Menu
The ETI Research Link Gold Plated range has just been updated and improved. The Housing is now made from Brass and is still gold-plated without any Nickel. All Link connectors are built to our exacting high standards to make your product perform at its very best.
The ETI Research Link RCA Connector is purpose-designed to incorporate cutting edge, premium grade audio technology.
OCC Copper Signal Pin with Tellurium Copper return. Gold Plated direct to the Copper with no Nickel
Black Brass Housing With very good vibration damping
The LINK RCA is the improved version of the famous ETI-Research Bullet RCA. The Signal Pin is now made from 1100 series OCC Copper for improved conductivity and the Return Pin is still machined from Tellurium Copper to preserve the strength needed for years of reliable use.
The wall thickness of the Signal PIN is 0.6mm for the lowest possible resistance and more importantly minimal capacitance.
The housing of the unit is now made from Brass. When ETI-Research first started making the original Bullet RCA we did not have to worry about all the Electromagnetic and RF noise. But today, with all the processors and switching power supplies commonly used throughout so many products our audio systems need to be isolated thoroughly to keep the noise to a minimum.
The LINK RCA has a Brass housing because it is very good at EMI/RF noise rejection to keep your signal as clean as it possibly can be.
The LINK RCA Connector has twin strain relief screws to keep your cable and the connection away from all the plugging and pulling stress many of these connectors are exposed to.
If absolute transparency is required then the obvious choice is the ETI-Research LINK RCA.
The ETI Research Link XLR Connector is purpose-designed to incorporate cutting edge, premium-grade audio technology, with gold plating directly on Tellurium Copper signal pins.
Gold plated direct to the Tellurium Copper signal pins
Black Brass housing
The Link XLR Connector’s conductors are all made from Tellurium Copper, which maintains the connection strength needed to last for years and years without breakage or degradation of audio quality.
The housing of the unit is made from Brass. The shift in industry adoption of contributors to EMI necessitated the use of Brass because it has very good EMI/RF noise rejection to keep your signal as clean as it possibly can be.
The pins are hollow like our RCA connector and our female XLKR is also machined for precision connection.
The Link XLR Connector has twin strain relief screws to keep your cable and the connection away from all the plugging and pulling stress many of these connectors are exposed to.
Like all ETI Research connectors, the Gold Plating is applied directly to the copper with no Nickel.
The new Link Banana connector from ETI Research features a connector made from one solid piece of Tellurium Copper that has the Gold Plating direct to the Copper without any Nickle.
Tellurium Copper Gold Plated Direct to Copper without any Nickle
Black Brass with a polymer insert to prevent the housing touching the Banana connector
The new LINK Banana utilizes the same great design as the KRYO Banana now Gold Plated and as always with all ETI-Research products without any nickel plating. The banana is machined from a solid rod of tellurium copper for high conductivity and durability.
The brass housing in matte black is consistent with the design changes made to the C Link RCA.The housing supports excellent shielding properties, eliminating impacts on sound quality. Left and right channels are clearly designated with enamel rings.
Unlike similarly designed connectors, a double strain relief system is employed to establish a more reliable and secure connection. The bare wire of the cable is secured with twin screws into the chamber at the base of the sawtooth (no soldering is required). A second set of twin screws in the brass housing allows the connector to be secured to the insulation of the cable.
Whether you want to terminate patch cords for electronic test equipment or connect a speaker cable, the Link Banana offers quality sound, value for money, and superb reliability.
The new Copper Link Bayonet Banana connector from ETI Research features up-to-date styling with the reliability of Beryllium Copper (BeCu). The connector uses a sawtooth style, often referred to as a Z-plug or BFA connector.
Beryllium Copper
Black Anodized Aluminium
This unique shape combined with the natural resilience of BeCu creates a near seamless connection between the plug and terminal.
The aluminium housing in matte black is consistent with the design changes made to the Copper Link RCA. A more streamlined look supports the housing’s excellent shielding properties, eliminating impacts on sound quality. Left and right channels are clearly designated with enamel rings.
Unlike similarly designed connectors, a double strain relief system is employed to establish a more reliable and secure connection. The bare wire of the cable is secured with twin screws into the chamber at the base of the sawtooth (no soldering is required). A second set of twin screws in the aluminium housing allows the connector to be secured to the insulation of the cable.
Whether you want to terminate patch cords for electronic test equipment or connect a speaker cable, the Link Banana offers quality sound, value for money and superb reliability.
The new Link Spade connector from ETI Research is made from one Rod of Tellurium Copper with the Gold Plated directly to the Copper without any Nickle.
Tellurium Copper
Black Brass
The ETI-Research LINK Spade is contoured to allow easy insertion on both Speakers and the Back of amplifiers.
The brass housing in matte black is consistent with the design changes made to the Link RCA. The brass housing supports the housing’s excellent shielding properties, eliminating impacts on sound quality. Left and right channels are clearly designated with enamel rings.
Unlike similarly designed connectors, a double strain relief system is employed to establish a more reliable and secure connection. The bare wire of the cable is secured with twin screws into the chamber at the base of the Spade (no soldering is required). The second set of twin screws in the aluminum housing allows the connector to be secured to the insulation of the cable.