I Don't Care if This Makes Sense - Chilling Threadripper Pro 7000
Linus Tech Tips・18 minutes read
The 96-core Threadripper Pro is a powerful system with exceptional speed and record-setting performance in benchmarks like Cinebench, featuring high-end components like 64GB of DDR5 RAM and 30TB SSD storage. Despite impressive overclocking capabilities and performance enhancements through tweaks and adjustments, the practicality for average consumers is limited due to high power consumption and lack of consumer workloads that can fully utilize its power.
Insights
- The 96-core Threadripper Pro showcases exceptional speed and power, achieving world records in benchmarks like Cinebench, emphasizing its top-tier performance capabilities.
- While manual overclocking and system tweaks can significantly enhance performance, the high power consumption and lack of consumer workloads that can fully utilize such power limit the practicality of extreme overclocking for average consumers, highlighting the balance between performance and real-world usability.
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Recent questions
What are the key features of the Threadripper Pro system?
The Threadripper Pro system includes a 96-core processor, 64GB of DDR5 RAM, two PCIe Gen 5 SSDs in RAID 0, and a 30TB SSD from Micron for content creation. It also features an Asus TRX50 Sage Wi-Fi motherboard with 43 power phases and an 800 amp limit, expandable to 1,600 amps. Additionally, it uses a 2,050 watt Silverstone Hella power supply that requires 240 volts for full power in North America.
How does the Threadripper Pro system perform in gaming?
The Threadripper Pro system performs impressively in gaming, as shown by testing Cities Skylines 2 and Forza Horizon 5. Cities Skylines 2 demonstrates impressive CPU usage and performance, while Forza Horizon 5 showcases high CPU usage due to unpacking data at 1.4GB/s. These tests highlight the system's capabilities in handling demanding gaming tasks.
What alterations were made to improve the Threadripper Pro system's cooling?
Alterations were made to the Threadripper Pro system to improve cooling, including using windshield de-icer for sub-zero temperatures. Insulation was also used to prevent condensation buildup during testing in a cold environment. These modifications were crucial in ensuring the system's functionality and performance in extreme conditions.
How was manual CPU overclocking achieved on the Threadripper Pro system?
Manual CPU overclocking on the Threadripper Pro system involved recalibrating the cooler, updating the AI for better performance, and adjusting settings like the optimism scale. The process also included training the AI to be more optimistic and using AI tweaker for independent adjustments to CPU rails. These steps led to achieving a Cinebench score of 169 with a manual voltage set at 5.1 gigahertz on all cores.
What limitations exist for average consumers considering the Threadripper Pro system?
Despite its impressive performance capabilities, the Threadripper Pro system has limitations for average consumers. Extreme overclocking results in high power consumption, making it impractical for everyday use. Additionally, consumer workloads may not fully utilize the system's power, limiting its practicality for the average user.
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Summary
00:00
"Threadripper Pro: Extreme Speed and Power"
- The 96-core Threadripper Pro is reviewed for its exceptional speed and power, setting world records like in Cinebench.
- The system includes 64GB of DDR5, 6,000 ECC, two PCIe Gen 5 SSDs in RAID 0, and a 30TB SSD from Micron for content creation.
- The Asus TRX50 Sage Wi-Fi motherboard has 43 power phases with an 800 amp limit, expandable to 1,600 amps.
- A 2,050 watt Silverstone Hella power supply is used, requiring 240 volts for full power in North America.
- Testing Cities Skylines 2 on the system with a 4090 and 128GB DDR4 memory shows impressive CPU usage and performance.
- The system runs Forza Horizon 5 with high CPU usage due to unpacking data at 1.4GB/s, showcasing the system's capabilities.
- Alterations are made to the system to improve cooling, including using windshield de-icer for sub-zero temperatures.
- The system undergoes testing in an environmental chamber set to -20 degrees Celsius to ensure functionality in extreme conditions.
- Insulation is used to prevent condensation buildup on the system during testing in the cold environment.
- The system successfully operates in the extreme cold, showcasing its resilience and performance capabilities.
13:49
Enhancing CPU Performance Through Manual Overclocking
- Manual CPU overclocking involves recalibrating the cooler and updating the AI for better performance.
- The process includes adjusting the optimism scale and training the AI to be more optimistic.
- AI tweaker allows for independent adjustments to CPU rails for optimal performance.
- Achieving a Cinebench score of 169 with a manual voltage set at 5.1 gigahertz on all cores.
- Additional tweaks like curve optimizer, load line calibration, and slew rate adjustment enhance performance.
- Despite extreme overclocking, practicality for average consumers is limited due to the high power consumption and lack of consumer workloads that can utilize such power.
