Industrial Radio Adaptors

Browse radio adaptors designed to support serial communication across industrial and infrastructure applications. These products are used to replace or reduce physical cabling by transmitting serial data over a radio link, helping connect remote equipment where wired installation is difficult, costly, or impractical.

Ideal for defence, emergency response, and mobile command environments where dependable and fast deployment is key.

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Sealevel 9065 Series

ACC-188 USB Synchronous Serial Radio Adapter

7 options available

Sealevel 9064 Series

ACC-188 PCMCIA Synchronous Serial Radio Adapter

Frequently Asked Questions

Learn More About Radio Adaptors

A radio adaptor is a device that allows serial data to be transmitted wirelessly over a radio link instead of through a direct cable connection. It is typically used to connect serial devices across distance where a wired link is not practical.

A radio adaptor is useful when running cable is too difficult, too expensive, or too restrictive for the installation. This often applies in remote sites, outdoor infrastructure, moving equipment, retrofit projects, or locations where physical obstacles make cabling impractical.

Radio adaptors are often best suited to remote monitoring, utility systems, building infrastructure, transport applications, environmental monitoring, and other industrial projects where serial devices need to exchange data without a permanent wired link. They are especially helpful where equipment is spread across a site or located in hard-to-reach areas.

No. They are often associated with legacy serial devices, but they are also useful in current systems where serial communication is still the preferred interface and wireless transmission offers a simpler deployment method. Their value comes from solving a communication-distance or cabling problem, not just from supporting older equipment.

Important factors include the serial interface required, communication range, site layout, mounting method, power input, environmental conditions, and how stable the wireless link needs to be in practice. The right choice depends on both the connected device and the physical conditions of the installation.