Shielded Twisted Pair (STP) - Definition or Meaning

Shielded Twisted Pair (STP)

Author:

Published:

Updated:

Share This
« Back to Glossary Index

Definition of “Shielded Twisted Pair (STP)” :

“Shielded Twisted Pair (STP) is a type of cabling that is used for transmitting data over long distances. It has a protective shield that reduces electrical noise and interference, enhancing the reliability and speed of data transmission.”

« Back to Glossary Index

Latest NEWS & Guides

  • Report calls for immediate Gov review of UK broadband USO to tackle digital divide

    Report calls for immediate Gov review of UK broadband USO to tackle digital divide

    Urgent⁤ Call for ‌Government Review of UK broadband USO to ​Bridge the Digital divide The digital‌ landscape in the UK is evolving rapidly, yet a⁢ considerable gap remains in broadband access across various⁣ regions. Recent calls for an‍ urgent government review of the Universal Service Obligation (USO) for⁢ broadband have emerged, highlighting the⁤ critical need…

    Read more

  • G.Network launches 8.5 Gbps full fibre service in London

    G.Network launches 8.5 Gbps full fibre service in London

    G.Network Unveils​ 8.5 Gbps Full ⁤Fibre Service: A Game Changer for LondonS ⁣Broadband Landscape In a meaningful move for ⁣the⁤ UK broadband sector,G.Network⁢ has ‍announced the launch of its ultra-fast 8.5 Gbps full ​fibre service in London. This ⁢initiative positions G.Network as ⁢a formidable player in the high-speed ‌broadband ⁤market, especially⁢ as consumer demand for…

    Read more

  • Vodafone UK and Nokia trial 50Gbps FTTP broadband in their Newbury lab

    Vodafone UK and Nokia trial 50Gbps FTTP broadband in their Newbury lab

    vodafone UK and Nokia Push the Boundaries with 50Gbps FTTP ⁢Broadband Trial In‍ a bold move that could redefine the landscape of internet connectivity in the UK, Vodafone⁣ UK has partnered with ⁢Nokia to trial⁤ a groundbreaking⁢ 50Gbps Fibre-to-the-Premises (FTTP)​ broadband technology at their lab in Newbury. This⁤ unprecedented speed,‌ which is‌ a ⁤significant leap…

    Read more