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MRR Use Case
NOTE: This device is in development. Therfore, we are currently not accepting orders. If you have an interest in developing the device for your application, please contact BMC via the link below.
-Low size, weight and power (SWaP)
-Low probability of intercept and detection (LPI/LPD)
-Implementable in mobile/space/cubesat platforms
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Pair your Modulating RetroReflector with the
MB-200 Driver for a complete modulation solution.
Click here for specifications on this device.
The MRR is a device that can be customized for various FSOC infrastructures. The specifications listed are for devices that are currently in use in laboratory and research applications.
Please contact us to arrange a meeting with our engineering team to discuss how the MRR can be customized for you.
-Binary step feature
-Aperture: 14 mm**
-Beam deviation: <30 arcsec
-Surface Finish: <6 nm RMS
-Switching speed: as low as 1.5 µs
-Housing diameter: 1 in.*
** Custom-sized apertures available
The Modulating RetroReflector (MRR) system has been demonstrated to provide continuous asymmetric free space optical communication at data rates up to 200 kbps* using a binary modulation scheme. The MRR subcomponent is housed in a compact, easy-to-integrate package geared for laboratory technology demonstration. This technology can be used out of the box or integrated into a complete setup through the use of standard optical components. The MRR can be paired with the MB-200 Driver to enable immediate testing of an optical protocol using a standard TTL input. See below for complete device specifications.
*Higher data rates are in development
Low Power Modulating RetroReflector (MRR) for Free Space Optical Communication
When mounted as one facet of a hollow corner cube retroreflector, the Boston Micromachines Broadband Optical Modulator is capable of passively returning light from an interrogating laser source and modulating its intensity for asymmetric communication. In its unpowered state the MRR acts as a typical retroreflector, returning a high percentage of light to the source. In its powered state, most of this light is scattered.