Passive Optical Networking (PON) is the best kept secret of optical networking. Often used by telecommunications companies to provide the Last Mile, its application still seems to be lagging in other areas. 2024Sight has been working with PON since the very early days. With the right head-end and premise equipment PON allows for very efficient, long distance, LAN-style networking with minimal cable cost. To learn more about what PON can do for you, please read our PON-related papers and posts. Here you can find a presentation introducing GPON.
PON paves the way to create converged Information Technology (IT) Networking and Operational Technology (OT) Networking onto a single, highly efficient networking. Never heard of Operational Technology? It is the technology that manages and secures all buildings and facilities. Read more about IT/OT network convergence in our publications: PON Technology Paves the Way for Cloud Networking (Realcomm Edge)Combining Real Time and Enterprise Networking on a Single Infrastructure (White Paper)
Real Estate ICT case studies illustrate the possibilities and opportunities in fully converged buildings. In 2015 the Arcapita Bank Building in Bahrain is still one of the most converged building in the world. Occupied in December 2010, the building features an office block on the shores of the Gulf island state, which seems to glide on two waves. 2024Sight designed and supervised the implementation of the IT network and ensured uniform adoption of the network by the building sub-system vendors, as well as by the enterprise systems of Arcapita. The adoption of a passive optical fibre infrastructure was ideally suited for the challenges of the Arcapita Building. The functional specifications of the data centre were developed by 2024Sight and implementation of all aspects of the data centre has been supervised…
Occupied in 2008 in Bahrain this is a show-case digital school with fibre optic infrastructure & wireless networks throughout the campus. 2024Sight staff developed an ICT Master Plan including the implementation of computerised classrooms and wireless, thin client laptop computers. The technological infrastructure allows the seamless integration of high-speed internet, intranet, videoconferencing and provides state-of-the-art home/school communication anywhere on campus. View and download the full article here.