The ICT networks of the modern world work on a structured cabling system that is compatible with high data rates, multiple applications, and upgrades in technology. Bad cabling or the use of non-standard cabling has the potential to reduce the performance of the network and raise the cost of maintenance. IEC 11801 gives a global standard of generic cabling, with the ability to design and implement regardless of specific application or equipment suppliers. The standard facilitates loose network architecture, easy maintenance, and compatibility with international networking requirements.
Certification of IEC 11801
The certification to IEC 11801 is very important for proving the compliance and reliability of networks. Certification entails the checking of cabling installed against the IEC 11801 performance classes by means of test equipment that has been calibrated, and that is known to meet the requirements of the test procedures. Certified cabling systems offer a documented guarantee that the infrastructure is of international performance and safety standards to aid in regulatory compliance, warranty acceptance, and acceptance by the customer.
IEC 11801 Cabling Structure and Requirements
| Cabling Architecture | Defines hierarchical structure, including campus cabling, building cabling, and floor cabling to support scalable network design |
| Cabling Subsystems | Includes campus backbone, building backbone, horizontal cabling, work area, and equipment room subsystems |
| Transmission Media | Covers balanced copper cabling, optical fiber cabling, and hybrid systems |
| Performance Classes | Specifies cabling classes based on transmission performance, such as bandwidth, attenuation, and crosstalk |
