TuringQ Gen3 quantum computer released by Turing Quantum
图灵量子发布 TuringQ Gen3 第三代光量子计算机：标准 IDC 机柜形态，采用自研 XLink 低延迟互联架构
For users interested in quantum computing hardware, the release of a new generation of a large-scale photonic quantum computer with improved architecture and lower latency is a significant development.
Turing Quantum released the TuringQ Gen3, a third-generation large-scale, chip-level scalable photonic quantum computer. It features a standard IDC rack form factor and a self-developed XLink low-latency interconnection architecture. The system is built on high-speed programmable lithium niobate photonic chips, integrating quantum light sources, programmable photonic processing chips, single-photon detectors, and quantum-classical heterogeneous computing modules. It uses a space-time multiplexing architecture, enabling the same physical devices to participate in quantum evolution in different time modes and form a large-scale space-time computing network, supporting up to 10,000 photons per chip and 1,000,000 mode numbers. The system's photonic chip photon line transmission loss is 0.03 dB/cm, key single-device insertion loss is below 0.1dB, and fiber-chip single-end coupling loss is 0.9dB/facet. It also includes DeepQuantum quantum programming frameworks and QAgent quantum-classical hybrid software tools to lower the development and usage barriers.
图灵量子发布 TuringQ Gen3 第三代光量子计算机：标准 IDC 机柜形态，采用自研 XLink 低延迟互联架构
IT之家 9 月 13 日消息，据新浪财经报道，图灵量子今日正式发布“TuringQ Gen3 大规模芯片级可扩展光量子计算机”。该产品采用标准 IDC 机柜形态，拥有全芯片化、模块化、可扩展的整机架构和全栈软硬件体系， 支持量子算力节点按需扩展 。 IT之家从原报道获悉，TuringQ Gen3 基于高速可编程薄膜铌酸锂光量子芯片打造，集成量子光源、可编程光量子处理芯片、单光子探测及量子-经典异构计算等核心模块。 该系统采用空时复用架构，将空间光路、时间循环和高速电光调控纳入统一可编程网络，使同一组物理器件能够在不同时间模式中重复参与量子演化，并与空间模式共同形成大规模时空计算网络，可支持单芯片 10000 光子级、1000000 模式数的计算资源扩展。 同时，该系统在量子光源、片上传输、器件调控、芯片耦合和单光子探测方面持续优化，薄膜铌酸锂光量子芯片光子线路传输损耗达到 0.03 dB / cm，关键单器件插入损耗低于 0.1dB，光纤 — 芯片单端耦合损耗达到 0.9dB / facet，晶圆级量子光源光谱纯度超过 99%。 此外，该产品拥有自研 XLink 低延迟互联架构和 DeepQuantum 量子编程框架、量擎量子计算平台、QAgent 等量子-经典混合软件工具，降低开发和使用门槛，可让量子计算走进更多实际场景。