Specific instructions for the FiQCI partition on LUMI
The FiQCI partition within LUMI provides access to quantum processing units (QPUs) for users belonging to projects with allocated QPU resources. In addition to executing quantum workloads via LUMI, users can leverage the full LUMI infrastructure, including its software stack and quantum simulators, for development, testing, and hybrid quantum-classical workflows.
View status of the quantum computers
You can check the status of the connection here: https://fiqci.fi/status
LUMI Quantum Computing projects vs. regular LUMI projects
Quantum computing projects are slightly different from standard LUMI projects. The main difference is, that you need to apply for quantum resources in addition to CPU, GPU, and storage. More information about applying for quantum computing projects can be found from here.
The FiQCI partition q_fiqci
The q_fiqci partition on LUMI is dedicated to quantum computing workloads. It provides a direct connection between a LUMI-C
node and the FiQCI quantum computers.
There is one queue in the LUMI partition corresponding to FiQCI projects: q_fiqci.
Currently, the maximum run time of a quantum job is 2 hours.
| Name | Max walltime | Max jobs |
|---|---|---|
| q_fiqci | 2 hours | 64 |
Storage areas
The q_fiqci partition uses the same storage policies as LUMI. You can find further details on LUMI Storage here.
Usage and Billing
Quantum computing projects work similarly to the regular LUMI system. The main differences are:
- The dedicated quantum computing partition of LUMI is
q_fiqci. - The maximum job walltime is 2 hours.
- Usage is billed as QPU seconds QPUs.
- The LUMI-Fiqci computing environment has to be loaded separately. See Running on quantum jobs for details.
Support can be reached via the CSC Service Desk for LUMI related issues or at fiqci-feedback@postit.csc.fi for FiQCI and quantum computing services related issues.