Other methods incorporate repeaters along the copper cabling system or installing a hybrid copper/optical fiber cable, which could send the data over the fiber and the power over the copper strands, but requires active media converters on the device end.
Significant cost savings are being realized with the GameChanger by reducing intermediate cross connections and IDFs. Also, active components such as repeaters, transceivers or converters can be eliminated, which add to the system cost and complexity of the cable run with an additional point of failure.
The GameChanger cable supports all four types of PoE – from Type 1 which provides 15W from the powered source equipment (PSE) over two pairs all the way up to Type 4, which provides 90W from PSE through all four pairs.
“By optimizing gauge size, twisting designs and material choices we’ve been able to make big strides in how far we can deliver data and power over Ethernet,” states David Coleman, Vice President of Business Development for Paige.
“In the past, cabling has been developed first with Ethernet systems designed around the cabling. Paige has taken the reverse approach and developed a cabling system with Ethernet specifically in mind to maximize transmission distances,” adds Andy Pluister, Vice President of Engineering for Paige.
All major test equipment manufacturers have updated the software in their handheld testers to accept GameChanger’s distance and applications. With all these attributes coupled with global recognition through the this new patent, GameChanger cable lives up to its name in the ICT industry as a true infrastructure game changer.
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