OpenMV CAM Image Sensor - Revision history

Alvin: /* Introduction */

2016-11-22T03:17:50Z

‎Introduction

Alvin: /* Introduction */

2016-11-21T09:18:28Z

‎Introduction

Alvin: /* Specifications */

2016-09-19T02:22:46Z

‎Specifications

Alvin: /* Introduction */

2016-09-19T02:22:16Z

‎Introduction

Alvin: /* Specifications */

2016-09-19T02:09:26Z

‎Specifications

Alvin: /* Introduction */

2016-09-19T02:09:12Z

‎Introduction

Alvin at 05:11, 9 September 2016

2016-09-09T05:11:18Z

Alvin: /* Introduction */

2016-09-09T05:10:17Z

‎Introduction

Alvin: /* Introduction */

2016-09-09T05:09:20Z

‎Introduction

Alvin: /* Introduction */

2016-09-09T05:05:14Z

‎Introduction

@@ Line 3: / Line 3: @@
 The OpenMV CAM Image Sensor runs Micropython which allows you to program it in Python to do any of the above things while being able to control I/O pins and read/write files on an SD card. It's basically a general purpose microcontroller like the Arduino with a rich amount of computer vision functionality.
-[[File:OpenMV CAM.jpg|640px]]
+[[File:OpenMV CAM A.jpg|640px]]
-[[File:OpenMV CAM-2.jpg|640px]]
+[[File:OpenMV CAM-B.jpg|640px]]
-[[File:OpenMV CAM-3.jpg|640px]]
+[[File:OpenMV CAM-C.jpg|640px]]
 *320x240 maximum image processing resolution

@@ Line 3: / Line 3: @@
 The OpenMV CAM Image Sensor runs Micropython which allows you to program it in Python to do any of the above things while being able to control I/O pins and read/write files on an SD card. It's basically a general purpose microcontroller like the Arduino with a rich amount of computer vision functionality.
-[[File:open camare-2.jpg|640px]]
+[[File:OpenMV CAM.jpg|640px]]
+[[File:OpenMV CAM-3.jpg|640px]]
 *320x240 maximum image processing resolution

@@ Line 23: / Line 23: @@
 == Specifications ==
-[[File:open camare-2.jpg|640px]]
+[[File:open camare.jpg|640px]]
 *320x240 maximum image processing resolution in either grayscale or color. Your frame rate will be dependent on your application but can go up to 30+ FPS at smaller resolutions

← Older revision		Revision as of 02:22, 19 September 2016
Line 3:		Line 3:
	The OpenMV CAM Image Sensor runs Micropython which allows you to program it in Python to do any of the above things while being able to control I/O pins and read/write files on an SD card. It's basically a general purpose microcontroller like the Arduino with a rich amount of computer vision functionality.		The OpenMV CAM Image Sensor runs Micropython which allows you to program it in Python to do any of the above things while being able to control I/O pins and read/write files on an SD card. It's basically a general purpose microcontroller like the Arduino with a rich amount of computer vision functionality.

−	[[File:open camare.jpg\|640px]]	+	[[File:open camare-2.jpg\|640px]]

@@ Line 23: / Line 23: @@
 == Specifications ==
-[[File:Camera M 2.jpg|640px]]
+[[File:open camare-2.jpg|640px]]
 *320x240 maximum image processing resolution in either grayscale or color. Your frame rate will be dependent on your application but can go up to 30+ FPS at smaller resolutions

@@ Line 3: / Line 3: @@
 The OpenMV CAM Image Sensor runs Micropython which allows you to program it in Python to do any of the above things while being able to control I/O pins and read/write files on an SD card. It's basically a general purpose microcontroller like the Arduino with a rich amount of computer vision functionality.
-[[File:Camera M 1.jpg|640px]]
+[[File:open camare.jpg|640px]]
-[[File:Camera M 3.jpg|640px]]
+[[File:open camare-3.jpg|640px]]
-[[File:Camera M.jpg|640px]]
+[[File:open camare-4.jpg|640px]]
 *320x240 maximum image processing resolution

@@ Line 1: / Line 1: @@
 == Introduction ==
 [[File:Camera M 1.jpg|640px]]
@@ Line 18: / Line 20: @@
 *Can record GIFs/MJPEG videos
 == Specifications ==

← Older revision		Revision as of 05:09, 9 September 2016
Line 20:		Line 20:

	The OpenMV CAM Image Sensor runs Micropython which allows you to program it in Python to do any of the above things while being able to control I/O pins and read/write files on an SD card. It's basically a general purpose microcontroller like the Arduino with a rich amount of computer vision functionality.		The OpenMV CAM Image Sensor runs Micropython which allows you to program it in Python to do any of the above things while being able to control I/O pins and read/write files on an SD card. It's basically a general purpose microcontroller like the Arduino with a rich amount of computer vision functionality.
		+
		+	== Specifications ==
		+
		+	*320x240 maximum image processing resolution in either grayscale or color. Your frame rate will be dependent on your application but can go up to 30+ FPS at smaller resolutions
		+
		+	*Executes compiled machine vision algorithms via high level Python User Interface
		+
		+	*Python scripts are compiled too before execution resulting in near zero overhead
		+
		+	*9 user controllable multi-function GPIO pins (multi-functions include 1 ADC/DAC pin, 1 SPI bus, 1 I2C bus, 1 Serial Port, and 2 Servo Pins)
		+
		+	*Full Speed USB (12 Mb/s) serial port connection to your computer
		+
		+	*SDIO SD socket (25Mb/s) - We support both standard capacity and high capacity SD cards
		+
		+	*We have a RGB LED on board along with 2 IR LEDs
		+
		+	*The system draws about 150 mA in operation
		+
		+	*Lens mounts are M12 (comes with a 2.8mm 92 degree FOV lens with an easily removable IR filter)