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Overview

Hardware

XScale ® boards

MBS270 at a glance

MBS270 V2 gallery

Cameras

Power modules

Accessories

Distributors

Software

MBS270 V2 gallery

Various MBS270 V2 views

Basic image processing with MBS7720 camera module

MBS270 V2 views

MBS270 V2 seen from MBS7720 camera module

MBS7720 is connected with a 200mm long FFC (white strip in foreground).

MBS270 V2 is powered with a 4 NiMh battery pack and a MBSPOW-5V power module. Pictures are screen copies of demo software. Click on image for full resolution.

MBS270 v2 seen from MBS7720

MBS270 v2 seen from MBS7720 camera module

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Tomy's I-SOBOT standing by MBS270 V2 board

Picture is a screen copy of demo software. Click on image for full resolution.

MBS270 V2 is so compact it can fit in the back of any humanoid robot, including I-SOBOT, the world smallest one.

You can develop your own humanoid software with vision, sound, voice recognition, motion and communication without additionnal hardware.

Tomy's I-SOBOT standing next to MBS270 V2

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Image processing examples

Pictures are screen copies of demo software. Click on image for full resolution.

Horizontal gradient computation of QVGA image with MBS270 V2 Horizontal gradient computation of VGA image with MBS270 V2

Horizontal gradient computation of QVGA image (Sobel filter).

Typical computation time: 9ms/frame.

Original image here.

Horizontal gradient computation of VGA image (Sobel filter).

Typical computation time: 36ms/frame.

Original image here.

Vertical gradient computation of QVGA image with MBS270 V2 Vertical gradient computation of VGA image with MBS270 V2

Vertical gradient computation of QVGA image (Sobel filter).

Typical computation time: 8ms/frame.

Original image here.

Vertical gradient computation of VGA image (Sobel filter).

Typical computation time: 32ms/frame.

Original image here.

Edge computation of QVGA image with MBS270 V2 Edge computation of VGA image with MBS270 V2

Edge computation of QVGA image.

Typical computation time: 20.3ms/frame.

Original image here.

Edge computation of VGA image.

Typical computation time: 81.5ms/frame.

Original image here.

Edge computation of QVGA image with MBS270 V2 Edge computation of VGA image with MBS270 V2

Original I-SOBOT VGA image.

Edge computation of I-SOBOT VGA image.

Typical computation time: 81.5ms/frame.

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