Light moves at light speed, so photonic processors run at extremely high clock rates—leaving almost no margin for computational delay for classical hardware to keep up. Backline, co-designed with AMD (@AMD), closes communication loops in under 3 microseconds and routes each workload to the engine that meets its latency budget: CPUs, GPUs, FPGAs, ASICs. All from Python, all in PennyLane (@PennyLaneAI). 📷 ↧ Xanadu Unlocking real-time speed for the quantum ecosystem with B... Xanadu and AMD have partnered to introduce Backline, an open platform for compilation and low-latency execution that dynamically connects quantum workloads to the right classical engine. Designed to power Xanadu’s photonic hardware, Backline is available today in PennyLane, allowing anyone to build and deploy to quantum and classical hardware.
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Light moves at light speed, so photonic processors run at extremely high clock rates—leaving almost no margin for computational delay for classical hardware to keep up. Backline, co-designed with AMD (@AMD), closes communication loops in under 3 microseconds
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