Over four days at NVIDIA GTC 2026, Qblox engaged with the growing ecosystem around hybrid quantum–classical computing, contributing to discussions on how tightly integrated architectures are shaping the next phase of quantum technology.
At the event, Qblox highlighted its ongoing collaboration with NVIDIA, focused on integrating Q1 processors with NVQLink to enable low-latency communication, real-time control loops, and scalable hybrid workloads. These developments reflect a broader shift toward closer coupling between classical and quantum systems.
Conversations throughout GTC emphasized the importance of deterministic timing and communication across CPUs, GPUs, and QPUs. As hybrid workflows become more advanced, control hardware plays a critical role in enabling reliable execution and scaling toward more complex applications, including quantum error correction.
The event provided an opportunity to exchange insights with industry partners and researchers, and to further explore the system-level requirements needed to support utility-scale quantum computing.
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