Advancing UK Aerospace, Defence, Security & Space Solutions Worldwide
  • Home
  • /
  • Defence
  • /
  • Link Microtek provides QinetiQ with secure wireless comms

Defence Security

Link Microtek provides QinetiQ with secure wireless comms

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 Link Microtek, the manufacturer of optical, RF and microwave products.

Dubbed CDIF (communications development and integration facility), the facility is equipped with a vast array of radio systems, simulators and analysers, enabling it to emulate almost any ship’s communication system for purposes such as R&D, capability assurance and operational support. The CDIF is divided into two separate rooms – one housing racks of equipment and the other primarily functioning as a control room – so there is a constant need for personnel to communicate between the two.

Advertisement
ODU RT

Paul Netting, QinetiQ’s Maritime Comms & Networks Team Lead, explained: “Because of the nature of the work we do here, we cannot use an RF-based system of any kind for mobile local communications as the whole building has to be protected from inadvertent leakage of transmissions. Originally we had to either walk from room to room or reel out a telephone extension cable, which was obviously inconvenient and also presented a trip hazard. Now though, the Azdec MLC system has solved this problem.”

Since it employs optical encoding technology, the Azdec system provides QinetiQ personnel with totally secure, interference-free voice communications while allowing them to roam around the CDIF building, unhindered by any trailing wires. There are no RF emissions and the signals cannot be intercepted by any conventional method, so it is impossible for anyone to jam the transmissions or eavesdrop on what is being said.

This also means that the system can operate anywhere within the building without compromising the facility’s red/black communications demarcation. “The optical transmissions cannot couple to other items of equipment, so security is assured regardless of whether the operator is in the red or black area,” said Netting.

The eight-channel Azdec system in the CDIF comprises a compact base station, 14 fixed infra-red antennas, eight binaural headsets, 16 operators’ belt-mounted battery-pack/control units, and a central battery-charger unit.

As well as setting up separate user groups on the different channels, QinetiQ has also tightly integrated the Azdec installation with the CDIF’s VoIP system and configured it so that an engineer standing in front of an equipment rack can use the Azdec headset for an external phone call or even for speaking directly to personnel on a ship at sea. The binaural headset enables the engineer to hear internal comms in the left earpiece while external comms are fed to the right-hand side. Paul Netting again: “Operationally, the Azdec system has been a game-changer in allowing us to communicate effectively without the inconvenience of other methods.”

Advertisement
PTC rectangle

The optical digital encoding technology at the heart of the Azdec system is completely immune to radio, radar and electrical noise – even severe energy pulses – and has no effect on sensitive electronic equipment. It also carries a Class 1 product designation as defined by the EN 60825-1 standard, which means it presents no ocular or other health hazard to users.

Commenting on the CDIF installation, Link Microtek’s Managing Director Steve Cranstone said: “The Azdec optical communications system has proved itself in a variety of shipborne applications, and we are delighted to see it now being used in a secure test facility as well. In addition to offering crystal clear communications, the optical technology ensures a high level of security compared with other wireless solutions.”

 

Advertisement
FIA2026 animated banner
Military medics trial AI for the battlefield

Defence

Military medics trial AI for the battlefield

26 March 2026

Scientists from the UK and the US have tested and explored what it would take for medics to delegate high-stakes decisions to AI on the battlefield.

UK and US seek solutions to counter underwater drone threat

Defence

UK and US seek solutions to counter underwater drone threat

26 March 2026

The US Defense Innovation Unit (DIU) is seeking technology to counter unmanned underwater vehicle threats, for which UK companies can apply, with solutions assessed by jHub, for potential UK defence use.

MGI enhances engineering capability with F1 expertise

Defence

MGI enhances engineering capability with F1 expertise

26 March 2026

Witney based MGI Engineering (MGI) has bolstered its engineering capability with two key hires with F1 expertise to strengthen its capabilities and drive its growth in defence and other sectors.

UK to provide training and support for Turkish Typhoons

Defence

UK to provide training and support for Turkish Typhoons

26 March 2026

The UK Government has reached a major defence agreement with the Republic of Türkiye to provide training and support equipment and services for its recently ordered Eurofighter Typhoon aircraft.

Advertisement
ODU RT
Serco to support British Army’s marine assets fleet

Defence

Serco to support British Army’s marine assets fleet

25 March 2026

Serco has been awarded a seven-year contract to provide in-service support for the British Army’s fleet of 512 marine vessels.

Rowden hosts British Army to explore operational tech delivery

Defence Events

Rowden hosts British Army to explore operational tech delivery

25 March 2026

British engineering firm Rowden hosted a visit by British Army Sergeant Majors to explore how collaboration between engineers and soldiers helps shape and deliver operational technology.

Advertisement
PTC rectangle
Advertisement
FIA2026 animated banner