The NDV-16 is an all-in-view 16 channels of L1 GPS/GLONASS/WASS, C/A and Carrier Fast GPS or GLONASS signal processing ASIC-correlator design. Special operating shell firmware structure design allows sophisticated tasks implementation and power consumption reduction.
Offers flexible GPS or GLONASS only, and GPS/GLONASS mode operations, autonomous precise position accuracy, raw data output (code and carrier). Also measured position data update rate up to 20 Hz Position, velocity, and time data output as well as ephemeris and almanac data output. One satellite solution RAIM function implements NMEA 0183 v2.3 and proprietary binary output RTCM SC-104 v2.2 differential reception.
The NDV-16 also offers:
- Excellent dynamic performances
- Faster TTFF cold/warm/hot start time
- Fastest reacquisition time of 1 s
- Event Marker input capability
- Special SAW filter and low-tolerance
- TCXO design in RF frond end
- Supervisor circuit implementation
- Ultra small 71x51x12 mm dimension
- Low power supply input with 3 3VDC
- Low power supply input with 3.3BVDC
- Ultra low power less than 0.63W
- On-board rechargeable battery and backup power circuit configurations
- Wide operation temperature range of-40? to 85 degrees
- Enhanced specifications upon customers' request
Antenna
GlonassCentral offers GPS/GLONASS antennas for the NDV-16 receiver with different types of timing/frequency or vehicle/personal applications:
Timing/frequency antenna:
- NDVAnt-T15 ( 15 m cable connection)
- NDVAnt-T30 ( 30 m cable connection)
- NDVAnt-V (5m cable length, magnetic base)
FAST 16 Evaluation Software
Our FAST 16 is the Windows-based software for NDV-16 performance evaluation. It provides customers with easy comprehension on visual display of observation time, epochs, satellites/sky/channel, position/velocity data, and trajectory information as well as evaluating NDV-16 receiver via proprietary binary input commands. FAST16 also has the capability of executing data logging/records to analyze position/velocity accuracy and relative statistics estimation.