IONODES ATOMAS-MINI User manual

DOCUMENT APPROVED FOR GENERAL DISTRIBUTION
ATOMAS-MINI
User Manual
Version 1.5
IONODES INC.
Laval, Québec, Canada
www.ionodes.com

Table of Contents
BEFORE YOU BEGIN .......................................................................................................................................4
ABOUT THE ATOMAS-MINI............................................................................................................................. 4
PARTS LIST ......................................................................................................................................................... 5
HARDWARE INTEGRATION..........................................................................................................................6
TEMPERATURE CONSIDERATIONS....................................................................................................................... 6
ATOMAS-MINI................................................................................................................................................... 7
PINOUT DESCRIPTION ......................................................................................................................................... 7
Connector Part Numbers...............................................................................................................................9
J1 –Audio & I/O Signals...............................................................................................................................9
J2 - 10 Pin Micro SD / SD Connector ......................................................................................................... 14
J3 –Power Inputs........................................................................................................................................14
J4 –Parallel Video Interface....................................................................................................................... 16
J7 –Network & Power Outputs................................................................................................................... 18
J8 –Internal Port ........................................................................................................................................ 19
J14 –LVDS Video Interface ........................................................................................................................20
Understanding LED Status.......................................................................................................................... 22
ATOMAS-MINI-SDIO......................................................................................................................................23
PINOUT DESCRIPTION ....................................................................................................................................... 23
Connector Part Numbers.............................................................................................................................23
J1 –Micro SD Socket ..................................................................................................................................24
J2 –10 Pin Micro SD / SD Connector ........................................................................................................24
SYSTEM CONFIGURATION .........................................................................................................................25
NETWORK CONFIGURATION ............................................................................................................................. 25
USING THE ATOMAS-MINI WEB APPLICATION ............................................................................................. 29
System Status ...............................................................................................................................................30
Configuration / System ................................................................................................................................ 31
Configuration / Date Time........................................................................................................................... 32
Configuration / Network.............................................................................................................................. 33
Configuration / Video In..............................................................................................................................35
Configuration / Audio In.............................................................................................................................. 44

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Configuration / Audio Out........................................................................................................................... 45
Configuration / Serial Ports ........................................................................................................................ 46
Configuration / Integration .........................................................................................................................47
Configuration / Recording...........................................................................................................................48
Configuration / User Accounts ....................................................................................................................52
PTZ PRESET TOURS.......................................................................................................................................... 53
Configuring Preset Tours ............................................................................................................................53
Using PTZ Preset Tours ..............................................................................................................................54
TEXT OVERLAY ................................................................................................................................................ 55
MOTION DETECTION ........................................................................................................................................ 56
NOTIFICATIONS ................................................................................................................................................ 57
Creating a notification rule .........................................................................................................................57
RECORDING ...................................................................................................................................................... 58
LIVE VIEWER.................................................................................................................................................... 59
INPUTS /OUTPUTS ............................................................................................................................................ 60
MAINTENANCE ................................................................................................................................................. 60
Performing a Firmware Update ..................................................................................................................61
Batch Firmware Update ..............................................................................................................................63
ANNEX A –TROUBLESHOOTING GUIDE ................................................................................................66
ANNEX B –PTZ INTEGRATION .................................................................................................................. 68
ANNEX C –STATEMENT LIMITED WARRANTY ...................................................................................70

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Before you begin
About the ATOMAS-MINI
The ATOMAS-MINI single 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 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 offers a cost-effective way to
convert existing cameras designs to benefit from video over IP networks.
The ATOMAS-MINI 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 uses highly efficient dual stream H.264 compression and
supports an optional MJPEG stream.
Advanced features, such as “edge-recording” allow you to extend usage of the ATOMAS-MINI
well into the future.

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Parts List
Qty Description
1 ATOMAS-MINI 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 damag-
es or defects.
Note: The product serial number label helps the Ionodes 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 on the underside of the PCBA
module.
.

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Hardware Integration
The ATOMAS-MINI has been designed to allow for flexible hardware integration to existing or
new product designs. The ATOMAS-MINI 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 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.
Temperature Considerations
The ATOMAS-MINI has been designed with industrial temp. components (-40C to +85C);
however, reaching your temperature requirements may require that you add heat sinks to certain
board-level components which generate substancial heat. Our internal testing has allowed to
confirm that with specific heatsinking, the device should be suitable for applications running
between -10C and 60C ambient temperature. Note that you may be able to obtain better results
using your own design.

