Photonic quantum-computer developer TuringQ (图灵量子) launched Gen3, a rack-mounted system incorporating programmable thin-film lithium-niobate photonic quantum chips.

TuringQ (图灵量子) founder Jin Xianmin (金贤敏) unveiled TuringQ Gen3 at the September 12 Pujiang Innovation Forum (浦江创新论坛). The report describes it as the world’s first rack-mounted, chip-level scalable photonic quantum computer; that characterization is a reported launch claim, not independently established by the supplied material.

Gen3 incorporates high-speed programmable thin-film lithium-niobate photonic quantum chips. Its integrated modules include quantum light sources, programmable photonic quantum processing chips, single-photon detection, and heterogeneous quantum–classical computing.

The stated architecture supports expansion toward ten-thousand-photon-level resources on a single chip and one million modes. The report also states that chip-level quantum advantage was verified and that world-model applications would be explored, but supplies no benchmark details; photons and modes should not be relabeled as qubits or GPU equivalents.

Separately, TuringQ reportedly obtained registration for listing guidance and intends to pursue an A-share IPO, with Guotai Haitong (国泰海通) as its adviser. This is a preparatory listing-stage development, not an approved offering or completed flotation, and no fundraising amount, valuation, or dilution terms are provided.