THREADS
Explore 2 processors with 384 logical CPU threads. The index spans multiple designs and platforms that share a thread count but differ in cores, performance and power.
Selection guide
This page groups 2 processors in the 384-thread category. Use it to compare logical thread count, but do not treat the count alone as a performance score; CPU Mark, single-thread speed, power use and your workload all matter.
Practical answers
Most relevant to servers and specialized workstations running highly parallel virtualization, simulation, rendering or database workloads.
Not always. Higher counts help software that scales across parallel work, while a newer CPU with fewer cores or threads can win through stronger per-core speed, clocks and efficiency.
This page reports the actual recorded TDP range for the category. Core or thread count does not imply one power level: mobile, desktop and server processors operate under very different limits.
Desktop CPUs balance responsiveness, clock speed and platform cost. Server CPUs prioritize parallel throughput, memory capacity, reliability features and sustained operation.
Thread count helps parallel software, but it does not compensate for weak per-core performance or an older architecture.
Use CPU Mark for broad throughput and Single Thread for games and tasks sensitive to per-core speed.
Verify socket, motherboard, memory, power and cooling support before committing to a processor.
By CPU Mark
The table below ranks the strongest processors in this category by the CPU Mark stored by CPULoom. It is a broad performance indicator, not a guarantee that one CPU wins every game or application.
FAQ
The operating system can schedule work across 384 logical CPU threads. Thread count may equal the physical core count or be higher when simultaneous multithreading is supported.
Most relevant to servers and specialized workstations running highly parallel virtualization, simulation, rendering or database workloads.
A core is a physical execution unit. A thread is a logical work stream. Two threads per core can improve utilization, but they do not automatically double performance.
That depends on the workload. Everyday use and gaming have different needs from rendering, simulation and servers, so compare benchmark performance, cores and power as well as thread count.
No. Software must be able to divide work across many threads, and per-core speed, architecture, clock behavior and power limits still matter.
The category can include desktop, mobile, workstation and server processors. Compare device class, power, socket, memory support and measured performance instead of thread count alone.
The default performance order uses the stored CPU Mark, with additional sorting by cores and power available in the processor list.
This summary is calculated from processor records linked to the category. Performance results are broad comparison indicators and can vary with system, power and cooling. Latest data update:
Processor catalog
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