An acronym for Optical Time Domain Reflectometer. An optoelectronic measuring device used to carry out fault analysis and diagnosis for optical fibres.
An acronym for Optical Line Terminal. The OLTOLT An acronym for Optical Line Terminal. The OLT is designed to deliver data to the end customer and is used to connect fiber-optic trunk lines. It performs two essential functions: for the upstream, it completes the upstream access of the PON network; for the downstream, it sends and distributes the acquired data to all terminal devices. is designed to deliver data to the end customer and is used to connect fiber-optic trunk lines. It performs two essential functions: for the upstream, it completes the upstream access of the PONPON PON stands for Passive Optical Network, which describes all types of optical networks that have no active equipment between the start and end point. One of these is the network used to bring the fiber-optic link to the end-user by means of point-to-multipoint architecture in which a single fiber is used to reach several recipients via non-powered optical splitters. networkNetwork In computer language, the term network defines a set of hardware and software devices which, when linked together, enable the exchange and sharing of resources, data or information. In a computer network, the devices that generate, route and terminate data are called network nodes.; for the downstream, it sends and distributes the acquired data to all terminal devices.
A cable made of glass fiber through which a light signal is transmitted over long distances for broadbandBroadband The term broadband, in telecommunications, generally refers to the transmission and reception of information data at a connection speed of over 144 kb/s. Broadband organises different channels, conveying different content in the form of data, such as Internet radio, animation, audio files and high-definition video. network access. Compared to copper cables, optical fiberOptical fiber A cable made of glass fiber through which a light signal is transmitted over long distances for broadband network access. Compared to copper cables, optical fiber can transmit signals much faster, up to 40 Gigabits per second. It is therefore ideal for quickly transferring large amounts of data; it is also unaffected by external interference (electromagnetic interference, temperature variations, etc.). While fiber optics certainly offers the advantage of fast, high-quality and secure data transmission, its high installation cost is a drawback for network builders. Read the news to find out more: “Optical fiber, what it is and how it works”. can transmit signals much faster, up to 40 Gigabits per second. It is therefore ideal for quickly transferring large amounts of data; it is also unaffected by external interference (electromagnetic interference, temperature variations, etc.). While fiber optics certainly offers the advantage of fast, high-quality and secure data transmission, its high installation cost is a drawback for network builders. Read the news to find out more: “Optical fiber, what it is and how it works”.