Easily connects a USB-C device to an HDMI display, monitor or projector without additional adapters
Resolutions up to Ultra-High-Definition (UHD) 4K@60Hz (3840 × 2160)
Compatible with any USB-C device that supports DP Alt Mode, including smartphones, Apple® MacBooks®, Chromebooks™, Pixels™, tablets and more
Frame rate up to 60 fps - twice as high as many other DP Alt Mode cables; perfect for fast-paced images like gaming, racing broadcasts and more
Direct, clutter-free connection ideal for home office, home theater and small work surfaces
Gold-plated contacts for corrosion-free connections
Foil and braid double shielding to reduce EMI and other interference sources
Thunderbolt™ 3 compatible
Bus powered: no external power supply needed
Plug and play - requires no configuration
Sleek, high-quality aluminum boots
Three-year warranty
USB-C to HDMI Cable, 4K@60Hz, 1m, Black, Equivalent to Startech CDP2HD2MBNL, Male to Male, Three Year Warranty, Polybag
USB-C to HDMI Cable - connect your smartphone, laptop, MacBook® or tablet to an HDMI display If you own a modern laptop or MacBook, you've noticed the lack of AV ports to connect a display. The Manhattan 4K@60Hz USB-C to HDMI Adapter Cable opens up your connectivity options to link to an HDMI monitor, TV or projector through your device's USB-C port - without needing an additional converter or adapter. Its superior active connection technology delivers images in brilliant 4K UHD (3840 × 2160) at rapid 60 Hz. With 60 fps, it has a twice as high performance as many other DP Alt Mode cables, so it's ideal for fast-paced images like gaming, racing broadcasts and more. The cable also supports the latest version of the Thunderbolt™ interface, Thunderbolt 3.
View photos and videos from your phone directly on your TV If you have a smartphone or tablet that supports DP Alt Mode, you can connect it and take content from your mobile device to the big screen. Since it's plug and play, you don't need an external power supply or driver configuration. Plus, gold-plated contacts provide maximum conductivity as well as crisp, clear signal transmissions.
