Multi-GNSS Constellation Simulator enables broad analyses.

Spectracom Corp.    Rochester, NY 14623
May 24, 2012 Dual-frequency, 32-channel GSG-62 L1+L2 offers multiple frequency band operation, multiple GNSS constellation simulation, and expansion capability for frequency bands and channels. Suited for manufacturing and development tests, product can simulate all visible satellites for receiver under test. There are 16 channels for L1 frequency and 16 channels for L2 frequency, all of which can be assigned to GPS or GLONASS, P-code, or C/A code. Channels may also be used for SBAS simulation.

Wireless Clock System synchronizes clocks to official time.

Spectracom Corp.    Rochester, NY 14623
Dec 29, 2009 With NetClock® Wireless Clock System, official time from GPS-enabled master clock/time server is broadcast by wireless transmitter using open frequency 900 MHz. Analog and digital clocks receive time signal and rebroadcast it to other clocks for reliable wireless time mesh network without multiple transmitters. Integrating display time with entire network and facility infrastructure, NetClock is suited for servers, routers, building automation, access control, and video surveillance.

Time Code Processor Card features PCIe form factor.

Spectracom Corp.    Rochester, NY 14623
Dec 28, 2009 Supporting servers and computer workstations with limited peripheral card options, TSync-PCIe offers complete synchronized timecode reader/generator solution. It is compatible with external GPS receiver for installations with existing antennas and supports external signaling output to support other systems. Additional features include support for IRIG time code, alarm capture/interrupt, as well as programmable periodic (1 Hz to 10 MHz) and time-match outputs/interrupts.

Synchronization System enhances mission critical networks.

Spectracom Corp.    Rochester, NY 14623
Oct 26, 2009 SecureSync(TM) enables flexible, secure, and reliable synchronization of field operations critical to defense departments, agencies, and their contactors. Rack-mount, configured-to-order system offers timing and frequency functions expandable through modular option cards. Up to 6 cards can be accommodated to offer synchronization to various references and devices. Solution supports range of traditional and contemporary timing protocols and signal types and offers tamper-proof management.

Master Clock targets critical digital broadcast sites.

Spectracom Corp.    Rochester, NY 14623
Mar 25, 2009 Housed in 2RU chassis, EC22S Epsilon Clock(TM) features integrated IP management functions, as well as redundant power supplies, redundant GPS receivers, and redundant hot-swappable clock modules. In event of failure of any component, output signals are switched with very low phase glitch to ensure continuity of operations. With GPS signal reference, synchronization solution provides accurate UTC aligned time and frequency reference.

Timing Card is designed for PCI express peripheral standard.

Spectracom Corp.    Rochester, NY 14623
Sep 30, 2008 With ability to synchronize critical operations in embedded computing systems, TSync-PCIe Time Code Processor suits aerospace, defense, and industrial automation applications. Card can read multiple prioritized time codes, generate multiple time codes, and other synchronization outputs, as well as time tag multiple signals at maximum rate over 50,000 events/sec. Time code processor is offered with option for enhanced timing accuracy in event of loss of synchronization references.

Time/Frequency OEM Board features remote management via SNMP.

Spectracom Corp.    Rochester, NY 14623
Sep 19, 2008 With Model EB03 Epsilon Board, hundreds of transmitters can be monitored and configured regardless of their geographic location. Suited for digital broadcast single frequency networks as well as WiMAX infrastructure, compact unit offers fully integrated GPS synchronization solution. RoHS compliant device can also use external 1PPS or 10 MHz as its reference in place of GPS, and switches automatically from one reference to another while minimizing phase jump.

PCI-Bus Timing Boards support Sun Solaris v10.

Spectracom Corp.    Rochester, NY 14623
Aug 22, 2008 Timing boards are available with Solaris 10 software driver package, which allows for integration of precision timing applications into Solaris OS environment. Driver allows for set-up and control of local clock synchronization to references such as GPS or IRIG timecode. It also offers ability to generate time-based interrupts for external events, alarms, and periodic signals. Other features include support for multi-threaded applications running on multiprocessor machines.

Timing Boards support PCI bus specification 3.0.

Spectracom Corp.    Rochester, NY 14623
Aug 13, 2008 Suited for ultra low latency computer architectures, TPRO-PCI-66U and TSAT-PCI-66U bus-level timing boards offer zero latency time reads of precise time stamps. Model TPRO-PCI-66U synchronizes to master clock through IRIG and other time codes, while TSAT-PCI-66U uses GPS satellite system to synchronize to coordinated universal time without need of any local source of official time. PCI-X compliant boards run at 66 MHz bus speed with 32-bit data interface.

Network Appliance synchronizes military networks.

Spectracom Corp.    Rochester, NY 14623
Jun 12, 2007 With ability to synchronize accurate timing sources such as GPS, IRIG time code, and one pulse-per-second, Series 9300 NetClock® precision time server meets DoD mandates including use of encrypted GPS, support for IPv6, and shock and vibration resistance. Network-centric timing appliance can operate as Automated Computer Time Service server and synchronize devices via dial-up modem, IRIG time codes, one pulse-per-second, and precise 10 MHz frequency output.