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NTP100 OSC HIGH STABILITY

 

 

The NTP100 OSC HS is a high stability network time server that relies on a high precision internal oven controlled crystal oscillator (OCXO) to maintain time that maintains a typical stability of 1ppb/day. The NTP100 OSC HS can serve your entire network as an enterprise-wide source for accurate time and date. The unit can be rackmounted or stand separately.

FEATURES

NTP time synchronized to internal OCXO reference , 1ppb/day typical stability
NTP query(unicast), multicast, or broadcast modes
Assignable network configuration
Supplied with Telnet and Windows based Discovery / Control tools
Rackmountable in RM4 or standalone
115/220 VAC (with supplied power supply) or 9-28 VDC operation

SPECIFICATIONS

ACCURACY
  Maintains typical stability of 1ppb/day ( < 7 sec per year or <19 ms per day) after initial time setting and 30 days aging using an internal OCXO and battery backed real time clock (RTC).
POWER SUPPLY
  12 VDC external wall mount supplied, UL & CE listed
  Supplied with US, Euro-plug, British or AUS/NZ - others optionally available
Optional threaded locking plug for DC input - specify "PS-Locking" option when ordering.
OUTPUTS
  NTP reference for query(unicast), multicast, or broadcast mode - user definable
RACKMOUNT
  Optional rack mount kit is available - see RM-4
PHYSICAL
  Size - 6.75 x 4.13 x 1.5 in. (17.15 x 10.48 x 3.81 cm)
  Weight -- 17.3 oz. (490.5 g)
CASE
  Cover - pearl white aluminum
  Front/rear panel - clear anodized aluminum
CONNECTORS
  RJ45, 10 MB / sec Ethernet connection
  Power plug - 2mm male power jack
SETUP AND CONTROL SOFTWARE
  Supports DHCP/BOOTP for automatic acquisition of network address, nameservers, and time server configuration
  NTP synchronization options, and more
  Provides dynamic configuration for networking parameters, time zone/daylight savings time
  Configure clocks through provided network discovery tool or TELNET
  Network discovery tool provides automatic discovery of NTP clocks attached to network without changing PC's networking configuration
  Configuration is saved to non-volatile memory and survives power losses
 

Encrypted network messages prevent unauthorized tampering of clock configuration

  Password Protected
   

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Last Updated: June 6, 2008