per-qubit readout and per-channel control
Can TrueLoop work
with your hardware?
It fits hardware that can read each relevant component in parallel, write the matching controls, and close the loop before readings go stale.

Three requirements.
Read every relevant component in parallel. Write the corresponding controls. Finish the update before the measurement becomes stale.
See supported hardware classesSearch 126
hardware classes.
per-ion fluorescence readout
per-site imaging and addressing
per-dot charge sensing
per-site optical or electrical readout
per-mode heralds and phase taps
per-device flux bias and coupler calibration
per-cavity pump and drive trim
per-junction gate and readout bias
per-resonator frequency and power trim
per-line offset
per-amplifier pump bias
Classes are not performance guarantees. Qualification comes from the actual interface.
Five checks.
One clear answer.
Can one acquisition return a resolved response for every relevant controlled component?
Can software write the corresponding controls within known safe bounds?
Can every relevant component be revisited before its reading becomes stale?
Can you measure or generate a reachable vector target away from response extrema?
Are readout quality, control authority, coupling, drift, and delay inside the tested envelope?
Unsure. Answer every check from the actual device interface. A product family or data sheet alone cannot establish compatibility.
Need an answer for a specific device?
Send the readout shape, controls, timing, bounds, drift, and target.
