Radio Modem for GNSS Corrections
6 levels from 5 W to 28 W, adapting to your environmental conditions.
Operate across 410 MHz to 470 MHz.
IP67-rated for durability in harsh environments.
CHC, Transparent, and TT450S for versatile data transmission.
Operate over 410 MHz to 470 MHz frequency range. The DL8 supports multiple frequency channels, providing flexibility and compatibility with different GNSS receivers and ensuring optimal performance in different environments.
Ensure reliable communications with the DL8's high power output, adjustable from 5 W to 28 W. Operators can adjust the power level to suit specific environmental conditions, ensuring consistent GNSS RTK corrections over long distances.
Supports industry standard UHF protocols including CHC, Transparent and TT450S. The DL8 is compatible with a wide range of GNSS receivers and data formats, expanding its versatility in a variety of applications.
The DL8 features high link rates of 4800 bps, 9600 bps and 19200 bps for efficient data transmission, maintaining the integrity and accuracy of GNSS RTK corrections over long distances.
Manage up to 200 editable channels with the DL8 and take advantage of channel selection flexibility for seamless operation in a variety of survey environments.
The DL8's rugged IP67-rated enclosure is dust and water resistant. This robust design ensures reliable performance in the harsh conditions of outdoor surveying.
Surveying in Remote Areas
Precision Agriculture
Machine Control
Radio Modem for GNSS Corrections
SEEKING FOR PERFECT SOLUTION TO FIT YOUR NEEDS?
Contact CHC Navigation to create a customized precision solution tailored to meet the specific needs of your business.
CHCNAV iBase
Integrated GNSS Base for Optimal Ease of Use
Key features include high data transmission speed, long-range communication, low latency, robustness, and compatibility with various surveying instruments and software for seamless integration.
Consider factors such as range, data rate, compatibility with existing equipment, environmental resistance, and power consumption to ensure that the data link meets the specific needs of your survey project.
Yes, datalinks such as the CHCNAV DL8 are critical for RTK positioning as they provide real-time data transmission between the base station and rover, enabling precise and accurate positioning that is essential for high-precision surveying tasks.
The DL8 offers adjustable output power from 5 W to 28 W, allowing operators to adapt to specific environmental conditions for reliable GNSS RTK corrections. It operates over a full 70 MHz frequency range (410 MHz to 470 MHz) for optimal performance in a variety of survey environments.
The DL8 supports industry-standard UHF protocols, including CHC, Transparent, and TT450S, ensuring compatibility with a wide range of GNSS receivers.
The DL8 offers high link rates of 4800 bps, 9600 bps, and 19200 bps, ensuring efficient data transmission for GNSS RTK corrections.
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