In the dual frequency configuration, the  X14-DSPM-(L1L2) outputs 10, 12, or 14 channels of simultaneous L₁ and L₂ with C/A and P codes available on both links.  

This unit, while highly suitable for high-end Kinematic dual frequency receivers, was designed with the military application in mind. By design, it integrates tightly with our MFIO feature card and PCI expansion boards to provide the following outputs 

This system is available in either a LabPro or LabMate software configuration. Supplied with our base hardware, it can be upgraded with any of the optional software and hardware add-on modules.

The base system comes with a powerful data-bit editor that allows for editing and customization of the modulated 50Hz data stream to simulate virtually any data bit anomaly. In addition the Waas Message Builder is standard with the LabPro. In both LabPro and LabMate configurations, we supply a calibration application that you can use at your laboratory.

Our simulator provides a complete end-to-end development and analysis tool. The system is suitable for integration within a comprehensive test laboratory or for standalone operation. Our 1-PPS timing strobe is highly stable and can be used to drive overall system timing. Additional timing outputs can be generated with the MFIO expansion card if needed.  We implement the IMU outputs from the Honeywell HG1700 SDLC sensor (electrical and data interface).

We specialize in custom applications that leverage off of our DSPM and MFIO hardware nucleus. Recently, we delivered a pseudolite system capable of generating combined GPS and pseudolite outputs. Pseudolite outputs can synchronized with the actual GPS constellation through the use of a time transfer receiver.  In this system, the output telemetry data can be customized real-time or pre-built using the scenario generator.