The 40-channel Ultra-Low Loss and Compact Dense Wavelength Division Multiplexing (DWDM) system is built on the foundation of Thin-Film-Filter and Micro-Optics technologies. This cutting-edge product combined with the patented free-space DWDM portfolio from 4, 8, 16, and 20 channels is revolutionizing the telecommunications industry with its unparalleled efficiency and compact design, setting a new standard for high-performance optical networking.

Optiworks' ultra-compact CWDM is based on TFF platform. A series TFFs are attached to a metal base. Multiple wavelengths incident to the filters at certain angle with one band of wavelength pass through while all other bands of wavelength are reflected. To make it ultra-compact, folding mirrors are used and light path is zigzag form. The integrated optical and mechanical components are then quasi-hermetically packaged. The function of such CWDM device is to combine multiple wavelengths into single fiber or send different wavelengths to separate fiber. The device works uni- or bidirectional. Multiple fibers are coming out from the same side of device to make the fiber management easier.

Optiworks' ultra-compact DWDM is based on TFF platform. A series TFFs are attached to a glass or metal base. Multiple wavelengths incident to the filters at certain angle with one wavelength pass through while all other bands of wavelength are reflected. To make it ultra-compact, folding mirrors are used and light path is zigzag form. The integrated optical and mechanical components are then tightly packaged. The function of such DWDM device is to combine multiple wavelengths into single fiber or send different wavelengths to separate fibers. The device works uni- or bidirectional. Multiple fibers are coming out from the same side of device to make the fiber management easier.

Optiworks' ultra compact CWDM-DWDM is based on well-developed thin film filter (TFF) technology and use ultra-compact free-space micro-optic integration method. The device can work in a wide range of temperature and has extraordinarily performance, which could meet the industry standard requirements.