HUAYI BO'AO(BEIJING) QUANTUM TECHNOLOGY | HUAYI BO'AO(BEIJING) QUANTUM TECHNOLOGY

Company Name	HUAYI BO'AO(BEIJING) QUANTUM TECHNOLOGY
Booth Number	B116
Home Page	www.hyqubit.com/index
Main Phone	010-5869-0598

Company Introduction

Huayi Quantum is a world‑class trapped‑ion quantum computing enterprise focused on advanced quantum 
hardware and precision 
optoelectronic systems. It develops, manufactures and commercializes high‑performance quantum 
computers, ultra‑stable laser modules 
and scalable quantum control platforms. The company has achieved notable technical milestones, 
including large‑scale ion trapping and 
high‑fidelity quantum logic gates. It offers commercial quantum systems and customized solutions for 
industrial and research clients, 
supporting applications in energy, finance, healthcare and scientific computing.

Introduction of item

1. HYQ Core device of cryogenic ion trap second?generation prototype

[HYQ - 1]
Huayi Quantum employs a cryogenic ion trap system to trap large-scale two-dimensional ion crystals and 
uses the Cross-AOD scheme for 
two-dimensional single-qubit addressing to achieve ion trap quantum computing on the scale of hundreds 
of qubits or more. This exhibit 
showcases the core device of a cryogenic ion trap, equipped with an integrated ion trap quantum chip. It is 
placed in a cryogenic system at 
approximately 4 Kelvin. Through a D-SUB interface, precise electrodes on the quantum chip are 
manipulated to precisely control the ion 
trapping potential field, achieving stable trapping of hundreds of qubits.

2. wavelength meter

[HYQ - 2]
The WM-VIS-60T is a multi-functional wavemeter built upon Fizeau interferometry for wavelength 
measurement of continuous-wave laser 
sources. It connects to local area networks via an Ethernet port and becomes operational after installing 
the bundled dedicated software.
To secure superior stability and measurement accuracy, its optical and electronic components are 
housed inside a compact thermally 
insulated enclosure. Furthermore, embedded temperature and pressure compensation algorithms for 
wavelength calculation further 
optimize its overall precision and long-term stability.
Equipped with a high-performance low-loss photonic crystal optical switch, this wavemeter enables 
synchronous high-precision frequency 
measurement across up to eight independent channels. It is well-suited for quantum physics 
experiments requiring multi-laser frequency 
monitoring, including quantum computing and atomic clock development.