The output resolution is up to:
1920x1200(WUXGA-R), 60Hz
1920x1080P, 60Hz
Product Features:
◇Support DisplayPort V1.1;
◇Support DisplayPort signal to DVI signal conversion;
◇Support receiving end automatic detection and standby mode;
◇Receiving end detection is based on DDC feedback;
◇Built-in conversion chip, no need for external power supply;
◇Support hot swap.
◇Strictly designed in accordance with the DisplayPort standard, the port is designed with a lock, and the signal transmission is stable and reliable
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[Displayport] Abbreviation: “DP”. The DisplayPort specification can support bandwidth up to 10.8 Gbps, and can provide WQXGA (2560x1600) resolution over 15 meters of cable.
When high-definition video is about to become popular, there is no way to gain a foothold without a high-bandwidth display interface. When DisplayPort came out, it could provide bandwidth up to 10.8Gb/s. You know, the bandwidth of HDMI 1.2a is only 4.95Gb/s, even if the bandwidth (10.2Gb/s) provided by the newly released HDMI 1.4 is slightly inferior to DisplayPort 1.0. DisplayPort can support resolutions such as WQXGA+ (2560×1600), QXGA (2048×1536) and 30/36bit (10/12bit per primary color) color depth. Sufficient bandwidth ensures that large-size display devices can be updated in the future The need for high resolution. Like HDMI, DisplayPort also allows audio and video signals to share one cable for transmission, supporting a variety of high-quality digital audio.
DisplayPort is a digital audio and video interconnection technology with free license and free ownership. It introduces the connection standard between computer and monitor in detail. It is supported by AMD/ATI, Dell, IDT, Genesis, HP, Intel, Lenovo, Quantum Data, Molex, NVIDIA, and these companies also support the standard to continue to promote. DisplayPort is also recognized as a panel display interface standard by panel manufacturers, and products using this technology are also in the ascendant.
The advantages of DisplayPort include: having more available LCD functions, meeting a wide range of requirements and application performance enhancements, from entry-level to high-performance displays. DisplayPort can also support future technological innovations through its miniature packaging structure. Currently, it is being used in the computer monitor market.