Uploaded September 2023 | Updated September 2026, 2 weeks ago
Get ready to witness the extraordinary – 27 cores cranked up to 5.1 GHz! But how do we make this power-packed performance possible?
The brain behind the magic is the Intel Xeon w7-3465X processor. The system needs no-compromise high-performance liquid cooling. It's not just plug and play – it's all about setting up the BIOS right.
Step 1: unleash the power limits with ASUS' multi-core enhancement.
Step 2: finetune the Turbo Boost 2.0 ratios for every scenario.
Step 3: Prevent weaker cores from going overboard with Per Core Ratio Limit.
Step 4: Voltage management – stay flexible using an adaptive voltage. This 1.35V is used only for the "OC ratio," our highest configured ratio: 51X when up to 8 cores are active.
The results? Brace yourself for a whopping 50%+ performance boost!" But here's the catch – under heavy load, we're sipping over 1500W of power!".
Get ready to witness the extraordinary – 27 cores cranked up to 5.1 GHz! But how do we make this power-packed performance possible?
The brain behind the magic is the Intel Xeon w7-3465X processor. The system needs no-compromise high-performance liquid cooling. It's not just plug and play – it's all about setting up the BIOS right.
Step 1: unleash the power limits with ASUS' multi-core enhancement.
Step 2: finetune the Turbo Boost 2.0 ratios for every scenario.
Step 3: Prevent weaker cores from going overboard with Per Core Ratio Limit.
Step 4: Voltage management – stay flexible using an adaptive voltage. This 1.35V is used only for the "OC ratio," our highest configured ratio: 51X when up to 8 cores are active.
The results? Brace yourself for a whopping 50%+ performance boost!" But here's the catch – under heavy load, we're sipping over 1500W of power!".