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ATOMAS-MINI
Pinout Description
Figure 1 - Top Side

Page 8 of 71
Figure 2 - Bottom Side

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Connector Part Numbers
ATOMAS-MINI-LVDS / Module
oJ1 –SAMTEC / TFC-115-32-F-D
oJ2 –TE Connectivity / 1-1734839-0
oJ3 –MOLEX / 5041891670
oJ7 –SAMTEC / TFC-110-32-F-D
oJ8 –SAMTEC / CLP-103-02-G-D
oJ14 –Kel / USL00-30L
ATOMAS-MINI-YUV / Module
oJ1 –SAMTEC / TFC-115-32-F-D
oJ2 –TE Connectivity / 1-1734839-0
oJ3 –MOLEX / 5041891670
oJ4 –AVX / 04-6296-045-931-846+
oJ7 –SAMTEC / TFC-110-32-F-D
J1 –Audio & I/O Signals
SAMTEC / TFC-115-32-F-D
Pin No.
Name
Comments
1
UART0 TX
Serial Port TX –TTL Level 3.3V or 5V.
Unprotected, please provide appropriate
protection on external source.
2
DEBUG TX
For internal purposes only. DO NOT USE.
3
UART0 RX
Serial Port RX –TTL Level 3.3V or 5V.
Unprotected, please provide appropriate
protection on external source.
4
DEBUG RX
For internal purposes only. DO NOT USE.
5
AUDIO LINE OUT RIGHT
6
AUDIO LINE OUT LEFT
7
GND
8
AUDIO COMMON
9
AUDIO LINE IN RIGHT

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10
AUDIO LINE IN LEFT
11
GND
12
GND
13
RST / FACT DFLT
Reset signal / factory reset
14
MAIN PWM
For internal purposes only. DO NOT USE.
15
MEZ RST#
For internal purposes only. DO NOT USE.
16
GND
17
GND
18
AUX SDA
I2C Data.
For internal purposes only. DO NOT USE.
19
MEZ DRY IN1
I/O input for dry contact input.
20
AUX SCL
I2C Clock.
For internal purposes only. DO NOT USE.
21
MEZ DRY IN2
I/O input for dry contact input.
22
GND
23
MEZ DRY OUT
I/O output for dry contact output.
24
RS-485 TX+
25
GND
26
RS-485 TX-
27
PWR SRC 0
For internal purposes only. DO NOT USE.
28
RS-485 RX+
29
PWR SRC 1
For internal purposes only. DO NOT USE.
30
RS-485 RX-
DEBUG Serial Port
The debug port (DEBUG TX/RX) is for internal use by IONODES and should be left
disconnected on production designs.

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UART0 Serial Port
J1 provides TTL 3.3V level RX an TX access to the serial port. Although there is some basic
ESD protection on these signals, you are required to ensure voltage-level protection on these
external signals.
RS-485 Serial Port
The serial port provided on J1 is typically to be used for integrating with your device’s controller
(such as a PTZ controller). J1 provides RS422/485 access to the device’s serial port; TTL levels
for this same serial port are accessible via UART0 pins (TX and RX) on connector J1.
To connect a serial controller to an ATOMAS-MINI using RS-422/485 4-wire configuration, use
the following steps:
1. Ensure proper connection between RS-422 4-wire or RS-485 4-wire serial equipment
and the ATOMAS-MINI, use the following scheme:
Equipment Serial Port
ATOMAS-MINI Serial Port
TX+
RX+
TX-
RX-
RX+
TX+
RX-
TX-
GND
GND
2. Select the desired operation mode (RS-422 4-wire or RS-485 4-wire) using the devices
web interface or external VMS interface.
Note: The RS485 pins on connector J1 are only active if the mode of the serial port is set
to RS422 or RS485 via the devices web interface. If the serial port is set to any oth-
er mode, the RS422/485 driver is disabled and the serial port can only be accessed
using TTL UART0 pins on connector J1.

