The God of Computers - Comino Grando RM

The video opens with Linus and the team introducing a high-end workstation build that is claimed to be the second fastest server they have ever handled. They highlight that this machine is designed for scientific applications and machine learning, and it features water cooling and a multi-GPU setup. The hosts note the shipment came in two large wooden crates and describe a level of complexity that goes beyond typical consumer hardware, emphasizing a heavy emphasis on cooling infrastructure and custom components. They also tease the branding of Comino Grando RM and discuss the practicalities of mounting a system with rack-friendly design, including the potential to place it on a desk due to its cooling layout. Throughout the unboxing segment, the team references the scale of the project, comparing it to a petabyte-scale storage effort nearby and joking about the cost and the luxury nature of the build, while repeatedly transitioning into the technical specifics of the cooling loop and chassis design. The atmosphere remains light and humorous, balancing awe at the hardware with curiosity about how it will perform in tests. As they dive into the internals, the crew identifies the core components, noting six GPUs and dual Xeon processors, with discussion about NVLink compatibility and the possibility that the GPUs might be A6000 class, alongside the question of pricing and availability. They examine the custom water-cooling distribution plate, multiple power supplies, and the unusual cabling arrangements that come with a machine designed for extreme compute workloads. The team spends time on assembly details, including how the system is designed to be rack-mountable but also potentially desk-friendly due to its cooling approach, and they marvel at the heavy-duty radiator configuration that uses multiple fans and a Delrin distribution plate to manage heat across devices. The segment also covers the branding touches from Comino, the modularity of the components, and the overall sense that this is a very specialized, purpose-built system rather than a generic workstation. The tone remains exploratory yet amused as Linus and Alex narrate each discovery, including the moment they realize how compact and contained the coolant loop appears relative to the bulk of the hardware. In the benchmarking portion, the team runs Cinebench on the system and reports impressive results highlighting the CPU multi-core performance and the substantial graphical processing throughput. They observe that the CPUs deliver strong multi-threaded performance, with notes about core counts and memory configurations that could justify the scale of the build. The GPU benchmarking includes V-ray CUDA rendering and Blender renders, with surprising findings about power usage and heat dissipation, including a dramatic readout of nearly 2000 watts during peak GPU load and a radiator that becomes hot to the touch. They experiment with four-way NVLink or SLI configurations and test swapping GPUs to demonstrate ease of replacement and coolant pre-fill, while acknowledging some driver and compatibility caveats for four-way configurations in practice. The results reveal the system's remarkable render speed, with moments where Blender renders complete in surprisingly short times, reinforcing the idea that this machine is specialized for rapid, large-scale rendering tasks. The segment closes with reflections on the practicality of such a machine for real-world workloads and the sponsor break introducing Ting Mobile, alongside a nod to further high-end builds suggested by the hosts. Overall, the video blends spectacle with technical curiosity, celebrating extraordinary hardware while candidly showing the challenges of testing and validating a system at the edge of consumer and enterprise capabilities. The hosts communicate both admiration and humor, acknowledging that while the machine is impressive, it is not a practical everyday PC for most viewers. The dialogue repeatedly touches on the balance between performance, power draw, cooling, and cost, and it leaves the audience with a clear takeaway: this is a showcase of what extreme compute hardware can accomplish when engineered for professional workloads, even as the casual tone and banter keep the content accessible and entertaining.

Topics · technology · hardware · computing · server-workstation · benchmarking