General Cable has re-engineered its GenSPEED® 10 MTP 10 Gig cable to satisfy power-hungry devices. Future-proof your installations with GenSPEED® brand’s new EfficienC Max Category 6A 10 Gig cable utilizing the proven Mosaic Crossblock technology. This cable goes well-beyond the standard 49W to more than 100W for Power Over Ethernet(POE) equipment.
EfficienC Max Category 6A 10 Gig cable is equipped with large Gauge Conductors for high-wattage applications. This 22 AWG conductor provides reduced heat generation and higher maximum current carrying capabilities.
With a overall small diameter of 0.298” this allows for a more advantageous fill rate of cabling pathways.
The EfficienC Max Category 6A 10 Gig cable is equipped with the proven Mosaic Crossblock technology. Which is a thin metallic tape of segmented sections separated by an insulating layer. Since there is no metal-to-metal contact, there is no path for current to flow longitudinally, and thus, no need for grounding. With over five years of successful installations, Mosaic Crossblock has been proven reliable in the field.
EfficienC Max Category 6A 10 Gig cable has the highest protection against Alien Crosstalk in a UTP Cable. The 10 MTP unshielded twisted pair (UTP) design with Mosaic Crossblock provides industry-leading protection from external cable noise sources, also known as alien crosstalk. Guaranteed +8 dB over TIA 568-C.2 Standard for both PSANEXT & PSAACRF.
Legacy cabling solutions do not typically have the ability to carry loads of 1000 mA per pair or greater without exceeding the TIA TSB-184 recommended 15°C max heat rise figures. General Cable’s EfficienC Max line of products is designed for use in higher current loads while meeting this TIA guidance.
If superior cable transmission performance is needed, as well as enhanced PoE performance,EfficienC Max Cat 6A 10 Gig featuring Mosaic Crossblock technology offers best in class current carrying capacity of 1500 mA per pair, allowing for a theoretical maximum of 150 W @ PSE and assuming 50 V power supply through all four pairs.