We Broke the WRONG Record! - RTX Overclocking

The video opens with Linus outlining the objective to push the GeForce RTX 2080 Ti beyond stock performance through extreme overclocking while documenting the process for viewers. They start by evaluating the stock card, a MSI RTX 2080 Ti Gaming X Trio, and demonstrate the built-in OC scanner which attempts to auto-tune core clocks to a stable frequency. The team cautions that even with automatic overclocking, power targets and memory clocks require manual tuning to maximize results, and they emphasize the importance of cooling as a limiting factor in extreme overclocks. With the OC scanner achieving around 1500 MHz and an average core overclock around 154 MHz, they proceed to manual tweaks, including voltage adjustments via a mod and memory tuning, to squeeze more headroom from the GPU. The video then shifts to a heavy cooling plan, featuring dual chillers and a liquid cooling setup, and they discuss practical constraints like backplate cooling, heat pads, and the challenges of integrating cooling for a high-TDP GPU within a compact chassis. As the overclocking session advances, they encounter stability issues, power-state transitions, and condensation management, steering the project toward sub-zero ambitions and a bespoke cooling solution using a GPU block, a CPU block, and a makeshift mounting strategy. The hosts document on-screen results, including stability tests at various clock speeds and the impact of the ramping power states on benchmark runs like 3DMark, with progress measured against community benchmarks such as JaysTwoCents and GamersNexus. In later phases, the team introduces a second power supply and refinements to RAM speed, CPU core frequency, and cooling topology to address stability during intense testing, culminating in a high-stakes push toward a top leaderboard position while contending with condensation and super-cooling risks. The video concludes with the team reporting a 2080 Ti overclock that lands in the high echelons of the leaderboard, followed by a lighthearted outro and calls to action for sponsors and community engagement, while acknowledging the ongoing challenges of safe, sustainable extreme overclocking. Throughout, the creators balance technical detail with humor, transparency about issues like coolant flow and condensation, and an emphasis on collaboration with the broader overclocking community.

Topics · technology · hardware · overclocking · benchmarking · extreme-computing