Radial Engineering
Radial Engineering SGI RX Instrument Line Driver Receiver – Balanced Guitar Signal Recovery Interface for Long-Distance Audio Transmission and Studio/Stage Signal Routing
- SKU:
- R800 1700 02
- UPC:
- 676101046843
- Shipping:
- Calculated at Checkout
Description
The Radial Engineering SGI RX Instrument Line Driver Receiver is the dedicated recovery unit of the SGI long-distance guitar signal system, designed to convert a balanced, low-impedance line signal back into a standard high-impedance instrument-level output for use in studio and live stage applications.
As a replacement or standalone receiver (RX only), it must be paired with the matching SGI TX transmitter unit to function. The SGI RX receives the balanced signal sent over standard XLR cable from the TX unit and converts it back into a natural instrument signal that can be connected directly to guitar amplifiers, pedalboards, or recording interfaces.
This system allows guitar signals to be transmitted over long distances without suffering from tone loss, noise interference, or high-frequency degradation, which are common issues with traditional instrument cables. By maintaining a balanced line throughout the transmission path, the SGI RX ensures clean, stable signal recovery even in complex stage or studio environments.
Engineered with Radial’s professional-grade design standards, the SGI RX preserves the guitar’s natural dynamics, feel, and frequency response, making it ideal for demanding touring rigs and broadcast setups where consistent tone and reliability are critical.
Key Features:
- Receiver unit for SGI long-distance guitar signal system
- Converts balanced line signal back to instrument-level output
- Requires SGI TX transmitter for operation
- Enables long-distance signal transmission via standard XLR cables
- Eliminates noise, interference, and tone loss over extended runs
- Studio and stage-grade signal integrity and low-noise performance
- Compact, rugged design for professional touring use
- Maintains natural guitar tone and dynamic response