The angular silver body of the GTX 1080 Ti is in line with the rest of the GTX products from NVIDIA. It boasts 3584 CUDA cores and 88 ROPs and the 1080 Ti’s 11GB VRAM is blazing fast 11Gbps. The GTX 1080 Ti excels in performance, running at a base 1480MHz frequency and 1582MHz when boosted. Beyond being one of the most powerful graphics cards for consumer use, the GTX 1080 Ti is a star of NVIDIA’s Pascal architecture. Other than the Titan, the GTX 1080 Ti is the most powerful graphics card on the market. If you play less demanding games or won’t be gaming at all, you should look for a cheaper alternative.ĪMD has recently reclaimed some of the market share of both central processing units and graphics processors, so if you have an AMD setup and also want to run a GPU with 2 HDMI ports, there are some midrange solutions for you as well. If money no object and you want the best performance, it is the best option. It offers the most processing cores, the most memory, and the fastest clock speed. Supports signal extension of USB HID class devices, expandable to support virtually any USB 1.1 or 2.The GTX 1080 Ti is absolutely the best graphics card you can get that offers multiple HDMI ports. S/N Ratio: >95dB, 20Hz to 20kHz A-weighted HDMI (multichannel pass-through from input), analog stereo (2-channel downmix of input signal), routes simultaneous multichannel and 2-channel downmix signals to the switcher backplaneĭolby Digital®, Dolby Digital EX, Dolby Digital Plus, Dolby® TrueHD, DTS®, DTS-ES, DTS 96/24, DTS-HD High Res, DTS-HD Master Audio™, LPCM up to 8 channelsįrequency Response: 20Hz to 20kHz ☐.5dB NOTE: Common resolutions are shown other custom resolutions are supported at pixel clock rates up to 300 MHz HDMI® w/Deep Color, 3D, & 4K (DVI compatible )
HDMI® w/Deep Color, 3D, & 4K (DVI & DisplayPort Multimode compatible ) As part of a complete Crestron control system, it can be used to detect and manage EDID and input source format information, to enable CEC device control, to assess a device’s HDCP capabilities, and to extend a USB HID mouse/keyboard signal over Ethernet. For instance, it can be used to extract an analog audio signal from an HDMI or DisplayPort Multimode stream. The DMC-4K-HD may also be used with the DMCI DigitalMedia Card Interface to create a very handy problem-solving tool with many useful functions.
Expanded USB signal routing capability is available using USB-EXT-DM USB Extenders. computer or media server) at the central equipment rack, allowing it to be controlled by a mouse or keyboard located in another room, or at a presentation lectern, conference table, or some other remote location.
The USB HID port connects to the source device (i.e. NOTE: For applications requiring the simultaneous distribution of surround sound and 2-channel audio signals, use model DMC-4K-HD-DSP. The analog audio output, which features programmable volume control, breaks out the stereo audio signal from the HDMI input and passes it through to feed a multiroom audio distribution system. The HDMI output can be used to pass the input signal through to a local audio processor or video monitor, or to feed a second DM switcher for output expansion purposes. In addition to the HDMI input, the DMC-4K-HD also includes HDMI and stereo analog audio outputs, and a USB HID device port. The HDMI input can also handle DVI and DisplayPort Multimode signals using an appropriate adapter or interface cable
#Video cards for 4k monitors full
The HDMI input supports Full HD 1080p, Ultra HD, 2K, and 4K video signals with HDCP, Deep Color, 3D, and high-bitrate HD multichannel audio. The DMC-4K-HD is an input card for a Crestron® DigitalMedia™ Switcher, providing one HDMI® input.
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