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Ultimate Compact Titan XP Gaming PC 3

Linus Tech Tips@LinusTechTips2M viewsFeb 3, 20189:31
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Description

Thanks to Arctic for sponsoring this video!

Promos

Check out their Freezer eSports ONE Tower CPU Cooler, available until March 20th for only $29.99 USD at geni.us Use offer code TECHTIPS to get 20% off your next Mack Weldon order at geni.us We can build it. Smaller. Faster. Better... Using the DAN Cases A4-SFX v2, which now includes a window option and another cool trick up its sleeve... Learn more about the DAN Cases A4-SFX v2 on Kickstarter: geni.us Buy a Titan Xp Collector's Edition from NVIDIA: geni.us Buy an Asetek 545LC 92mm AIO from Asetek: geni.us Buy a Core i9 7980XE: On Amazon: geni.us On Newegg: geni.us Buy an ASRock X299E-ITX/ac: On Amazon: geni.us On Newegg: 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 Our production gear: geni.us Twitter - twitter.com Facebook - @LinusTech Instagram - @linustech Twitch - twitch.tv 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

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AI OverviewDefault language

The video showcases a highly ambitious mini-ITX build centered on the DAN Cases A4-SFX v2, aiming to pack a full size GPU and strong CPU cooling into a compact form. The host explains the rationale for selecting the Titan Xp collector’s edition, paired with an Intel Core i9 7980XE, and details the cooling challenge presented by the 165-watt CPU in such a tight chassis. After evaluating several cooling options, the team discovers that a 92mm radiator mounted with a low profile AIO is the viable path, replacing prior approaches that could not fit or keep temperatures under control. The build process is painstaking, involving de-lidding, thermal interface material application, and mounting in a cramped ITX platform, with several fit issues and mid-build realizations along the way. Ultimately, the system runs synthetic and real-world workloads with respectable temperatures, confirming that the A4-SFX v2 can house impressive performance without obvious compromise. The video also features promotional segments for Arctic cooling products and a plug for Mack Weldon, woven into the narrative as sponsor integrations. Overall, the result is framed as a proof of concept that demonstrates extraordinary performance density in a small footprint, setting a high bar for future small form factor builds. The host closes with reflections on the project’s success, production quality, and an invitation to explore the partner products and related forum discussions for further optimization ideas.

Topics · technology · hardware · pc-building · small-form-factor · liquid-cooling · overclocking · computing

Questions answered

What GPU and CPU are used in the ultimate compact Titan XP build, and why were they chosen?
The build uses a Titan Xp Collector's Edition GPU and an Intel Core i9 7980XE CPU. They were chosen to maximize graphical power and CPU performance within the limited footprint of the A4-SFX v2 case, pushing the boundaries of small form factor capabilities.
What cooling solution finally enabled the system to run stably in a tight ITX enclosure?
A 92 millimeter radiator mounted via an AIO cooler was used, mounted in a way that fit the DAN Cases A4-SFX v2 and provided adequate cooling for the 165 watt CPU, enabling stable operation under load.
What were the main build challenges encountered during installation and how were they addressed?
Key challenges included limited CPU cooler clearance, removing front USB, drive trays, and panel clips to fit the cooler, and the need to adapt mounting hardware. These were addressed by choosing compatible compact cooling options, making careful clearance checks, and reworking the mounting approach to ensure everything seated properly without obstruction.