One Deterministic
Control Stack

From a Single Pulse to a Cluster-Wide Loop
button text

Why?

Because quantum error correction and other advanced qubit operations need precision that does not drift as the system grows from 5 qubits to 100+.

What is Qblox core technology?

Qblox core technology is the three-layer architecture inside the Qblox Cluster: Q1, SYNQ, and LINQ. Together they run every timing-critical decision in hardware, from a single pulse to a Cluster-wide feedback loop.
3 layers
Act. Align. Adapt.
1
Deterministic Control Stack
The control stack answers three questions what plays, when it plays, and what plays next.
Qblox answers each one in its own hardware layer.
LAYER 1 | ACT

Q1 is the execution layer.

Every channel of the Qblox Cluster runs its own Q1 sequencer. Each one generates, times, and shapes its pulses on the FPGA, on a 1 ns time grid with 4 ns parameter updates and gapless playback.
explore q1
LAYER 2 | ADAPT

LINQ is the feedback layer. 

LINQ links every Q1 sequencer, in or across modules, into one deterministic network. It carries measurement data and conditional triggers Cluster-wide in under 650 ns, with 2 Gb/s of throughput per Cluster and native QECi decoder support.
explore linq
LAYER 1 | ACT

Q1 is the execution layer.

Every channel of the Qblox Cluster runs its own Q1 sequencer. Each one generates, times, and shapes its pulses on the FPGA, on a 1 ns time grid with 4 ns parameter updates and gapless playback.
button text