Double 4K Sensor
Note : Double 4K - Skyport is formerly known as AGX710.
A mechanical model of the Double 4k sensor is available for download in STEP file format.
Sentera Double 4K CAD Model (.step)
The following tables list pin descriptions of the camera connectors. All 3.3V UART and 3.3V I2C interfaces are not 5V tolerant. For additional detail on camera interfaces, contact Sentera. J10 is a USB 3.0 connector and is only used by Sentera during development and testing.
J3 - Main Power and Signals
1
VCC
PWR
Camera power input (6V to 26V).
2
GND
PWR
Camera power input (6V to 26V).
3
(3V3) TXD
O
3.3V UART bus.
4
(3V3) RXD
I
3.3V UART bus.
5
VCC_3V3
PWR
3.3V switched power output - selectable upon request.
6
(3V3)SDA
I/O
3.3V I2C bus.
7
(3V3)SCL
I/O
3.3V I2C bus.
8
EN_A
PWR
3.3V switched power output (with pin 5) - selectable upon request.
9
GPIO_B2
I/O
Reserved.
10
RSVD
N/A
Reserved.
Connector: BM10B-GHS-TBT
J4 - Ethernet Pin Descriptions
1
TD0P
Transmit Data+ or BiDirectional.
2
TD0N
Transmit Data- or BiDirectional.
3
TD1P
Receive Data+ or BiDirectional.
4
TD1N
Receive Data- or BiDirectional.
5
TD2P
Not connected or BiDirectional.
6
TD2N
Not connected or BiDirectional.
7
TD3P
Not connected or BiDirectional.
8
TD3N
Not connected or BiDirectional.
Connector: BM10B-GHS-TBT
J5 - Auxiliary Power and Signals
1
GND
PWR
3.3V power output.
2
VCC_3V3
PWR
3.3V power output
3
EN_B
PWR
Regulated 5V power output, up to 500mA.
4
VCC_5V0
PWR
Regulated 5V power output, up to 500mA.
5
(3V3)SCL
I/O
3.3V I2C bus.
6
(3V3)SDA
I/O
3.3V I2C bus.
7
(3V3)RX1
I
3.3V UART bus.
8
(3V3)TX1
O
3.3V UART b
9
(3V3) RXD
I
3.3V UART bus.
10
(3V3) TXD
O
3.3V UART bus
11
GND
PWR
Camera power input (6V to 26V).
12
VCC
PWR
Camera power input (6V to 26V).
Connector: BM12B-GHS-TBT
The camera is able to auto-negotiate the Ethernet speed. Therefore, only four pins are required for slower 10Base-T or 100Base-T speeds. All eight pins are required for communication at a 1000Base-T speed.
Typical users will choose either J3 OR J5 depending on their specific installation requirements. Many of the signals are shared between J3 and J5 including the primary input power, UART, and I2C connections. The following connections are shared between the connectors:
Camera power input (6V to 26V): VCC & GND
J3: pins 1-2
J5: pins 11-12
3.3V UART bus: RXD & TXD
J3: pins 3-4
J5: pins 9-10
3.3V I2C bus: SCL & SDA
J3: pins 6-7
J5: pins 5-6
The camera contains two indicators for providing feedback on the camera’s operation. The indicator closest to the top of the camera identifies camera Power, while the indicator closest to the bottom of the camera identifies camera Status. Each display indicator contains a set of LEDs: a green LED and a red LED .
Once the camera is powered, both the green and red LED of the Power indicator will be on. The status indicator LED uses both green and red LED to indicate the current state of the system, per the following diagrams.
Initialization Operation : The camera is initializing its components and performing startup functions. State Time : Camera initialization can take up to 60 seconds. Transition : The camera transitions to the idle state immediately after the initialization of all camera components is completed. Status Indicator : Off or Flashing red.
Idle Operation : The camera is waiting to start a session. Criteria for starting a session are based on configuration setting – see section Operation Modes. State Time : The state occurs indefinitely until criteria are met for starting the session. Transition : The camera transitions to the active state once a session is started. Transitions from the idle to active state can take up to 20 seconds. Status Indicator : Solid green.
Active Operation : The camera is able to take pictures and log these pictures along with metadata to the SD card. This state cannot be entered if the SDcard is missing or corrupt. State Time : This state occurs indefinitely until criteria are met for closing the session. Transition : Transition to the idle state occurs if the session is closed. Status Indicator : Flashing green.
