AMD Threadripper 9000 Series Overclocking: INSANE Power and Performance!

Introducing the Threadripper 9000 Series

• 🚀 The AMD Threadripper 9000 Series processors are here, targeting users who need more than a consumer-grade CPU but less than a full workstation.
• 🎯 These CPUs, like the 9970X and 9980X, bridge the gap between high-end desktop and workstation capabilities, offering up to 64 cores and 128 threads.
• 💡 While workstation variants (WX series) offer more cores, RAM, and ECC support, the 9000 series is unlocked for overclocking, making it an exciting prospect.

Platform and Connectivity

• 🔌 The TRX50 platform supports these CPUs, offering 92 PCIe lanes (88 usable), with up to 80 PCIe 5.0 lanes, ideal for multiple GPUs and M.2 drives.
• 🧠 Unlike workstation platforms (WRX90), the TRX50 CPUs are unlocked for overclocking and do not feature pro manageability or security.
• 📊 The platform supports quad-channel RAM, a step down from the workstation's octa-channel, but still offers significant memory bandwidth.

Performance and Benchmarking Challenges

• 📈 While AMD has achieved significant clock bumps, testing these high-core-count CPUs is challenging, as many consumer software suites struggle to utilize all threads effectively.
• ⚠️ Early testing reveals that some benchmarks, like 3D Mark Time Spy Extreme and Handbrake, do not scale well with core count above 32, often leaving half the CPU idle.
• ⚡ Blender, however, scales exceptionally well, showing up to four times the performance of a 9950X due to its ability to leverage the massive core count.
• 🎮 Gaming performance is not a focus, as consumer CPUs with higher single-core clock speeds will outperform these in games.

Overclocking and Power Consumption

• ⚠️ Overclocking the 9980X, even with a 360mm AIO and fans set to 100%, resulted in extreme power draw, exceeding 850 watts and reaching scores of over 135,000 in Cinebench R23.
• ⚡ The 9970X can sometimes outperform the 9980X in specific tests due to its ability to maintain higher clock speeds with less power draw and heat, as it's less dense.
• 🌡️ Despite the high power draw, temperatures were manageable during short benchmark runs, but sustained loads would require more robust cooling solutions, like Liquid Nitrogen (LN2) for extreme overclocks.
• 💡 The 9000 series shows improved RAM support, with official support for 6400 MHz DIMs, a significant jump from the 7000 series.

Target Audience and Use Cases

• 💰 These CPUs are positioned for users with significant needs and budgets, as they can be as expensive as cars, though more affordable than full workstation CPUs.
• 🛠️ Potential use cases include code compiling, extensive rendering tasks, and running virtual machines or servers.
• ❓ The creator asks for community input on relevant benchmarks that can truly leverage the immense core and thread counts of these processors.