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4.9GHz AMD Threadripper 3990X Overclock, Issues, & Scores | Stream Recap
In a recent YouTube stream, the team at Gamers Nexus conducted an extensive overclocking session on the AMD Threadripper 3990X, reaching a remarkable 4.9GHz. This three-hour livestream was packed with insights, challenges, and record-setting moments that any PC enthusiast would appreciate. Here's a detailed recap of the highlights from the stream for those who missed it.
### Stream Overview
The livestream focused on overclocking the 64-core Threadripper 3990X using liquid nitrogen, pushing it to its limits while covering key technical challenges along the way. The hosts aimed to provide viewers not just with the end scores but also insights into the technical aspects of building and tuning such a powerful machine.
### Key Highlights
1. Performance Benchmarks: The team initially ran a stock performance test with a score of 24,643 points. After meticulous tweaking, they achieved a high score of 35,155. The world record score is currently pegged at 39,518, which puts the team in a commendable second position, showcasing the impressive capabilities of the 3990X in high-performance scenarios .
2. Challenges Faced: The streaming session shed light on various issues encountered during the overclocking process, such as peculiar mounting problems and difficulties with memory channels. The team shared that patience and experimentation were crucial, especially when dealing with expensive hardware in a cold environment .
3. Liquid Nitrogen Usage: Utilizing liquid nitrogen allowed the team to push the CPU to sub-zero temperatures, achieving near-ideal thermal performance. However, they also faced challenges with condensation, which is a common issue when performing extreme cooling .
4. Setup and Modifications: The stream featured insightful discussions about the hardware setup, including necessary modifications to the motherboard to handle increased power loads. The team also talked about adjusting memory timings and the intricacies of tuning different components to work harmoniously together .
5. Future Plans: The hosts hinted at more experiments with the AMD Threadripper in the future, encouraging viewers to stay tuned for more insights and live testing sessions.
### Final Thoughts
This livestream recap not only provides exciting technical benchmarks but also serves as an educational piece for PC builders and overclocking enthusiasts. The combination of high-stakes competition, detailed explanations, and real-world problems faced during the stream makes it a valuable resource for anyone interested in high-performance computing.
Did you catch the livestream? What did you think of their results? Have you attempted any similar overclocking adventures? Let's discuss your experiences and insights in the comments!
In a recent YouTube stream, the team at Gamers Nexus conducted an extensive overclocking session on the AMD Threadripper 3990X, reaching a remarkable 4.9GHz. This three-hour livestream was packed with insights, challenges, and record-setting moments that any PC enthusiast would appreciate. Here's a detailed recap of the highlights from the stream for those who missed it.
### Stream Overview
The livestream focused on overclocking the 64-core Threadripper 3990X using liquid nitrogen, pushing it to its limits while covering key technical challenges along the way. The hosts aimed to provide viewers not just with the end scores but also insights into the technical aspects of building and tuning such a powerful machine.
### Key Highlights
1. Performance Benchmarks: The team initially ran a stock performance test with a score of 24,643 points. After meticulous tweaking, they achieved a high score of 35,155. The world record score is currently pegged at 39,518, which puts the team in a commendable second position, showcasing the impressive capabilities of the 3990X in high-performance scenarios .
2. Challenges Faced: The streaming session shed light on various issues encountered during the overclocking process, such as peculiar mounting problems and difficulties with memory channels. The team shared that patience and experimentation were crucial, especially when dealing with expensive hardware in a cold environment .
3. Liquid Nitrogen Usage: Utilizing liquid nitrogen allowed the team to push the CPU to sub-zero temperatures, achieving near-ideal thermal performance. However, they also faced challenges with condensation, which is a common issue when performing extreme cooling .
4. Setup and Modifications: The stream featured insightful discussions about the hardware setup, including necessary modifications to the motherboard to handle increased power loads. The team also talked about adjusting memory timings and the intricacies of tuning different components to work harmoniously together .
5. Future Plans: The hosts hinted at more experiments with the AMD Threadripper in the future, encouraging viewers to stay tuned for more insights and live testing sessions.
### Final Thoughts
This livestream recap not only provides exciting technical benchmarks but also serves as an educational piece for PC builders and overclocking enthusiasts. The combination of high-stakes competition, detailed explanations, and real-world problems faced during the stream makes it a valuable resource for anyone interested in high-performance computing.
Did you catch the livestream? What did you think of their results? Have you attempted any similar overclocking adventures? Let's discuss your experiences and insights in the comments!
