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MAIA M2 

Quick User Guide

 

 

 

 

EOPTIS / SAL ENGINEERING 

Page 4 of 15 

MAIA M2  

Rev.1.01 - 07/2019 

Copyright © 2016-2019 

 

1

 

I

NTRODUCTION

 

MAIA M2 is the low-cost modular multispectral camera, which can be expanded by adding other modules, thus creating 
an extremely compact sensors matrix. A very large set of the main multispectral indices can be obtained using only three 
modules. MAIA-M2 can also operate autonomously and is the smallest and lightest dual-sensor camera available on the 
market. It is ideal for use on aerial and terrestrial vehicles (APR, drones, rover), particularly suitable for manufacturers, 
operators and integrators operating in the field of precision agriculture and environmental monitoring. 

 

MAIA is developed in Italy by Eoptis in collaboration with SAL Engineering and Bruno Kessler Foundation. 

 

Each  MAIA M2  camera is  equipped  with  two  1.2Mpix  CMOS  sensors, with  global  shutter  and  high  sensitivity,  which 
allow  you  to  acquire  stable  and  sharp images  up  to  1  shot  per  second. Each  sensor is coupled  with  a  higher  quality 
bandpass filter, which precisely defines the range of wavelengths of light that will be detected. The user can draw on a 
vast portfolio of filters covering the visible (VIS) and near infrared (NIR) region to generate the known agronomic indices 
and explore emerging applications. One of the two MAIA-M2 sensors can be in color, thus creating a 4-band camera of 
minimum size. 

 

MAIA M2 is able to capture images in free-run mode with fixed shutter frequency of 1fps or in external trigger mode, 
based on an electrical signal. To allow an external unit to know the exact moment of tripping, MAIA M2 generates a 
strobe synchronism signal that can be used for applications with Post Processed Kinematic (PPK). 

 

The  optimal  exposure  time  for  each  sensor  is  automatically  calculated  and  the  user can  select  the brightness  of  the 
images on three levels, through the camera button. 

 

Acquisition images and parameters are saved on the MicroSD card in lossless RAW format with depths of 8 or 12 bits 
per pixel. The card is removable, but it is also possible to download the images by leaving it inserted and accessing it 
through the USB interface. 

 

Two or more MAIA M2 cameras can be connected together to create a sensors matrix, increasing the indices that can 
be calculated exponentially. A serial interface and trigger / strobe signals allow you to synchronize the cameras through 
the appropriate controller that can be purchased as an accessory, making them operate as a single entity. 

 

The MAIA M2 camera has dimensions of only 34mm x 49mm x 46mm (including lenses and connectors) and weighs only 
59g.

Summary of Contents for MAIA M2

Page 1: ...MAIA M2 The multispectral camera Quick User Guide Rev 1 01 07 2019...

Page 2: ...s and IP All of the materials in this document are protected by copyright and other laws of intellectual property They are not allowed to be copied reproduced or modified for any use without the writt...

Page 3: ...nnector 9 2 3 1 Power supply 9 2 3 2 I Os and synchronism 9 2 3 3 Serial port for communication with controller 10 2 4 MicroSD card and image format 10 2 5 USB connectors 10 2 6 Images acquisition 10...

Page 4: ...near infrared NIR region to generate the known agronomic indices and explore emerging applications One of the two MAIA M2 sensors can be in color thus creating a 4 band camera of minimum size MAIA M2...

Page 5: ...MAIA M2 Quick User Guide EOPTIS SAL ENGINEERING Page 5 of 15 MAIA M2 Rev 1 01 07 2019 Copyright 2016 2019 Figure 1 Main elements of the camera with size of mechanics and details of connectors...

Page 6: ...on availability during production various types of lenses can be mounted with similar optical performance but different dimensions Figure 1 shows a type of lens as an example The available bands are...

Page 7: ...MAIA M2 Quick User Guide EOPTIS SAL ENGINEERING Page 7 of 15 MAIA M2 Rev 1 01 07 2019 Copyright 2016 2019 Figure 2 Bands available for MAIA M2...

Page 8: ...VI WDVI WDRVI M2 V15 B11 B15 NDRE Normalized Difference Red Edge Index NDCHL RRI M2 V16 RGB B15 NDVI GNDVI BNDVI SAVI Immagine a colori con Rosso Verde Blu a banda larga Table 2 MAIA M2 models with re...

Page 9: ...o guarantee compatibility with the 500mA max of the USB standard in this mode it is only possible to access the SD card and the other camera functions are inhibited There is no power button when the c...

Page 10: ...USB A Micro B cable It is not recommended to power the camera simultaneously from USB and the main connector The content of the SD is made visible to the PC when connected With the USB connection act...

Page 11: ...software The file name is constructed differently depending on whether the acquisition takes place in freerun mode or with external trigger and a part of the name can be attributed by any external co...

Page 12: ...front of the camera there are 2 M2 5 holes 3mm deep to fix the camera to a support The support must ensure adequate air circulation to allow heat dissipation If several modules are used side by side...

Page 13: ...are loads the images of up to 3 MAIA M2 modules and combines them into a file compatible with the MultiCam Stitcher Pro The change requires the presence of the geometric calibration file of the variou...

Page 14: ...shot for the two sensors up to 1fps Images RAW 8 12bits per pixel File size 2 5MB to 4 8MB based on image format Multi layer multi band TIFF post processing Storage Micro SD class 10 U3 up to 32GB Up...

Page 15: ...Copyright 2016 2019 5 REVISION HISTORY The User is recommended to check if this document applies to its camera according to the Serial Number Version Date Valid for SN Notes Rev 1 00 08 2018 1826xxxx...

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