Equipment

Experimental facilities and computing resources for noble-liquid detector development, simulation and data analysis.

Computing resources

Our laboratory combines local CPU and GPU servers with access to Westlake University's high-performance computing platform for simulation and data analysis.

GPU computing

NVIDIA RTX 4090

GPU computing alongside a high-core-count CPU.

1 × NVIDIA GeForce RTX 4090 · 24 GB
1 × AMD EPYC 9654
96 physical cores · 192 threads
Approximately 503 GiB system memory
CPU computing

192 CPU cores

Dual-socket computing with large system memory.

2 × AMD EPYC 9654
192 physical cores · 384 threads
Approximately 755 GiB system memory
Shared platform

Westlake HPC

Our group has access to Westlake University's high-performance computing platform for larger-scale simulation and data analysis.

Shared university infrastructure
Access through the university's allocation and scheduling policies
288 local physical CPU cores576 local CPU threads1.23 TiB combined system memory

Local server memory is reported as recognized by the operating systems. University platform resources are shared and scheduled separately.

Please upgrade the browser version

You are using an older version of your browser. Please upgrade your browser for a better experience.