The Physical Properties documents on the QPU-Specific Characteristics page describe the physical properties particular to the QPUs that are available through Leap. For each QPU, the associated document includes a summary of its physical properties, an image of the working graph, and plotted data showing the anneal schedule and other details.
Note: The values provided in these documents are the physical properties of a calibrated QPU. They are not QPU specifications.
In addition to the aforementioned list of physical properties, each QPU has a number of other properties defined in software that are accessible via the Solver API. For a global list of the solver properties for a QPU, and for a list of the permitted user parameters for each type of solver, see Solver Properties and Parameters. To retrieve the solver properties for a particular QPU, see the Ocean documentation for the syntax and examples.
Comments
I was able to get a list of qubits and couplers for each.
I have attached them in text files to the original ticket above.
I included DW_2000Q_6 for good measure.
The filenames are:
dw_2000q_2_1-qubits_and_couplers.txt
dw_2000q_5-qubits_and_couplers.txt
dw_2000q_6-qubits_and_couplers.txt
They are in python dictionary format, so they can be copied into a script or read in.
I hope this helps answer your question.
Please reach out if you have any more questions!
Perfect! Thank you.
Hello,
Just wondering if you could give a little more information about your question.
Are you asking for a list of working vs non-working qubits for one of the solvers that is offline (i.e. the working graph of DW_2000Q_2_1)?
Or are you asking how to obtain the working graph of a given solver?
Where would I be able to find the chimera graph adjacency of devices that are currently offline?
The PDFs include drawings of the adjacency, but it'd be useful to have that data in a way that could be parsed
I'm asking about offline solvers like DW_2000Q_2_1 and DW_2000Q_5.
Yes, basically the `couplers` property of offline solvers.
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