IONODES ATOMAS-MINI-DUAL User manual

ATOMAS-MINI-DUAL
User Manual
OEM Encoder Platform
Document Version 2.3

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ATOMAS-MINI-DUAL
User Manual
©2010-2020, IONODES INC
All Rights reserved.
No part of this documentation may be reproduced or transmitted in any form or by any means, electronic,
photographic or mechanical, except as expressed in the Software License Agreement. IONODES shall not be
liable for technical or editorial errors or omissions contained herein. The information in this document is subject
to change without notice.
The information in this publication is provided “as is” without warranty of any kind. The entire risk arising out of
the use of this information remains with the recipient. In no event shall IONODES be liable for any direct,
consequential, incidental, special, punitive, or other damages whatsoever (including without limitation, damages
for loss of business profits, business interruption or loss of business information), even if IONODES has been
advised of the possibility of such damages and whether in an action or contract or tort, including negligence.
This software and documentation are copyrighted. All other rights, including ownership of the software, are
reserved to IONODES Inc. All other brand and product names are trademarks or registered trademarks of the
respective owners.
The following words and symbols mark special messages throughout this guide:
Warning: Text set off in this manner indicates that failure to follow directions could result in damage to persons or
equipment.
Note: Text set off in this manner indicates special instructions which should be paid attention to.

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Contents
1About the ATOMAS-MINI-DUAL ...................................................................................................................................................5
2Parts List ..................................................................................................................................................................................................6
3Hardware Integration .........................................................................................................................................................................7
4Temperature Considerations...........................................................................................................................................................7
5ATOMAS-MINI-DUAL.........................................................................................................................................................................8
5.1 Board layout .................................................................................................................................................................................8
5.2 Connector Part Numbers...................................................................................................................................................... 10
5.2.1 J1 –Analog Video Interface........................................................................................................................................ 11
5.2.2 J2 –Micro SD / SD Connector ................................................................................................................................... 12
5.2.3 J3 –LVDS Video Interface............................................................................................................................................ 13
5.2.4 J4 –Second Digital Video Interface......................................................................................................................... 14
5.2.5 J5 –Ethernet and Power IN ........................................................................................................................................ 15
5.2.1 J6 –Comm, GPIO and Audio...................................................................................................................................... 16
5.3 Understanding LED Status.................................................................................................................................................... 17
6ATOMAS-SDIO................................................................................................................................................................................... 18
6.1 Board layout .............................................................................................................................................................................. 18
6.2 Connector Part Numbers...................................................................................................................................................... 18
6.2.1 J2 –10-pin microSD / SD connector....................................................................................................................... 19
7ATOMAS-MINI-BOSON-ADAPT.................................................................................................................................................. 19
7.1 Board layout .............................................................................................................................................................................. 20
7.2 Connector Part Numbers...................................................................................................................................................... 20
8System Configuration...................................................................................................................................................................... 22
8.1 Initial Network Configuration.............................................................................................................................................. 22
8.2 Using the ATOMAS-MINI-DUAL Web Management Application ......................................................................... 23
8.2.1 System Status................................................................................................................................................................... 24
8.2.2 Configuration / System ................................................................................................................................................ 25
8.2.3 Configuration / Network.............................................................................................................................................. 26
8.2.4 Configuration / Imaging .............................................................................................................................................. 31
8.2.5 Configuration / Video Input ....................................................................................................................................... 36
8.2.6 Configuration / Audio Input....................................................................................................................................... 44
8.2.7 Configuration / Audio Out.......................................................................................................................................... 45

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8.2.8 Configuration / Serial Port .......................................................................................................................................... 46
8.2.9 Configuration / Integration......................................................................................................................................... 48
8.3 Peripherals.................................................................................................................................................................................. 48
8.4 Live Viewer ................................................................................................................................................................................. 49
8.5 Security........................................................................................................................................................................................ 50
8.6 Maintenance.............................................................................................................................................................................. 51
8.6.1 Performing a Firmware Update................................................................................................................................. 52
8.6.2 Batch Firmware Update................................................................................................................................................ 53
Annex A - Troubleshooting Guide....................................................................................................................................................... 54
Annex B - Statement Limited Warranty............................................................................................................................................. 54

