TEL：+86 132 6656 7067 
TEL：+86 132 6656 7067
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| Ref.Pic. | Name | Note | Ref.Pic. | Name | Note |
 | Mini SMC+L,5V | W/T Connector |  | Box SM1260-1650,5V | W/T Connector |
C-LIGHT MEMS DOVA Attenuator is a high-precision dynamic optical attenuator based on Micro-Electro-Mechanical Systems (MEMS) technology. It is designed for dynamic adjustment of optical power in fiber optic communication systems, using MEMS micro-mirrors or tunable grating structures to control optical path loss through electrical signals. The solution provides rapid and stable optical power adjustment for optical communication, testing, monitoring, and other applications requiring controlled attenuation.
The attenuator uses Micro-Electro-Mechanical Systems technology to achieve precise control of optical signal attenuation within a compact optical component.
MEMS DOVA is designed for applications where optical power needs to be continuously adjusted rather than maintained at a single fixed attenuation value.
Optical path loss can be controlled through electrical signals, allowing the attenuation state to be adjusted according to system requirements.
MEMS micro-mirrors or tunable grating structures provide the core optical control mechanism for adjusting the transmitted optical power.
The MEMS-based structure supports rapid changes in optical attenuation, making it suitable for systems requiring responsive optical power management.
The design combines dynamic control with stable attenuation performance for optical communication and other precision optical applications.
The Mini SMC+L, 5V configuration provides a compact MEMS DOVA solution with a 5V operating interface and W/T connector configuration for space-sensitive optical system integration.
The Box SM1260-1650, 5V configuration provides a boxed MEMS DOVA structure designed for optical systems requiring a wider operating wavelength range from 1260 nm to 1650 nm.
MEMS DOVA controls optical attenuation by changing the optical path through a MEMS-based micro-optical structure. Depending on the design, a micro-mirror or tunable grating can be electrically controlled to modify the amount of optical power passing through the device. This allows the optical signal level to be dynamically adjusted without relying on a fixed attenuation value, making MEMS DOVA suitable for systems that require active optical power management.
MEMS DOVA can be integrated into optical communication systems where dynamic optical power adjustment is required to maintain appropriate signal levels.
Dynamic attenuation provides controlled optical signal adjustment for monitoring systems that need to evaluate changing optical power conditions.
The electrically controlled attenuation function makes MEMS DOVA suitable for optical test platforms requiring repeatable and adjustable signal power conditions.
MEMS DOVA can provide controlled optical power variation during equipment calibration and optical component evaluation.
The dynamic attenuation function can help manage optical signal levels in systems where fixed attenuation cannot provide sufficient flexibility.
The compact MEMS structure allows the device to be integrated into specialized optical equipment requiring electronically controlled attenuation.
MEMS DOVA allows the optical attenuation state to be dynamically controlled, while a fixed attenuator provides a predetermined attenuation value.
MEMS DOVA uses electrical signals to control optical attenuation, providing a higher level of system automation than manually installed fixed attenuators.
MEMS DOVA is suitable for optical equipment requiring active power control, monitoring, or calibration rather than simple passive optical power reduction.
The MEMS structure is designed for rapid optical adjustment, making it more suitable for applications where attenuation conditions may change during operation.
C-LIGHT MEMS DOVA uses MEMS-based micro-optical structures to provide precise dynamic optical attenuation for advanced fiber optic systems.
The Mini SMC+L and Box configurations provide different mechanical formats for integrating MEMS DOVA into optical equipment and systems.
The available configurations include 5V versions for applications requiring a compact electrically controlled optical attenuation solution.
C-LIGHT states that 100% of products pass initial testing, final testing, and factory inspection through a three-step quality control process.
C-LIGHT provides professional technical guidance and long-term maintenance support for optical product deployment and application requirements.
C-LIGHT provides a 3-year warranty together with technical support and product maintenance services.
MEMS DOVA is a dynamic optical attenuator based on Micro-Electro-Mechanical Systems technology and designed to provide controlled adjustment of optical power in fiber optic systems.
MEMS DOVA uses MEMS micro-mirrors or tunable grating structures to modify the optical path and control optical attenuation through electrical signals.
MEMS DOVA is a dynamic optical attenuator. Its attenuation state can be electrically controlled according to the requirements of the optical system.
C-LIGHT provides Mini SMC+L, 5V and Box SM1260-1650, 5V configurations, both with W/T connector configurations.
The Box SM1260-1650, 5V configuration is designed for an operating wavelength range from 1260 nm to 1650 nm.
MEMS DOVA can be used in optical communication systems, optical testing, network monitoring, system calibration, optical power management, and specialized optical equipment.
C-LIGHT MEMS DOVA provides electrically controlled dynamic optical attenuation based on MEMS micro-optical technology. With compact Mini SMC+L and Box configurations, rapid optical adjustment, and stable performance, it provides a flexible solution for optical communication, testing, monitoring, calibration, and optical power management applications.
Contact Us●100% of products pass initial test, final test and factory inspection.
●3-step quality control management process.
●100% complete implementation of customer order quality requirements.
●100% guarantee of customer product data information security.
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Please Note: Installing a third party transceiver does not void your network equipment warranty. Network equipment manufacturers all have guidelines stating that warranty support on their products will not be affected.
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