Skip to main content

LC fibre optic adapter lock

The LockIT LC optical fibre adapter lock has joined Siemon's LockIT line of secure network connectivity. This new, tamper-proof adapter lock protects against unauthorised access to unused LC ports and can be used to secure nearly any LC optical fibre-based network infrastructure. The system is designed to provide physical layer security without adding complexity or impacting overall functionality and density.
January 25, 2012 Read time: 1 min
The LockIT LC optical fibre adapter lock has joined 697 Siemon's LockIT line of secure network connectivity. This new, tamper-proof adapter lock protects against unauthorised access to unused LC ports and can be used to secure nearly any LC optical fibre-based network infrastructure. The system is designed to provide physical layer security without adding complexity or impacting overall functionality and density.

The LockIT adapter lock snaps securely into any industry-standard LC port, blocking cord access and preventing tampering. Removable only with a specially designed key, the lock fits flush within the port, providing full access to adjacent ports regardless of density, and it is brightly coloured to allow network personnel to quickly identify locked ports. These new secure components are system- and cabling performance-independent, allowing them to secure any active equipment LC port, or passive LC patching, plug and play or work area port.

Related Content

  • April 9, 2014
    The bus to IP access control has left the station
    David Lenot examines how mass transit agencies can benefit from IP access control and the features required to ensure a sound investment. With millions of commuters relying on their services daily, mass transit agencies are faced with the unfortunate reality that their operations are susceptible to threats. A single incidence of unauthorised access to restricted areas and buildings could be the catalyst to damaged property, endangered lives or other unfortunate events. Unlike an international airport
  • June 7, 2012
    ComNet extends Wiegand distances
    Communication Networks (ComNet) is introducing a fibre-optic distance extending interface that allows optical connectivity between one card reader and its associated door or gate locking hardware, and any Wiegand, Magstripe, or F/2F-based control panel. The ComNet FDW1000 transmits Wiegand data optically over multimode or single-mode fibre at distances up to 3.5km or 40km respectively.
  • July 20, 2012
    Developments in security for wireless communications networks
    David Crawford looks at new developments in security for wireless communications networks. Wireless communications - including mobile phone links - are well recognised as a key transport technology. They are low-cost, easily installed, well supported by the wider IT industry and offer the protocols of choice for much metropolitan area networking on which transport applications can piggyback.
  • January 9, 2018
    Argus partners with Renesas to secure connected and autonomous vehicles against cyber attacks
    Argus Cyber Security’s Connectivity Protection and Lifespan Protection solution suites have been integrated with Renesas Electronics Corporation’s R-Car H3 Computing Platform, in an agreement which aims to protect infotainment and telematics units in connected and autonomous vehicles against cyber-attacks. The Argus Connectivity Protection is designed with the intention of preventing malware installation, detecting operating system anomalies, isolating suspicious activity and stopping attacks from