HDMI 2.0 1 In 2 Out Splitter 4K 60Hz 4:4:4 Color Sampling with HDCP 2.2 Bypass & HDR10 Function, Dual Screen Mirror Duplicate Video Distributor for Dual Monitors Laptop PC Game Console Display Extensi

This 1x2 HDMI 2.0 passive splitter is designed for synchronous mirror display on two monitors, perfectly meeting the demands of dual-screen monitoring, conference presentation, game live streaming and home multi-screen video playback. It complies with the official HDMI 2.0 specification and carries 18Gbps ultra-high transmission bandwidth, which fully unlocks 4K@60Hz resolution, 4:4:4 chroma subsampling and HDR10 high dynamic range imaging, bringing richer color hierarchy, higher contrast and ultra-sharp visual experience for movies, games and graphic design works.

Equipped with advanced HDCP 2.2 bypass processing module, it can smoothly decode encrypted copyright-protected video signals from streaming devices, game consoles and set-top boxes, effectively solving common troubles such as screen flashing, half-screen display and complete black screen caused by HDCP protocol incompatibility on different display devices. The core signal processing chip ensures lossless and non-degraded video distribution, two connected screens output completely mirrored content simultaneously with no frame drop, no image lag and no audio out-of-sync problems, ideal for real-time competitive gaming and high-definition video editing.

The device adopts a mini lightweight housing with integrated heat dissipation structure to avoid overheating and signal distortion during long-hour continuous operation. It requires no extra software, firmware or complicated parameter settings, just insert HDMI cables on input and output ports to activate immediately. Widely compatible with Windows/macOS/Linux laptops, desktops, PS5, Xbox Series game consoles, TV boxes, Blu-ray players and projectors, it is a cost-effective and reliable auxiliary accessory for office multi-screen expansion, live broadcast equipment setup and home entertainment system upgrading.