TIA/EIA-568-B

This allows people to understand and know what I am doing. If they need to do something, I can simply point them at the KB article and they have step by step instructions. This makes delegation much easier, and people are more likely to complete a task when they have detailed instructions. Recently, I delegated a task to our customer support team. I was able to provide them with screen shots and step by step guides on how to accomplish this. The team was able to take it over without delay or issues

cable. • Per TIA/EIA 568-B never un-twist the pairs of cable beyond the absolute minimum required for termination. Without exception the connectors have no “twist” separation of the copper connectors from the IDC on each and every termination. • The cable jacket on UTP shall only be stripped back the minimum required to terminate to connecting

to encourage voluntary compliance with standards and methods. 2. Electronic Industries Alliance (EIA) The EIA is organized along specific product and market lines that allow each EIA sector to be responsive to its specific needs. These sectors include components, consumer electronics, electronic information, industrial electronics, government, and telecommunications. The EIA (along with the TIA) was the driving force behind the original

standard describing a structured cabling system released?      c. 1995 2. What doe EIA and TIA stand for?      i. EIA – Electronics Industries Alliance      ii. TIA – Telecommunications Industry Association   3. What are the three parts of the EIA/TIA 568-B standard?      i. EIA/TIA-568-B.1: Commercial Cabling Standard, Master Document      ii. EIA/TIA-568-B.2: Twisted-pair Media      iii. EIA/TIA-568-B.3: Optical Fiber Cabling Standard 4. Identify the six subsystems of a structured

Carlyle Brown Network Protocols and Standards Week 3 Homework 1. When was the first major standard describing a structured cabling system released? c. 1995 2. Why is balance an issue in UTP cables, and what is TCL? i. The balance or symmetry of the signal over the wire pairs helps minimize unwanted leakage of the signal. ii. TCL - Transverse Conversion Loss - The TCL measurement is obtained by applying a common-mode signal to the input and measuring the differential signal level on the output

Contents Contents Page 1 Introduction Page 2 Definition of a Network Page 2 Definition of a Subnetwork Page 2 Task 1: Preparation and Planning • IP Address Scheme Page 3 Task 2: Network Design and Theory • The OSI Model Page 5 • The TCP/IP Model Page 7 • LANs, WANs and the Future Page 8 • Network Design Page 9 • Proposed Network Diagram Page 11 Task 3: Implementation and Testing • Patch Cable Construction and Testing