Quantum Machines Enables Integration Of Classical Processors With Quantum Control

Quantum Machines Launches Open Acceleration Stack Alongside NVIDIA and AMD

Today Quantum Machines launches The Open Acceleration Stack, a first-of-its-kind framework allowing users to integrate any classical processor (XPU) into their quantum control stack. This novel architecture allows quantum computers not only to be Quantum Error Correction (QEC)-ready and AI-ready, but also QEC- and AI-native. The Open Acceleration Stack marks a significant expansion of Quantum Machines' Orchestration Platform, the industry's lea…

Quantum Machines unveils open stack for hybrid quantum acceleration

Quantum Machines has launched a new open framework designed to bridge quantum processors with high-performance classical computing systems. Developed in collaboration with NVIDIA, AMD and Riverlane, the Open Acceleration Stack aims to accelerate the shift toward scalable, hybrid quantum architectures. For eeNews Europe readers working across AI, HPC and emerging quantum systems, the announcement highlights […] The post Quantum Machines unveils o…

Quantum Machines links GPUs with quantum control stack

Quantum Machines unveils Open Acceleration Stack to link GPUs and quantum control with microsecond-latency hybrid orchestration.

Quantum Machines Enables Integration Of Classical Processors With Quantum Control

Quantum Machines has launched The Open Acceleration Stack, a framework enabling seamless quantum machines integration of classical processors—like GPUs and CPUs—with quantum computers. This architecture supports real-time hybrid processing for advanced error correction and AI-native quantum computing.

Quantum Machines Introduces Open Acceleration Stack for Hybrid Computing

Quantum Machines has launched the Open Acceleration Stack, a modular framework designed to integrate classical processors (XPUs) directly into quantum control systems. This architecture transitions quantum computers to a "QEC-native" and "AI-native" operational model by allowing third-party accelerators to manage real-time computational tasks. The stack serves as an extension of the Quantum Orchestration Platform, supporting [...] The post Quant…