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RST / FACT DFLT Signal
The ATOMAS-MINI provides a reset signal input. To trigger the reset signal, short the RST pin
to the GND. The reset signal can be used to perform a device reboot, or to perform a complete
reset to factory default settings of the device’s configuration parameters.
To reboot the device without triggering a factory reset, short the RST pin of connector J1 and
immediately release. The device should perform a complete reboot.
To reset the device to the factory default configuration, short the RST pin of connector J1 for
approx. 20 seconds –release the pin once the LED pattern on the on-board LED displays
alternating RED/GREEN colors. After the device reboots, it should be reset to the default factory
configuration.
In addition to the RST pin of connector J1, there is a push button (SW1) that allows you to
perform either a device reboot or a complete reset to factory default settings. To reboot the
Atomas press the button and immediately release it, the LED will flash red, then will turn steady
greed to indicate the reboot is finished. To perform a factory reset, press the button and release
it as soon as the on-board LED displays alternating RED/GREEN colo. Once the device finishes
rebooting, it will be configured to default settings.
MEZ DRY OUT Signal
The ATOMAS-MINI provides a digital output for providing functionality such as driving a relay.
The open state of the I/O output is at 3.3V and the closed state is to the board ground (GND).
The below schematic excerpt describes functions of the I/O OUT exposed via J1

Page 13 of 71

Page 14 of 71
MEZ DRY IN Signals
The ATOMAS-MINI provides two (2) input pin signals, MEZ DRY IN1 and MEZ DRY IN2, for
eventing purposes. To trigger an input pin (closed stated), you must connect the appropriate
MEZ DRY IN signal with the provided GND located on connector J1. To set the open state,
leave the input floating.
J2 - 10 Pin Micro SD / SD Connector
TE CONNECTIVITY 1-1734839-0
Pin No.
Name
Level
1
Write Protect
2
Card Detect
3
Data Bit 2
4
Data Bit 3
5
Command Line
6
Power
2.7V –3.6V DC
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 use a 2GB to 64GB
micro SD / SD card of class 6 or above. You must also make sure the card is for-
matted in FAT32 or EXT3.
J3 –Power Inputs
MOLEX / 5041891670
Pin No.
Name
Level
1
GND
2
VIN+
DC Power Input. See power input range below.
This input is protected via 5A fuse.
3
GND
4
VIN+
DC Power Input. See power input range below.
This input is protected via 5A fuse.
5
GND

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6
VIN+
DC Power Input. See power input range below.
This input is protected via 5A fuse.
7
GND
8
VIN+
DC Power Input. See power input range below.
This input is protected via 5A fuse.
9
GND
10
VRTC
DC Power Input for RTC.
11
N/C
12
N/C
13
GND
14
Heater Out
DC Power Output for HEATER control.
Optional, please consult IONODES for more
info. (5V)
15
GND
16
FAN Out
DC Power Output for FAN control.
Optional, please consult IONODES for more
info. (5V)
Power Input Range
The power input range on the ATOMAS-MINI-LVDS device is 7VDC to 12VDC.
The power input range on the ATOMAS-MINI-YUV device is 7VDC to 14VDC.
Note: IONODES has an optional PoE module (power-over-Ethernet) which can be used to
add PoE support for your ATOMAS-MINI design. This module provides direct con-
nection via a supplied cable. For more information on this module, please contact
us.
VRTC
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 realtime 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 persistent
FLASH memory.
Note: VRTC is not a mandatory signal to operate the ATOMAS-MINI.

