RF Elements TPA-RBC TwistPort Adaptor for MikroTik RouterBOARD

Description

The RF Elements TPA-RBC is a TwistPort adaptor designed to integrate compatible MikroTik RouterBOARD radios with RF Elements TwistPort antennas. It provides a practical connection between supported MikroTik wireless platforms and the RF Elements TwistPort ecosystem, making it suitable for professional outdoor wireless networks, WISP deployments, point-to-point links and point-to-multipoint infrastructure.

The TPA-RBC is designed for MikroTik RouterBOARD platforms including compatible RB91x, RB92x, RB71x, RB411L and RBM11G models. Compatibility depends on the specific RouterBOARD and radio module configuration, so the radio module should be checked before installation. RF Elements specifies the TPA-RBC for compatible RouterBOARD platforms using two right-angle MMCX radio connections.

The adaptor uses the RF Elements TwistPort quick-locking waveguide connection on the antenna side. This allows a compatible MikroTik RouterBOARD radio to connect to RF Elements TwistPort antennas without requiring a conventional external antenna connector arrangement. The TwistPort ecosystem is designed to simplify radio and antenna integration while providing a scalable platform for wireless network deployments.

The TPA-RBC operates across a frequency range of 5180 to 6400 MHz and supports dual-linear horizontal and vertical polarization. It has a 50 Ohm impedance and a maximum VSWR of 1.8. These specifications make the adaptor suitable for compatible 5 GHz and selected 6 GHz wireless applications where the supported radio and antenna combination falls within the operating range.

For outdoor installations, the TPA-RBC uses an aluminium construction designed to provide protection for the installed MikroTik RouterBOARD radio. RF Elements specifies an operating temperature range of -40°C to +60°C and wind survival of up to 160 km/h. This makes the adaptor suitable for professional wireless deployments where equipment may be installed on towers, poles, rooftops and other exposed outdoor locations.

The RF Elements TPA-RBC is particularly useful for WISPs, ISPs, network integrators and wireless network installers that use MikroTik equipment together with RF Elements antennas. By integrating a compatible RouterBOARD with the TwistPort platform, network operators can use supported MikroTik wireless hardware with compatible RF Elements antenna solutions for point-to-point and point-to-multipoint deployments.

The TPA-RBC can also be useful when upgrading or expanding an existing wireless network. Instead of treating the radio and antenna as a completely fixed combination, the TwistPort ecosystem provides a modular approach where compatible radios can be integrated with supported RF Elements antennas. This can simplify deployment planning and provide additional flexibility for professional wireless infrastructure.

Globikom supplies networking and wireless connectivity equipment for customers in Kenya and across Africa. The RF Elements TPA-RBC is relevant for WISP projects, ISP infrastructure, rural broadband deployments, enterprise wireless networks, outdoor point-to-point links and professional network installations.

When purchasing the TPA-RBC, customers should confirm the exact MikroTik RouterBOARD model, radio module and RF Elements antenna compatibility before deployment. This is particularly important because compatibility depends on the supported RouterBOARD series and the physical size of the radio module.

For customers looking to build or expand a MikroTik-based wireless network, the RF Elements TPA-RBC provides a way to connect supported RouterBOARD hardware to the RF Elements TwistPort antenna ecosystem. Globikom can supply RF Elements networking products and related wireless equipment to customers in Kenya and other African markets.

For Globikom customers in Kenya and Africa, the RF Elements TPA-RBC can be supplied as part of a complete wireless networking solution together with compatible MikroTik radios and RF Elements antennas. This makes it useful for WISP expansion, broadband infrastructure, outdoor wireless links and network upgrade projects where reliable radio-to-antenna integration is required.