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1About the ATOMAS-MINI-DUAL
The ATOMAS-MINI-DUAL dual port OEM encoder module delivers high quality H.264 video encoding to the
video surveillance market. It is an embedded, high-performance digital video OEM encoder module designed for
integration into HD cameras or other video capture products.
Embedding support for networked API’s, products based on the ATOMAS-MINI-DUAL can be integrated into a
networked video management system allowing for centralized monitoring and management in a scalable and
expandable IP surveillance system. Contact IONODES for a list of supported VMS systems.
The high-performance encoding capability of the ATOMAS-MINI-DUAL offers a cost-effective way to convert
existing camera designs to benefit from video over IP networks.
The ATOMAS-MINI-DUAL provides innovative configuration options and tools that can significantly decrease the
amount of time and effort required to deploy a unit. Using web-based configuration tools, users can easily and
remotely manage all aspects of the appliance.
To support high-performance encoding, while keeping the total cost of ownership within budget constraints, the
ATOMAS-MINI-DUAL uses highly efficient dual stream H.264 compression and supports an optional MJPEG
stream. Each of its 2 video inputs is processed individually and they are accessible from the LAN via a single IP
(in the URL the exact input will be specified).
Advanced features, such as “edge-recording” allow you to extend usage of the ATOMAS-MINI-DUAL well into
the future.

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2Parts List
Qty Description
1 ATOMAS-MINI-DUAL Module
Note: When unpacking, inspect the shipment box and appliance to identify any possible damages due to
shipping. Make sure all items have been delivered and that no items are missing. Contact your
IONODES representative should you find any damages or defects.
Note: The product serial number label helps our product support team identify your device and its factory
configuration in the event that your IONODES product or its components require service. The label is
attached to the underside of the PCBA.

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3Hardware Integration
The ATOMAS-MINI-DUAL has been designed to allow for flexible hardware integration to existing or new product
designs. The ATOMAS-MINI-DUAL proposes four (4) mounting holes for securing to your enclosure. In addition,
a slight clearance around the board’s edge can also be used for extrusion-type enclosures.
When integrating the ATOMAS-MINI-DUAL into a product design, position the module to allow for air circulation
around the board in order to maximize the chances of heat dissipation.
Warning: Be careful not to damage the module when using mounting screws.
4Temperature Considerations
The ATOMAS-MINI-DUAL has been designed with industrial temperature components (-40C to +85C); however,
reaching your temperature requirements may require that you add heatsinks to certain board-level components
which generate substantial heat. The placement of the SoC and temperature sensor on the PCB are clearly
marked in the picture below.

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5ATOMAS-MINI-DUAL
5.1 Board layout
Figure 1 - ATOMAS-MINI-DUAL Top Side

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Figure 2 - ATOMAS-MINI-DUAL Bottom Side
Note: On the bottom side of the ATOMAS-MINI-DUAL, near the edge of the PCB, there is a small physical button
labelled “SW1”. This button allows the user to perform a reset to factory default settings. In order to do
that the user must press and hold the button until the status LED on the board changes to an alternating
Red/Green pattern. Once it is released the board will load default settings and restart automatically. A
short press of the button (without waiting for the Red/Green pattern) will simply restart the board.

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5.2 Connector Part Numbers
•ATOMAS-MINI-DUAL
oCommon to all module versions
- J2 –MicroSD / SD Connector / MOLEX 0525591052
- J3 –LVDS Video Interface / KEL USL00-30L
- J5 –Ethernet & Power IN / Hirose DF20F-20DP-1V(56)
- J6 –Comm, GPIO & Audio / Hirose DF20F-20DP-1V(56)
oAR0 model only
- J1 –Analog Video Interface / Hirose DF20F-10DP-1H
oDC0 model only
- J4 –Second Digital Video Interface / KEL USL00-30L

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5.2.1 J1 –Analog Video Interface
Hirose DF20F-10DP-1H
Pin No.
Analog Video Interface Type
YPrPb
S-VIDEO
CVBS
1
RESERVED
RESERVED
RESERVED
2
Pr IN
N/C
N/C
3
RESERVED
RESERVED
RESERVED
4
GND
GND
GND
5
GND
GND
GND
6
Pb IN
C IN
N/C
7
GND
GND
GND
8
GND
GND
GND
9
GND
GND
GND
10
Y IN
Y IN
CVBS IN
Note: The RESERVED ports are for internal use by IONODES and should be left disconnected on production
designs.