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J4 –Parallel Video Interface
AVX / 04-6296-045-931-846+
Pin No.
Name
Comments
1
GND
2
GND
3
SCL
I2C Serial Bus Clock
4
SDA
I2C Serial Bus Data I/O
5
XRST
System Reset
6
GND
7
N/A
DO NOT CONNECT.
8
N/A
DO NOT CONNECT.
9
N/A
DO NOT CONNECT.
10
N/A
DO NOT CONNECT.
11
N/A
DO NOT CONNECT.
12
N/A
DO NOT CONNECT.
13
GND
14
VD
Digital Video V-Active Signal
15
HD
Digital Video H-Active Signal
16
Y0
Digital Video Data (Luminance Parallel Data0)
17
Y1
Digital Video Data (Luminance Parallel Data1)
18
Y2
Digital Video Data (Luminance Parallel Data2)
19
Y3
Digital Video Data (Luminance Parallel Data3)
20
Y4
Digital Video Data (Luminance Parallel Data4)
21
Y5
Digital Video Data (Luminance Parallel Data5)
22
Y6
Digital Video Data (Luminance Parallel Data6)
23
Y7
Digital Video Data (Luminance Parallel Data7)
24
DCLK
Digital Video Clock
25
C0
Digital Video Data (Chroma Parallel Data 0)
26
C1
Digital Video Data (Chroma Parallel Data 1)
27
C2
Digital Video Data (Chroma Parallel Data 2)
28
C3
Digital Video Data (Chroma Parallel Data 3)
29
C4
Digital Video Data (Chroma Parallel Data 4)
30
C5
Digital Video Data (Chroma Parallel Data 5)

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31
C6
Digital Video Data (Chroma Parallel Data 6)
32
C7
Digital Video Data (Chroma Parallel Data 7)
33
TRIGB
Mode Transition Signal
34
STRB
Camera Strobe Signal
35
GND
36
GND
37
VDD_18
Power Supply (1.8V)
38
VDD_12
Power Supply (1.2V)
39
VDD_12
Power Supply (1.2V)
40
VDD_12
Power Supply (1.2V)
41
VDD_33
Power Supply (3.3V)
42
VDD_33
Power Supply (3.3V)
43
VDD_33
Power Supply (3.3V)
44
GND
45
GND
Note: Available on ATOMAS-MINI-YUV only.
Note: The HD sensor connector has been designed to be directly compatible with SONY’s
FFC ribbon cables used with their FCB Micro Series cameras.
Note: The following cable is recommended for connectivity between connector J3 and the
SONY FCB-MICRO cameras:
MOLEX P/N: 0150150245: CABLE FLAT FLEX 45POS .3MM 2"

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J7 –Network & Power Outputs
SAMTEC / TFC-110-32-F-D
Pin No.
Name
Level
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
10/100 LAN LED2
Connects directly to RJ45 or network wiring.
8
10/100 LAN LED1
Connects directly to RJ45 or network wiring.
9
5V Out
5V DC Power Output (max. 1.5A)
10
3.3V Out
3.3V DC Power Output (max. 350mA)
11
FAN
DC Power Output for FAN control.
Optional, please consult IONODES for more info. (5V)
12
HEATER
DC Power Output for HEATER control.
Optional, please consult IONODES for more info. (5V)
13
GND
14
GND
15
VRTC
DC Power Input for RTC.
16
VIN
DC Power Input. See power input range in section 0.
This input is not protected, use J3 VIN if possible.
17
GND
18
VIN
DC Power Input. See power input range in section 0.
This input is not protected, use J3 VIN if possible.
19
GND
20
GND
Warning: VIN power input on connector J7 is NOT protected. We recommend using VIN power
input found on connector J3 which has 5A fuse protection. Should you choose to use J7
VIN, please ensure proper fuse protection on your VIN prior to connecting to the
ATOMAS-MINI.

Page 19 of 71
Warning: Please do not use VIN and VRTC signals on both J7 and J3 connectors simultaneously;
please design according to use of only one of these two methods to provide DC power
to the ATOMAS-MINI.
Network
J7 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.
Note: Magnetics are included on the ATOMAS-MINI, J7 can
therefore be connected directly to network switching
equipment.
J8 –Internal Port
Note: For internal purposes only. DO NOT USE.
Note: Available on ATOMAS-MINI-LVDS only.

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J14 –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.
CMOS 5V
Low: Max 0.1V
High: Min 4.4V
13
CAM UART RX
Connects to camera’s RxD.
CMOS 5V
Low: Max 1.0V
High: Min 2.3V
14
DC OUT
7V to 12V DC.
Sourced directly from provided VIN.
15
DC OUT
7V to 12V DC.
Sourced directly from provided VIN.
16
DC OUT
7V to 12V DC.
Sourced directly from provided VIN.
17
DC OUT
7V to 12V DC.
Sourced directly from provided VIN.
18
DC OUT
7V to 12V DC.
Sourced directly from provided VIN.
19
GND