The META Lab operates a dedicated HPC cluster consisting of 40 CPU compute nodes and 1 GPU workstation node, along with individually assigned research laptops — providing computing resources across all scales of our computational and autonomous experimental workflows. Total theoretical peak: ~172.0 TFLOPS CPU (FP64) and ~207.2 TFLOPS GPU (FP32), with significant expansion incoming.

Lab-owned servers

40
CPU Nodes
2,164
Total CPU Cores
~172.0
TFLOPS CPU FP64 (peak)
4
GPU Units
~207.2
TFLOPS GPU FP32 (peak)

Computing Resources

Computing Resources

CPU Cluster

CountCPU ModelCoresRAMPeak FP64 / nodeSubtotal FP64
23Intel Xeon Gold 6342 * 248188.2 GB4.30 TFLOPS98.9 TFLOPS
7Intel Xeon Gold 6342 * 248251.4 GB4.30 TFLOPS30.1 TFLOPS
10Intel Xeon Gold 6530 * 264503.4 GB4.30 TFLOPS43.0 TFLOPS
40Total~172.0 TFLOPS

GPU Cluster

UnitsGPU ModelVRAMPeak FP32
1NVIDIA RTX 6000 Ada48 GB91.1 TFLOPS
3NVIDIA RTX A600048 GB38.7 TFLOPS
4Total~207.2 TFLOPS

Incoming Equipment

Planned for H2 2026. Details subject to change.

UnitsStatusGPU ModelArchitectureVRAM
2Planned for H2 2026NVIDIA H200Blackwell141 GB
A high-end GPU cluster is planned for order in H2 2026. The exact model and specifications are not yet finalized. Intended for LLM-based scientific computing and autonomous laboratory research.

Personal Laptops

Device TypeGPU RangeVRAMAssigned To
Research Laptop (per member)RTX 3080 – RTX 50708 – 16 GBIndividual lab members

KENTECH GPU Cluster

Korea Institute of Energy Technology (KENTECH) · Free access.

UnitsGPU ModelVRAMPeak FP32Peak FP64Reservation Unit
8NVIDIA H100 80GB SXM580 GB HBM367.0 TFLOPS34.0 TFLOPS1 GPU / 28 cores / 256GB RAM
8NVIDIA H100 80GB SXM580 GB HBM367.0 TFLOPS34.0 TFLOPS0.2 GPU / 6 cores / 50GB RAM
16Total~1,072 TFLOPS~544 TFLOPS
META Lab members also have access to KISTI supercomputing resources for large-scale HPC workloads.

Autonomous Laboratory

Autonomous Laboratory

Physical automation systems for self-driving experiments and high-throughput materials discovery.

Universal Robots

Universal Robots

Collaborative Robotic Arm · 6-DOF
Operational
  • Autonomous sample preparation, manipulation & handling for self-driving experiments
  • Standardization of experimental procedures and automated synthesis workflows