COMPONENTS OF STRUCTURED CABLING SYSTEMS

Hyperline System Warranty

• Hyperline warranties
• Choosing warranty
• Warranty obligations
• Warranty terms
• Certificate of warranty
• Approved components

SCS Hyperline 5e
SCS Hyperline 6
SCS Hyperline 6a
SCS Hyperline FO
SCS Hyperline FO 10G

• Approved testers

Certified Installers (CI)

• Obtaining CI status
• Support programs

Useful information

• What is SCS
• History of SCS
• Operating standards

Engineering and Assembly Manual

• Download the complete manual

History of SCS: How It All Began

Not too long ago – as late as thirty years back – there was a time when very few low-voltage systems operated in the buildings. Those were phone system, telegraph, some wired-radio outlets and fire alarm.

With the rapid computerization and rise of telecommunication services in the 1980s, the number of low-voltage systems multiplied at an avalanche pace, every system with its own type of crosses, cables and equipment – all different and incompatible with each other. A couple of offices having its own cabling was a wonderful idea, but as for cable passages, ducts and rising mains in the building it meant incompatibility and overload. So, maintaining tens of low-voltage systems rendered impossible.

To answer the needs of new technologies, some universal low-voltage cabling system was required.

And such a system was first devised in the early 1980s by the AT&T company.

The first standards describing structured cabling systems were established by such industry regulatory bodies as the Electronic Industry Association (EIA), Telecommunications Industries Association (TIA) and International Electrotechnical Commission (IEC), and consisted of:
• 1991 – ANSI/TIA/EIA-568 – Commercial Building Telecommunications Cabling Standard.
• 1995 – ISO/IEC 11801 – Information Technology – Generic Cabling for Customer Premises.

The list of standards is continually expanded keeping in pace with the emerging technologies and new products. Designers and installers from all over the world adhere to international standards when building structured cabling systems.

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