The AMD Threadripper 3960X 24-Core 3.8GHz has 24 cores that run at a clock speed of 3.8GHz.
It has an L3 cache size of 128MB, an L2 cache size of 12288KB, and an L1 cache size of 2304KB.
|Cores||24||More cores means more threads and therefore more processes can be run simultaneously|
|Speed||3.8GHz||Clock frequency indicates processor speed, but is only reliable in comparisons between CPUs of the same family|
|Codename||Castle Peak||The code name given by the manufacturers|
|Release Date||25 Nov 2019||The more recent the release, the more likely the CPU will receive up-to-date manufacturer support|
|TDP||280W||The lower the TDP, the less power the CPU requires to run and thus the more efficient it is and the less heat it creates|
|L1 Cache||2304KB||The bigger the L1 cache, the more data can be stored for lightning CPU access to priority processes (though a bigger cache means a higher latency|
|L2 Cache||12288KB||After L1 cache, L2 is utilized for slower (but still very fast) data access|
|L3 Cache||128MB||The L3 cache is the largest CPU cache, but still provides very quick access to data|
|Lithography||7nm||The smaller the lithographic technology used, the less power is required to run the CPU, and the less heat is created during intense use|
|CPU Socket||Socket sTRX4||The motherboard socket and CPU socket should match to indicate the CPU is compatible with the motherboard and will fit into it|
|Unlocked Multiplier||no||An unlocked clock multiplier means you can adjust the multiplier for an overclocking speed boost|
The CPU is under a year old, meaning it should be based on recent technologies and manufacturer support should almost certainly still be available.
Created with lithographic technology sized at 7 nanometers, the Threadripper 3960X 24-Core 3.8GHz is built for extreme speeds and efficiency, although with a Thermal Design Power of 280W it requires a huge amount of power to run, and will inevitably create a lot of excess heat.