MOST EXPENSIVE DESK PC - Lian Li DK-04
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Promos
Enter our HTC Vive and Zotac VRGO giveaway: gleam.io Buy HTC Vive: geni.us Buy Zotac VRGO: geni.us Tunnelbear sponsor link: Try Tunnelbear for free at tunnelbear.com and save 10% Can any desk PC case be worth $1,500???? Lian Li thinks so, and we aim to find out... Buy Lian Li desk PC: geni.us Buy desk PC on Amazon: geni.us Discuss on the forum: linustechtips.com Our Affiliates, Referral Programs, and Sponsors: linustechtips.com Linus Tech Tips merchandise at designbyhumans.com Linus Tech Tips posters at crowdmade.com Production gear: geni.us twitter.com @LinusTech Intro Screen Music Credit: Title: Laszlo - Supernova Video Link: youtube.com iTunes Download Link: itunes.apple.com Artist Link: soundcloud.com Outro Screen Music Credit: Approaching Nirvana - Sugar High youtube.com Sound effects provided by freesfx.co.uk
The video dives into the world of ultra premium desk PCs by presenting the Lian Li DK-04, a case that blends bold aesthetics with high-end hardware. It opens with an upfront claim that the desk case costs $1,500 before any actual PC components, signaling the premium nature of the product. The hosts describe the DK-04 as a pre-assembled, height-adjustable desk that doubles as a case, highlighting its brushed aluminum finish and fingerprint magnet challenges. They critique the exposed power supply placement as an aesthetic and functional drawback but acknowledge the desk’s clean interior, modular design, and potential for a fully customized workstation. As the build progresses, the team outlines the core components chosen to tackle a demanding water-cooled setup, including an Intel Core i7-6900K, a 1.2 TB NVMe SSD, 64 GB of RAM, and an Asus X99 motherboard, all selected to emphasize performance and rapid responsiveness. They emphasize the color scheme and physical layout, noting sourcing and compatibility considerations, and discuss the challenges encountered with IO shields and cable management within the desk confines. The segment then shifts to the cooling system, where they opt for EK Water Blocks hardline components and a large radiator to maintain frosty temperatures across eight CPU cores, detailing mounting strategies and the aesthetic alignment with the overall build. The build crew demonstrates meticulous tubing routing, a few leaks, and a cable mod to achieve a monochrome Alpine white look, culminating in a visually striking final product that showcases the desk’s potential as both a gaming and content-creation workstation. In conclusion, they present the desk as a premium but justifiable investment for enthusiasts who want a high-end, showpiece PC desk and discuss real-world tradeoffs, such as moisture sensitivity of particle board and the Le and Le design philosophy, while also teasing an ongoing giveaway with Zotac and HTC that broadens the video’s appeal beyond the build itself. The video closes with a call to action encouraging viewers to subscribe, like, and explore the featured products, linking to where to purchase and the community forum for further discussion.
Topics · technology · computers · hardware · pc-build · gaming · consumer-electronics
Questions answered
- What are the key components chosen for the Lian Li DK-04 build and why were they selected?
- The build uses an Intel Core i7-6900K, a 1.2 TB NVMe SSD, 64 GB of G.Skill Trident Z RAM, an Asus X99 motherboard, and an EK water cooling loop with a 12 mm PETG hardline setup. These choices emphasize high core count, fast storage, ample memory, and robust cooling to maximize performance and responsiveness, aligning with the desk PC's premium, enthusiast-oriented design.
- How is the cooling system implemented in the desk PC, and what are the notable design considerations?
- The cooling uses EK Water Blocks hardline components with a large radiator mounted on a front bracket, a pump mounted near SSDs, and a reservoir setup that runs alongside the drive bays. The team focuses on clean tubing routing, minimal leaks, and an aesthetic that matches the white monochrome theme, while acknowledging mounting and clearance challenges within the desk chassis.