30kHz MEMS EVALUATION KIT
The MAR1200 MEMS family has a high refresh rate of up to 120Hz and a wide optical field of view (FOV), which makes it a suitable choice for LBS systems that need large images and scanning areas.
The MAR2200 revolutionizes MEMS control based on dynamic MEMS models, utilizing more accurate and flexible control schemes than current state-of-the-art controllers, resulting in improved MEMS performance. Additionally, the MAR2200 produces unprecedented operational stability despite temperature changes and MEMS manufacturing tolerances. An example of its flexibility is the support of on-the-fly resolution, field-of-view adjustments, and easy customization for different MEMS mirrors.
The DM005300 is provisioned with a newly modified version of the MAR3200 Video controller. These new video board modifications include dramatically reducing the laser power of conventional control systems by as much as 70% for smart glasses. The video board also allows dynamic foveated rendering of pixel distribution, enabling cooler and longer battery life smart glasses designs.
The DM005200 is provisioned with a newly modified version of the MAR3200 Video controller. These new video board modifications include dramatically reducing the laser power of conventional control systems by as much as 70% for smart glasses. The video board also allows dynamic foveated rendering of pixel distribution, enabling cooler and longer battery life smart glasses designs.
HOW THE LASER SCANNING PROJECTOR WORKS
The MAR1200 is a dual-axis MEMS-based scanning mirror designed for miniature laser projectors and laser steering applications. It is based on industry-leading MEMS technology with ultra-precise actuation timing to achieve sub-pixel location accuracy. The MEMS actuator combines both a fast electro-static actuator and a powerful electromagnetic actuator, which provides maximum field of view, lowest power, and greatest immunity to environmental changes, like temperature, aging, and others.
The MAR1200
is controlled by the industry’s first all-digital driver and controller- the newly released MAR2200. The MAR2200 is the world’s first directly programmable, fully digital MEMS controller with capabilities far outreaching current analog control solutions. These capabilities include high position control of the MEMS, compatibility with different scan modes (raster, Lissajous), compatibility with different MEMS scanners, safety alarms, and more.
The Maradin DM5300 Evaluation Kit is the fastest and simplest way to see for yourself the difference Maradin MEMS technology can make to your LBS product’s performance.
The MAR3200 is a modified version of the proven 3102 video controller. It manages the data and lasers for a full Laser Based Scanning (LBS) display. The MAR3200 has multiple image sources (pattern generator, memory stored images, and HDMI video interface) providing the data projection. The data are sent pixel after pixel, according to a modified pixel timing algorithm to onboard laser drivers, supporting up to 8 laser channels. The sophisticated pixel timing algorithm enables foveated display rendering and a laser power reduction mode, dramatically reducing the laser power of conventional control systems by as much as 70% for smart glasses.
Flexibility and Customization
Flexibility
Maradin EVK can be modified for different operating specifications and needs.
Packaging
Maradin package can be fully adapted to the needs of different systems.
Connectivity
The DM5200 is a plug and play evaluation kit that works with your laser light source
DM5200 Evaluation kit Common Applications
MAR1100.E – MEMS SCANNING MIRROR SPEC:
| Item | Specification |
|---|---|
Optical angle (H x V) | Typ.: 45x20 Deg. | Max: 45x30 Deg. |
Resolution (HxV) | Typ.: 1280x480 pixels | Max: 1280x600 pixels |
Pixel position error | +/- 1/5 pixel |
Resonance frequency (H) | 10,750 Hz |
Resonance frequency (V) | 1800 Hz |
Effective mirror size (H) | 1 mm |
Effective mirror size (V) | 1.1 mm |
MEMS Scanning Module dimensions (L x W x H) | Typ.: 10×5.5×5 mm |
MEMS Scanning module power consumption | 70 mW (rms) |
Package | Typ.: Plastic, Non-Hermetic | Custom: Ceramic, Hermetic |
| Item | Specification |
|---|---|
Throw Ratio | 1.2 |
Incident angle (H) | 0 Deg. |
Incident angle (V) | 15 – 22 Deg. |
Mirror reflectance | Typ.: 90-98% (Aluminium coating)Max: 99.5% (High Reflective Coating) |
Overall reflectance | >85% (Mirror & Optical window) |
Wavelength range for reflection | Typ.: 440 -700 mmCustom: Any wavelength upon request |
laser max spot size | 0.7 mm |
FAQs DM5200:
The major difference is that the DM5300 uses Maradin’s novel 2DMEMS (MAR1200) that provide a wide optical field of view (FOV), up to 45° (fast axis) & up to 30° (slow axis) – delivers large image and scanning area
Yes. Like in DM5200, DM5300 could be also, supplied with different lasers and optics upon request.
The DM5300 supports 3 different image sources. A powerful pattern generator enables 1-bit patterns of horizontal and vertical line images along with diagonal lines for different scan quality measurements. Internal storage enables up to 8, 24 bit images to be stored on board and displayed upon request or as a slide show. An HDMI video interface enables video streaming using HDMI protocol directly from a computer or a mobile phone.
Yes. The DM5300 is controlled by an Application Programming Interface (API). For evaluation proposes, it could be also operated by a Graphical User Interface (GUI) directly from a PC.
