Future Fibre Technologies offers a comprehensive range of fibre optic intrusion detection and sensing solutions for the protection of high value assets and critical infrastructure.

Nov 25, 2016 · CommScope’s use of FFT analysis to manufacture higher-bandwidth cable meant that customers could finally get cable with higher consistency and electrical performance, and thus expand their networks.

From military and aerospace, to data centers and back plane applications, our RF cable wires set the foundation for the small-form factor cables with the high-frequency capabilities necessary to make cutting-edge products.

From the latest generation Aura Ai-X technology to Aura Ai-XS for shorter perimeters, FFT has a fibre optic intrusion detection and sensing solution for every application, including CCTV fibre optic cable systems and fence security setups.

The online Fast Fourier Transform analysis of these measurement data is a powerful control tool for detecting periodic irregularities in cable extrusion.

Fast Fourier Transformation (FFT) is utilized to detect any variations in dimension that pose a risk for data transmission in the final cable product. This helps us manage VSWR levels which is the ratio of the maximum voltage to the minimum voltage in a standing wave pattern along the length of a transmission line structure.

Future Fibre Technologies (FFT) is a fiber optic sensing technologies company based in Melbourne, Australia, with its US head office in Mountain View, California, Middle East head office in Dubai, Indian head office in New Delhi and European head office in London.

Managing VSWR levels by dialing in FFT during the manufacturing of RF cable raw materials is essential to achieving predictable, high performance RF Cable.

Future Fibre Technologies (FFT) manufactures and markets a complete family of fence-mounted fibre-optic perimeter intrusion detection and perimeter security systems, with hundreds of installations in more than 50 countries.

There is an urgent need to monitor the condition of fluid-filled taped (FFT) cables. The dissolved-gas analysis (DGA) technique that has been successfully applied to power transformers holds great potential for the preventive maintenance of FFT cables.