Trimble BX982 GNSS Rugged Receiver Enclosure

Overview

The Trimble® BX982 GNSS receiver enclosure is a multi-channel, multi-frequency OEM GNSS receiver which allows OEM's and system integrators to rapidly integrate centimeter level positioning and precise heading into their application. The Trimble BX982 supports GPS L1/L2/L5 and GLONASS L1/L2 signals. In addition, Trimble is committed to the next generation of modernized GNSS configurations by providing GALILEO compatible products available for customers well in advance of GALILEO system availability. In support of this, the BX982 is capable of tracking the experimental GIOVE A/B test satellites for signal evaluation and test purposes.

Single antenna GNSS systems have difficulty determining where the antenna is positioned relative to the vehicle and object of interest,especially when dynamics are low External sensors can be used to augment this however these tend to drift when static Heading derived from dual-antenna GNSS measurements overcomes these issues and is now economically the right choice The BX982 harnesses the power of the 220 channel Trimble Maxwell 6 Technology with dual chips supporting two antennas connected to the board Independent observations from both antennas are passed to the processor where multi-constellation RTK baselines are computed A single connection to the BX982 via RS232, USB, Ethernet or CAN delivers both centimeter accurate positions and less than a tenth of a degree (2 meter baseline) heading accuracy.

Key Features

• Easy to integrate rugged package
• Two 220 channel Maxwell 6 chips for multi-constellation GNSS support
• OmniSTAR VBS / XP / G2 / HP support
• Dual antenna inputs for precise heading calculation
• Centimeter level position accuracy
• Convenience of ethernet connectivity
• Supports FDE and RAIM

Ordering Information

Trimble BX982 GNSS receiver enclosure available in a variety of configurations from L1 DGPS upwards.

Product: Trimble BX982 GNSS Rugged Receiver Enclosure
Manufacturer: Trimble
Category: OEM Enclosures