OEM CONNECTIVITY ENGINEERING
Industrial Wi-Fi 7 modules and OEM integration
A module is only one part of a reliable product. We help OEM teams connect chipset capabilities, RF design, drivers, mechanics, certification planning and production testing.
Where the solution fits
Peak data rates on a datasheet do not guarantee stable performance inside the final device. Antenna placement, thermal conditions, coexistence, host interfaces, software maturity and long-term availability determine the result.
We support module selection, interface and antenna design, driver integration, RF measurements, stress testing and manufacturing handover. The goal is a reproducible embedded platform, not a one-off laboratory prototype.
Current Wi-Fi generations
Wi-Fi 6/6E and Wi-Fi 7 options matched to real requirements.
RF integration
Antenna, enclosure and coexistence decisions validated together.
Software readiness
Driver, firmware and host-platform integration support.
Lifecycle control
Documented variants, testing and change-management inputs.
Engineering scope
We support module selection, interface and antenna design, driver integration, RF measurements, stress testing and manufacturing handover. The goal is a reproducible embedded platform, not a one-off laboratory prototype.
Typical delivery components
- module and chipset shortlist
- M.2 or miniPCIe interface review
- antenna and RF validation
- driver and firmware integration
- production test concept
A controlled path from requirement to deployment
We start with the real operating environment, choose a supportable architecture and validate it before rollout.
01 / Assess
Requirements, radio environment, interfaces and risks.
02 / Design
Architecture, components, integration and test plan.
03 / Validate
Prototype, measurements, documentation and rollout support.
Integrating Wi-Fi 7 into a new or existing product?
Share the host platform, interfaces, mechanical limits, target markets and lifecycle. We will identify the main integration risks and next tests.