Companies' news

FSMLabs and Spectracom announces a new partnership to address the most complex synchronization challenges for time-sensitive network operations. As the first step, Spectracom has announced a 10 gigabit-per-second high-accuracy network clock that integrates FSMLabs software with its GPS timing technology and high speed network interfaces. This combination sets a new standard for network performance and dependability in critical enterprise network applications.

Spectracom’s GSG-L1 GPS Simulator is nearing end-of-life and has been replaced by GSG-51 and the GSG-5 Series GNSS Simulators. Last-time buy orders for the model GSG-L1 will be accepted until January 31st 2014, for delivery on or before June 30th, 2014.

Spectracom released version 1.9 of the product's firmware. This update package is available through the public web site. It is recommended to update all fielded units with this upgrade.

The GSG-62 L1+L2 Dual Frequency 32-channel Multi-GNSS Simulator is shipping! In August Spectracom released an update to GSG StudioView scenario builder software to correspond to all the new capabilities in the GSG-62 including multi-frequency simulation.

SecureSync platform to support the integration of multiple devices and systems using precise time and frequency signals.

Spectracom’s 32-channel GSG-62 provides expandability to simulate current and future satellite navigation signals and frequencies.

GPS simulators offer fast and easy testing of the upcoming leap second event on June 30 to validate performance of GPS devices and systems.

Spectracom’s GSG-52 broadens the range GPS RF signal generators. Spectracom, a company of the Orolia Group and the leading provider of practical test solutions for GPS and GNSS devices and systems, has announced a new offering in its line of GPS constellation simulators.

These product lines are the basis for the continued growth and ensuring 2012 is equally successful as 2011.

New 16-channel GPS simulator supports advanced GPS receiver testing dna makes it possible to simulate Satellite-Based Augmentation Systems (SBAS).