32-bit and 64-bit formats
32-bit and 64-bit formats
In general, a 64-bit system performs better when you require more than 4GB of memory.
Although the video's arguments hold true, it doesn't guarantee actual performance improvement. What Linus overlooked is what a 64-bit processor can accomplish—specifically handling a "word longitude" of 64 bits. With improved encoding and software designed for 64 bits, data processing can double in speed, allowing tasks to be completed much more quickly. Yet, as he mentioned, there are still obstacles: compilers, APIs (besides graphics ones), and operating systems remain built for 32-bit architectures. Transitioning to 64 bits would mainly require more memory. In an ideal scenario, we could shift all our operations to 64-bit systems, enabling CPU instructions to manage larger bit quantities. Specialized programs and OSes already offer these advantages, though 128-bit processors are mostly reserved for servers and mainframes, not consumer use.
Edzel's updated setup: PCPartPicker selected components with cost details by vendor. CPU: Intel Xeon E5-2697 V2 2.7GHz 12-core ($2526.81 via SuperBiiz). Cooler: Swiftech H220-X 55.0 CFM liquid ($154.99 at NCIX US). Additional coolers match same model and price. Motherboard: Asus Z9PE-D8 WS SSI EEB dual-CPU LGA2011 board ($534.98 via SuperBiiz). Storage: Multiple OCZ R4 drives at $11479.99 each on Mac Mall. Case: Silverstone TJ07B-W USB3.0 black ATX tower ($372.83 on Amazon). Power supply: Corsair AX1500i 1500W Titanium certified ($449.99 on Newegg). OS: Microsoft Windows 8.1 Pro (64-bit) ($132.98 at OutletPC). Monitor: NEC PA302W-SV 60Hz 30-inch ($2649.00 on Adorama). Keyboard: Happy Hacking Professional 2 wired mini ($282.00 on Amazon). Headphones: Sennheiser HD800 ($1499.95 on Amazon). Additional items: same CPU and other components listed with comparable pricing. All figures reflect current listings.