CCCA completes electrical performance testing of Category 6 copper patch cords
Testing by CCCA finds high failure rate in electrical performance of imported category 6 copper patch cords.
The Communications Cable and Connectivity Association (CCCA) announced that it recently completed large-scale, electrical performance testing of Category 6 copper patch cords. Test results show an 85% failure rate in patch cords produced offshore by companies who are largely unknown in North America. A second, large sample set of Category 6 copper patch cords produced by multiple, well-recognized manufacturers was also tested and showed 0% failure rate. Copper patch cords are typically used to connect network devices for signal routing (i.e. wall outlets, patch panels, switches, routers).
CCCA's patch cord testing program follows the communications cable testing program conducted in 2008 and 2009, which uncovered a serious fire safety hazard with non-compliant copper data communications cable imported into North America.
To assure statistically meaningful results, CCCA tested a total of 499 samples from 16 brand names of Category 6 patch cords at a UL (Underwriters Laboratories) audited test lab. 322 of 379 patch cords made by offshore manufacturers, not generally known in North America, failed to meet minimum industry electrical performance requirements as specified in TIA 568-C.2. 78% of the failing samples failed by a margin of 3dB or more and 45% of the failing samples failed by margin of 6dB or more. Because noise is measured on a logarithmic scale, a 3dB failure indicates a noise level that is twice as high as the allowable standards and failures of this magnitude could contribute to significant network problems.
None of the failing products was identified as using independent, third party testing laboratories to verify quality. Patch cord testing and verification programs are available from leading independent testing agencies and generally provide a level of quality assurance to buyers.
CCCA emphasizes that many of its members are well recognized global companies with offshore manufacturing facilities and business operations. The quality issues and failure to comply with industry standards are not necessarily regional in nature, but rather the result of the use of low quality components, poor assembly methods, and poor quality controls, which can improve profit margin for the manufacturer.
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