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timing

Obama: The Trifecta of Bad Timing on Technology Policies
March 21, 2011

Obama: The Trifecta of Bad Timing on Technology Policies

Talk about your bad timing.

The outcome of the LightSquared/GPS controversy threatens to make President Obama a three-time loser in technology policy matters.

In March 2010, his administration proposed to open for drilling for oil and natural gas extensive expanses along the Atlantic coast, in the eastern Gulf of Mexico, and off the north coast of Alaska, many of those areas for the first time. Less than a month later the Deepwater Horizon oil well explosion unleashed the largest accidental marine oil spill in the history of the petroleum industry.

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By Inside GNSS
Symmetricom Launches CSAC Product for Precise Timing and Synchronization
January 18, 2011

Symmetricom Launches CSAC Product for Precise Timing and Synchronization

After eight years of successful participation in the Defense Advanced Research Projects Agency (DARPA) chip scale atomic clock (CSAC) initiative, Symmetricom, Inc., announced today (January 18, 2011) the general availability of what it says is the world’s smallest, lowest power atomic oscillator: a 16 cubic-centimeter unit weighing less than 35 grams (about 1.25 ounces) and operating on only 115 milliwatts of 3.3 VDC power.

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By Inside GNSS
Timing on the Fly
October 23, 2009

Timing on the Fly

Sensor fusion is a predominant feature of modern navigation systems. To integrate navigation systems with other sensors, the spatial and temporal relationship of the sensor systems must be defined and calibrated.

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Trimble’s Tiny Timing Receiver
April 14, 2009

Trimble’s Tiny Timing Receiver

Trimble has introduced the postage stamp–sized Resolution SMT, a 12-channel parallel tracking, embeddable GPS receiver in a surface mount packaged designed to provide precise GPS or UTC time and synchronization for many static timing applications.

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By Inside GNSS
GPS/Galileo/GLONASS timing antenna
October 28, 2008

GPS/Galileo/GLONASS timing antenna

PCTEL offers the GPSL1GL-TMG-40N timing reference antenna specifically designed for deployments in congested cell-site applications and able to receive signals from GPS, Galileo, and GLONASS satellites in the 1575.42 ± 10 MHz and 1602-1615 MHz frequency bands. The low-noise, high-gain amplifier is well suited to address attenuation issues associated with applications requiring longer cable runs. The proprietary quadrifiliar helix design, coupled with multistage filtering improves out-of-band rejection and lower elevation pattern performance.

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By Glen Gibbons
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New Company, New Time Code Generator
June 17, 2008

New Company, New Time Code Generator

ORCA Technologies’ GS-101

ORCA Technologies LLC, a recent start-up company — but one whose principals come with a long background in GPS timing instrumentation — has introduced the Model GS-101 GPS/IRIG-B Synchronized Time Code Generator (STCG).

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By Glen Gibbons
u-blox Launches GPS Timing Module
April 2, 2008

u-blox Launches GPS Timing Module

u-blox LEA-5T

Swiss GNSS chip manufacturer u-blox has introduced a new precise timing GPS module, the LEA-5T, precise timing at the CTIA Wireless 2008 conference taking place this week in Las Vegas.

Based on the company’s 50-channel, fifth-generation chipset technology, the LEA-5T is intended for such applications as telecom network synchronization, use in WiMAX base stations for home-based broadband networks, and data communication among geographically dispersed systems and devices such as NTP servers.

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By Glen Gibbons
Symmetricom Launches New Timing Products
September 14, 2007

Symmetricom Launches New Timing Products

San Jose, California–based Symmetricom, Inc., has launched the SyncServer S300/S350, the latest in its line of network time servers using the latest Network Time Protocol (NTP) to synchronize time on servers, workstations, and a variety of network elements for expanding IT enterprises.

The company also announced that its XLi SAASM Time and Frequency Receiver with a new Ground-Based GPS Receiver Application Module (GB-GRAM) SAASM receiver has been granted security approval by the Global Positioning Systems Wing (GPSW). The GB-GRAM GPS Receiver is integrated into Symmetricom’s XLi SAASM (Selective Availability Anti-Spoofing Module).

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By Inside GNSS
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