Cisco Collaborates with IBM to Develop Quantum Networking Solutions
Cisco is partnering with IBM to develop high-fidelity quantum networking solutions, addressing the current lack of networking capabilities in quantum computing. The collaboration has led to the introduction of an entanglement chip that can operate without refrigeration, allowing connections over telecom fiber wavelengths up to 100 kilometers. Both companies aim to achieve networked distributed quantum computing by the early 2030s, overcoming challenges such as entanglement fragility and distance limitations.
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Cisco is developing high-fidelity quantum networks in collaboration with IBM, focusing on networking while IBM handles computing. Currently, quantum computers lack networking capabilities, with some point-to-point connections established but no true networks.
Cisco aims to overcome challenges similar to those faced by classical computing in the 1960s. The company has introduced an entanglement chip that operates without refrigeration, enabling connections over telecom fiber wavelengths up to 100 kilometers apart.
Quantum networking requires classical protocols, but data transmission differs from classical methods, relying on entangled particles. Challenges include the fragility of entanglement and distance limitations, necessitating quantum repeaters for longer connections. Cisco and IBM anticipate achieving networked distributed quantum computing by the early 2030s.
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