Massive Discount Jetway Hbfdf05-35g7-v (tiger Lake-up3 I5-1135g7, 4* 4k Hdr/ 1* 8k Sdr) 75% Off - Today Only [iIQ1b0Pl]

Introducing the Jetway HBFDF05-35G7-V: The Ultimate High-Definition Media Solution

The Jetway HBFDF05-35G7-V is a state-of-the-art mini PC designed to deliver unparalleled performance and visual excellence. Engineered with the latest Intel® Tiger Lake-UP3 SoC Processor, this compact device offers a TDP of 15W, making it energy-efficient and suitable for a variety of applications. Its remarkable feature lies in its display capabilities, supporting up to four 4K HDR displays or a single 8K SDR display, ensuring you can enjoy your multimedia content in the highest quality possible.

Robust Specifications and Technical Details

The Jetway HBFDF05-35G7-V is equipped with a 2nd Gen Intel® Tiger Lake Processor, providing robust processing power for multitasking and demanding applications. It boasts 2 SO-DIMM DDR4-3200MHz memory slots, expandable up to 64GB, ensuring smooth performance and ample storage capacity. Connectivity is comprehensive, with 2 USB2.0, 4 USB3.2, 2 HDMI, 2 DP, 2 RJ45, and 1 Audio ports, allowing for a wide range of peripherals and devices to be connected. This mini PC also supports dual displays, making it perfect for dual-screen productivity or immersive gaming experiences. With a DC-12V_60W adapter, it offers both convenience and efficiency.

Practical Applications and Benefits

The Jetway HBFDF05-35G7-V is an ideal choice for professionals, creatives, and home entertainment enthusiasts. Whether you are working on high-resolution graphics, streaming 8K content, or simply enjoying a seamless multitasking experience, this mini PC delivers. Its compact size makes it suitable for various settings, from home theaters to office desks, without compromising on performance. With its wide range of connectivity options, it can easily integrate into any existing setup, enhancing your digital life. The Jetway HBFDF05-35G7-V is your go-to solution for high-definition media consumption and efficient computing.