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5.2.2 J2 –Micro SD / SD Connector
MOLEX 0525591052
Pin
No.
Name
Comments
1
WRITE PROTECT
2
CARD DETECT
3
DATA BIT 2
4
DATA BIT 3
5
COMMAND LINE
6
POWER
3.3 VDC
7
CLOCK
8
GND
9
DATA BIT 0
10
DATA BIT 1
Note: In order to use the micro SD / SD functionalities, make sure to have a 2GB to 64GB microSD / SD card
of class 6 or above. You must also make sure the card is formatted in FAT32 or EXT3.

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5.2.3 J3 –LVDS Video Interface
KEL USL00-30L
Pin No.
Name
Comments
1
LVDS DATA3 +
2
LVDS DATA3 -
3
LVDS CLK +
4
LVDS CLK -
5
LVDS DATA2 +
6
LVDS DATA2 -
7
LVDS DATA1 +
8
LVDS DATA1 -
9
LVDS DATA0 +
10
LVDS DATA0-
11
GND
12
CAM UART TX
Connects to camera’s TxD
13
CAM UART RX
Connects to camera’s RxD
14
DC OUT
6V
15
DC OUT
6V
16
DC OUT
6V
17
DC OUT
6V
18
DC OUT
6V
19
GND
20
GND
21
N/C
22
N/C
23
N/C
24
N/C
25
N/C
26
RESET OUT
Reset: Low (GND), Normal: Open (1.8V)
27
N/C
28
N/C
29
N/C
30
N/C

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5.2.4 J4 –Second Digital Video Interface
KEL USL00-30L
Pin No.
Name
Comments
1
VIN SENSOR
FLIR BOSON: VIN=3.3V (can also be set to 5V)
2
VIN SENSOR
FLIR BOSON: VIN=3.3V (can also be set to 5V)
3
GND
4
FLIR DATA BIT 14
5
FLIR DATA BIT 8
6
BT656 FLIR DATA BIT 4
7
BT656 FLIR DATA BIT 7
8
FLIR RESET
9
FLIR UART RX
voltage 1.8V
10
BT656 FLIR DATA BIT 5
11
BT656 FLIR DATA BIT 6
12
FLIR DATA BIT 13
13
FLIR UART TX
voltage 1.8V
14
FLIR DATA BIT 15
15
FLIR DATA BIT 10
16
FLIR DATA BIT 12
17
BT656 FLIR PCLK
18
FLIR DATA BIT 9
19
FLIR DATA BIT 11
20
BT656 FLIR DATA BIT 2
21
GND
22
BT656 FLIR VSYNC
23
BT656 FLIR DATA BIT 3
24
BT656 FLIR DATA BIT 1
25
FLIR I2C0 SCL
26
FLIR I2C0 SDA
27
BT656 FLIR HSYNC
28
BT656 FLIR DATA BIT 0
29
BT656 FSYNC FLIR DATA EN
30
GND
Note: The Second Digital Video Interface is only available on the ATOMAS-MINI-DUAL-DC0 version. In order
to connect a camera block via this interface an adapter board is required. Currently, the only supported
camera blocks are the FLIR BOSON 320/640 (60 Hz version only).

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5.2.5 J5 –Ethernet and Power IN
Hirose DF20F-20DP-1V(56)
Pin No.
Name
Comments
1
10/100 LAN TX +
Connects directly to RJ45 or network wiring.
2
10/100 LAN RX -
Connects directly to RJ45 or network wiring.
3
10/100 LAN TX -
Connects directly to RJ45 or network wiring.
4
10/100 LAN RX +
Connects directly to RJ45 or network wiring.
5
N/C
6
N/C
7
VRTC
DC Power Input for RTC (1.3V to 5.5V)
8
10/100 LAN LED1
Connects directly to RJ45 or network wiring.
9
GND
10
10/100 LAN LED2
Connects directly to RJ45 or network wiring.
11
CON FACT DFLT
12
GND
13
GND
14
GND
15
3.3V OUT
3.3V DC Power Output (max. 100mA)
16
5V OUT
5V DC Power Output (max. 500mA)
17
VIN
Input voltage: 8V to 36V
18
VIN
Input voltage: 8V to 36V
19
VIN
Input voltage: 8V to 36V
20
VIN
Input voltage: 8V to 36V
VRTC is provided in order to allow for optional integration of an external battery source (1.3V to 5.5V) for feeding
the module’s real-time clock (RTC). VRTC is only required to keep the date/time when the main power supply is
not connected. All other data is saved in the persistent FLASH memory. The expected consumption is around
0.060 mA (+/- 0.005 mA). Based on the desired holdup time, the system integrator should select the appropriate
battery capacity.
J5 provides standard 4-wire network connectivity. You only need 4 wires for 10/100 Base-T
network connection; please connect the appropriate network connection pins to your RJ45
connector or wiring. Network status LED pins are also accessible if needed.

