




DPL Rated Performance
This cable has been certified by an independent laboratory, using a battery of tests to establish the performance rating indicated above.
Click here for more details on how this cable was tested. |
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Example of an eye pattern test for a Binary™ B7 Cable—just one of the tests that the DPL Program includes in its ratings. |
Binary™ B7-Series High Speed HDMI® Licensed Cable with Ethernet 2 Meter (6.56 ft.)
This Binary B7 HDMI cable provides HDMI STANDARD SPEED with Ethernet performance with enhanced cable features such as heavier gauge cable construction (23 AWG) and two tone connector heads. Plus all lengths greater than 3M are UL CL3 and FT4 rated.
HDMI High Speed Requirements
Rest assured that these cables support all the requirement of HDMI High Speed, such as performance tested to 340 MHz, 3D, 4K x 2K Support, Audio Return Channel, and Content Type. For details on HDMI , please visit www.HDMI.org
HDMI Ethernet Channel
The HDMI Ethernet Channel will manage your data streams in one single cable, allowing high speed, bi-directional networking at speeds up to 100 Mb/sec using IP based applications. For more information on this Ethernet feature, please visit
www.HDMI.org.
Certified to 1440p
Others may brag about being future-proof with 1080p, but Binary cables are certified to a full 1440p (HDMI High Speed - Category 2 - 26 gauge) giving you plenty of bandwidth for tomorrow's technology. High Speed cables have been tested to perform at speeds of 340Mhz with 16 bit Deep Color.
24K Gold Plated Connectors
All Binary cables feature gold-plated connectors for maximum signal transfer and corrosion resistance. Anything less is just asking for service calls…
Twisted Signal Pairs with Drain
Double-reverse technology ensures stability of impedance, attenuation time delay and skew for rock-solid performance.
Multi-Layer Shielding
Two layers of 100% aluminized Mylar® foil and copper braiding ensure shielding from EMI (electromagnetic interference)
Silver Plated Copper Conductor Construction
Don't risk signal degradation on longer runs with anything less than silver-plated copper conductors
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