CHCNAV iBase GNSS Receiver

CHCNAV iBase GNSS Receiver

The CHCNAV iBase GNSS is an integrated, rugged, and reliable GNSS base station designed to offer optimal ease of use. It redefines the concept of a GNSS RTK station by eliminating the need for cables and external batteries, thus enhancing efficiency and simplicity in field operations.

Key Features:

Redefined GNSS RTK Station: Start your projects in fractions of seconds with the all-in-one iBase GNSS station. Its design eliminates the need for additional accessories, making setup three times faster compared to conventional external radio solutions. The integrated 4G modem transmits GNSS corrections via TCP/IP server, enhancing flexibility.
Lower Consumption, Longer Autonomy: The iBase GNSS electronics design reduces power consumption by 50%, while its two high-capacity removable batteries provide up to 12 hours of continuous operation. It covers up to 25 km in optimal conditions and up to 5 km in challenging environments.
Best GNSS Signal Tracking: The 1408-channel GNSS technology supports GPS, GLONASS, Galileo, and BeiDou, with advanced multipath mitigation algorithms ensuring high-quality GNSS corrections for rovers.
Industrial Grade Design: The iBase GNSS receiver features an IP67 standard for water and dust ingress protection and IK08 impact protection, ensuring durability and reliability in any working environment.

The iBase GNSS receiver is engineered to meet the needs of surveyors in UHF GNSS base and rover mode. Its integrated design eliminates the need for external batteries, cumbersome cables, external radios, and antennas. The 5-watt radio module provides GNSS RTK coverage up to 25 km under optimal conditions. The iBase GNSS receiver also includes a real-time UHF interference self-checking technique, allowing operators to select the most appropriate frequency channel for use.

The 1408-channel GNSS technology offers robust signal-tracking capabilities with advanced multipath mitigation. The receiver’s rugged industrial design meets IP67 and IK08 standards, ensuring it can withstand harsh environments and accidental falls.

Applications:

Surveying and Engineering
Construction
Mapping and Geospatial tasks
Infrastructure projects
Precision Agriculture