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5.2.1 J6 –Comm, GPIO and Audio
Hirose DF20F-20DP-1V(56)
Pin No.
Name
Comments
1
COM2 +
MAIN UART0 TX (-DC0) or RS-485 TX + (-AR0)
2
COM1 +
RS-485 RX + (-AR0) or CAN + (-DC0)
3
COM2 -
MAIN UART0 RX (-DC0) or RS-485 TX –(-AR0)
4
COM1 -
RS-485 RX –(-AR0) or CAN –(-DC0)
5
PWM2
6
PWM1
7
GND
8
PWM3
9
AUDIO LINE OUT LEFT
10
AUDIO LINE OUT RIGHT
11
AUDIO COMMON
12
AUX SDA
I2C Data. For internal purposes only. DO NOT USE.
13
GND
14
AUX SCL
I2C Clock. For internal purposes only. DO NOT USE.
15
CON OUT
16
GND
17
CON IN 2
18
AUDIO LINE IN RIGHT
19
CON IN 1
20
AUDIO LINE IN LEFT
Note: The first 4 pins of the J6 can either start with RS-485 configuration (in the ATOMAS-MINI-DUAL-AR0) or
UART/CAN configuration (in the ATOMAS-MINI-DUAL-DC0).

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5.3 Understanding LED Status
Status of the ATOMAS-MINI-DUAL is exposed via the on-board bi-color LED (Green/Red). The following
describes the system status LED mappings of the ATOMAS-MINI-DUAL:
Normal Operation:
•Operating system boot up –LED is steady orange (max. 30 seconds)
•Internal application startup –LED is flashing orange (2 second interval)
•System ready –LED is steady green
•Media streaming –LED is flashing green (1/2 second interval)
Special Operations:
•Identify command received –LED is flashing orange/green
•Reset to factory settings –LED is flashing rapidly red/green
•Software watchdog is rebooting the appliance –LED is flashing rapidly red
•Firmware update in progress –LED is flashing slowly red/green

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6ATOMAS-SDIO
The ATOMAS-SDIO breakout card is an optional module offered by IONODES, which provides microSD storage
support to your ATOMAS-MINI-DUAL module.
The ATOMAS-SDIO module is provided as part of the ATOMAS-SDIO-KIT part number which also includes a flat
flex cable required to connect the ATOMAS-SDIO to the ATOMAS-MINI-DUAL module.
6.1 Board layout
Figure 3 - ATOMAS-SDIO Top Side
6.2 Connector Part Numbers
•J1 –MOLEX 502570-0893
•J2 –TE CONNECTIVITY 1-1734839-0
Note: The J2 connector on the ATOMAS- SDIO is designed to mate with connector J2 of the ATOMAS-MINI-
DUAL module. Pinout is inverted to keep the harness cable straight.

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6.2.1 J2 –10-pin microSD / SD connector
TE CONNECTIVITY 1-1734839-0
Pin No.
Name
Comments
1
DATA BIT 1
2
DATA BIT 0
3
GND
4
CLOCK
5
POWER
2.7V –3.6V DC
6
COMMAND LINE
7
DATA BIT 3
8
DATA BIT 2
9
CARD DETECT
10
WRITE PROTECT
Not Connected
7ATOMAS-MINI-BOSON-ADAPT

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The ATOMAS-MINI-BOSON-ADAPT module is a video interface add-on module, designed for use with the
ATOMAS-MINI-DUAL encoder platform. This optional module provides a direct connection to FLIR BOSON
320/640 (60Hz variant) thermal camera on the secondary digital video input of the ATOMAS-MINI-DUAL.
7.1 Board layout
Figure 4 - ATOMAS-MINI-BOSON-ADAPT Top Side
Figure 5 - ATOMAS-MINI-BOSON-ADAPT Bottom Side
7.2 Connector Part Numbers