Our Product Ranges
We have products ranging from space qualified components to slip ring
assemblies to high power amplifiers used in counter-IED systems.
Welcome to Link Microtek
We supply high specification radio frequency (RF), microwave & infra red systems, components and instrumentation for aerospace, defence & commercial wireless applications.
We specialise in both coaxial and surface mount components, amplifiers, waveguide components and assemblies such as rotary joints or slip rings, test and measurement equipment and a unique infra red voice communication system.
Latest News
Radman 2 LT & Radman 2 XT
As you would expect we are getting lots of questions about the brand new Radman 2. There are two versions; the LT (8 GHz) and the XT (60 GHz). The LT has a lower price tag but the XT version is also much lower in cost than the previous Radman XT. We...
L3 Narda-ATM signs Link Microtek
Link Microtek has signed a representation agreement with manufacturer L3 Narda-ATM, which is based in Long Island, New York. Under the terms of the deal, Link Microtek will handle the US firm’s entire range of waveguide and coaxial components in the...
Radio monitoring & DF solutions
The Narda SignalShark Remote unit provides a powerful permanent monitoring solution. It has a small form factor, easy to install in a 19 inch rack or a tight corner of a vehicle for mobile applications. It uses SCPI for remote control commands...
Auto DF at Security & Policing 2019
New at Security & Policing 2019 is the Automatic Direction Finding Antenna (ADFA) From Narda. Coupled with the SignalShark real time spectrum analyser it is a powerful tool for either fixed or mobile monitoring of radio signals.
Optical encoding technology delivers secure infra-red communications for QinetiQ test facility
Engineers at a QinetiQ naval-communications test and evaluation facility at Portsdown in Hampshire are reaping significant benefits from the recent installation of an Azdec optical MLC (mobile local communications) system designed and developed by Li...
Optical encoding technology delivers secure infra-red communications for QinetiQ facility
Engineers at a QinetiQ naval-communications test and evaluation facility at Portsdown in Hampshire are reaping significant benefits from the recent installation of an Azdec optical MLC (mobile local communications) system designed and developed by Li...
Space qualified Ka band rotary joint
Our engineering team has designed and produced a spaceflight-qualified microwave rotary joint and associated waveguide components as part of a Ka-band antenna pointing mechanism (APM) being developed by Surrey Satellite Technology Ltd, an independent...
High power 6 Channel SPST digital micro-switch
New from Menlo Micro is a high-power 6-channel SPST micro-mechanical switch that has been designed to deliver more than 3 billion switching cycles at elevated +85degC temperatures for RF, microwave and DC applications in the defence, aerospace, scien...
8-channel coaxial rotaty joint for L-band radar system
New to our range of rotary joints is a complex 700mm-long 8-channel coaxial rotating joint for use in an L-band shipborne long-range radar system. Enabling microwave signals to be fed to and from the radar antenna, the rotating joint features six PS...
HP-01 magnetometer; time varying & static magnetic fields from 10µT to 10T
The HP-01 magnetometer provides a straightforward means of taking safety measurements in workplaces where personnel are at risk from the effects of static or time-varying magnetic fields. Manufactured by Narda Safety Test Solutions, the device featur...
Radman Mobile
The Radman Mobile is a compact entry-level RF personal monitor that has been designed to provide a cost-effective means of alerting telecoms workers to the presence of strong electromagnetic fields.
What makes a RTSA better?
Most of us in the RF & microwave world are familiar with spectrum analysers but what’s the difference between a real time spectrum analyser (RTSA) and a more traditional swept-tuned instrument? The clue is in the name and a swept-tuned analyser s...