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Products
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Advantages
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Products and Applications
One-click auto-start, no debugging required; all core components are independently developed, with strong environmental adaptability and support for wide-temperature operation.
Haomin Optoelectronics has developed GHz-repetition-rate-locked femtosecond optical frequency combs and GHz-band femtosecond light sources for these applications. Thanks to a unique cavity design, these devices achieve fundamental-frequency mode-locking, with a repetition rate that is customizable from 500 MHz to 2.5 GHz, ensuring long-term stability even under external environmental disturbances. The newly upgraded control system and fully enclosed industrial-grade design enable reliable, long-term operation in harsh industrial environments. This product family finds broad application in electromagnetic spectrum sensing, gas-molecule measurement, low-phase-noise high-frequency microwave generation, nonlinear-optical microscopy, dual-comb ranging, and other fields.
Haomin Optoelectronics has launched a family of paired RF-optical modules that provide full coverage across the entire frequency spectrum, from low to high frequencies. Through our proprietary circuit design and module packaging, we can deliver products with a 3-dB bandwidth of up to 10 GHz, while also offering compact, miniaturized packages tailored for these modules. In addition, to meet the needs of certain applications requiring controllable gain and signal monitoring, we have specifically introduced models with adjustable gain. All of our RF-optical modules achieve an SFDR of better than −100 dB. This exceptionally wide frequency-band coverage satisfies the vast majority of 4G, 5G, and 6G transmission requirements, as well as the RF carrier needs of most industrial control, monitoring, and sensing applications.
Haomin Optoelectronics provides quantum computing system solutions: a fully locked optical frequency comb, all-fiber photonic chips for efficient spectral broadening, and APD beat-frequency detection.
The micro-comb is hailed as the “chip-scale optical frequency comb” and represents another revolutionary leap in optical frequency-comb technology following mode-locked lasers. By coupling a continuous-wave laser into a high-Q straight optical microcavity and exploiting the intracavity nonlinear Kerr effect, it generates equally spaced frequency components, thereby enabling coherent interconnection across the microwave to optical spectrum at the chip scale.
Haomin Optoelectronics’ THz-CWG series delivers stable operation of a tunable, continuous THz signal mixing source. By integrating a highly stable optical frequency comb with a robust, lock-in control system, we have addressed the industry’s key challenges—namely, limited generation frequency range and significant signal jitter in continuous THz sources—enabling one-button output and digital control for industrial-grade, stable operation. Through extensive simplification of user interface and optimized system design, the entire solution can be housed in a standard rack-mounted enclosure, minimizing space requirements and facilitating deployment from laboratory settings to field applications.
Hotline:
Add：405,Unit 2,Building 7,the CEC Intelligent Manufacturing Park,Changsha,Hunan Province, China.
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