Hardware Overview

Review the hardware documentation for the NOMAD K16 Series embedded RTK GNSS module. Use these pages to evaluate module performance, define the carrier-board interface, and complete the mechanical design for a surface-mount integration.

Hardware integration path

NOMAD hardware integration follows three linked design steps. Start with module selection, continue with the electrical and RF interfaces, and finalize the PCB footprint before completing the carrier-board layout.

1

Select the module profile

Review GNSS performance, RTK and dead-reckoning parameters, electrical limits, and environmental ratings. Compare K16C and K16E according to the required operating profile.

View Specifications 2

Define electrical and RF interfaces

Review the 24-pin LCC signal definitions, UART connections, PPS timing output, active-antenna power supply, and RF-path requirements for the carrier board.

View Pin Definitions & Interfaces 3

Finalize the PCB footprint

Review the nominal 12.2 × 16.3 × 2.4 mm package dimensions and the applicable footprint, tolerances, and assembly references before completing the carrier-board layout.

View Mechanical & Dimensions

Continue with the documentation

Continue with the protocol reference after the hardware design path, or review the available compliance documents for project-level evaluation.

Protocol Review NMEA output, RTCM correction input, and POLCFG configuration commands. Certifications & Compliance Review available regulatory documents and project-level compliance references.
Product evaluation

Evaluating NOMAD for your hardware design?

Review the product page or discuss a module-level integration requirement with the Kalmix team.

View NOMAD Discuss Integration