We apply E2E vertical integration, full-link component optimization, and targeted compensation based on algorithms to ensure optimal overall performance.
Industry-leading C-band ultra-wide spectrum supports up to 120 wavelengths at 50 GHz, significantly improving fiber capacity.
We have optimized the bottom-layer chip design of lasers and modulators to increase the optical power and reduce the insertion loss. This has significantly increased modules' final optical power output.
We apply E2E vertical integration, full-link component optimization, and targeted compensation based on algorithms to ensure optimal overall performance.
Industry-leading C-band ultra-wide spectrum supports up to 120 wavelengths at 50 GHz, significantly improving fiber capacity.
We have optimized the bottom-layer chip design of lasers and modulators to increase the optical power and reduce the insertion loss. This has significantly increased modules' final optical power output.
