Active Silicon HARRIER User manual

QUICK START GUIDE
HARRIER USB/HDMI CAMERA INTERFACE BOARD
Version 1.7 – March 2021
March 2021
Page 1 of 14
QUICK START GUIDE
HARRIER USB/HDMI
CAMERA INTERFACE BOARD
Introduction
This guide is designed to get you quickly up and running with the
Harrier USB/HDMI Camera Interface Board (AS-CIB-USBHDMI-002-A) and the Harrier USB/HDMI
Evaluation Kit (AS-CIB-USBHDMI-001-EVAL-A). The interface board can be purchased as a pre-
assembled camera module with a range of different cameras, e.g. Tamron MP1110M/MP2030M-GS
or Harrier 36x/10x AF-Zoom Cameras.The board is configured by default for the Tamron MP1110M.
This document should be read in conjunction with the datasheet and other documents available on
Active Silicon’s website,(see Harrier USB/HDMI Camera Interface Board - Downloads section):
https://www.activesilicon.com/products/harrier-usb-hdmi-camera-interface-board/
Figure 1.Harrier USB/HDMI Interface Board
mounted on a Tamron MP1110M camera
Figure 2. Reverse side of Harrier USB/HDMI
Camera Interface Board
Figure 3. Harrier USB/HDMI Interface Board
mounted on a Harrier 36x AF-Zoom Camera
with global shutter
Figure 4. Interface board block diagram
showing position of connectors and DIP
switches
The Harrier USB/HDMI Camera Interface Board can also be supplied in HDMI- or USB-only variants.
A 3G-SDI/HD-SDI camera interface board is also available. For more details contact Active Silicon.

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Evaluation Kit Contents
The Evaluation Kit (AS-CIB-USBHDMI-001-EVAL-A) contains all the parts needed to evaluate the
Harrier USB/HDMI Camera Interface Board.
Note that the Evaluation Kit does not include a Harrier USB/HDMI Camera Interface Board or camera,
these need to be ordered separately.
Please check that you have all the parts listed below:
•Harrier Evaluation Board (Figure 5)
•10-way cable (Figure 6)
•4-way cable (Figure 6)
•White 8-way cable (Figure 6)
•Micro HDMI cable
•30-way micro coax cable (KEL cable; Figure 7 and 8)
•USB-C plug to USB-A socket adapter
•USB Type A to mini USB Type B cable
•USB3 USB Type C SuperSpeed (5 Gbps minimum) cable
•Multi-region 12V power supply (please fit the adapter suitable for your region)
Figure 5. Harrier Evaluation Board Figure 6. Harrier Evaluation Board cables
Figure 7. 30-way micro coax KEL cable Figure 8. KEL cable connects the interface
board to the Harrier 10x AF-Zoom Camera

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Configuring the Board for the Camera
The Harrier USB/HDMI Camera Interface Board is configured by default for the Tamron MP1110M
camera, if you are using any other camera, the Harrier USB/HDMI Camera Interface Board needs to
be re-configured to support the specific USB related properties of the camera. If you have
purchased a pre-assembled camera unit then the board will already be correctly configured for the
camera.
When the interface board is connected by a USB3 cable the name of the camera will appear in the
camera section of Windows Device Manager (or in most UVC video applications). Depending on
how it is configured it will appear with a different name, for example:
Active Silicon Harrier T1110-2 - for Tamron MP1110M-VC/-WP camera
Active Silicon Harrier T2030-2 - for Tamron MP2030M-GS camera
Active Silicon Harrier S7520A-2 - for Sony FCB-EV7520A camera
Active Silicon Harrier 10LHD-2 - for Harrier 10x AF-Zoom Camera
Active Silicon Harrier 36LGHD-2 - for Harrier 36x AF-Zoom Camera with global shutter.
To change the configuration of your Harrier USB/HDMI Camera Interface Board please go to the
software section of www.ActiveSilicon.com and download the HarrierControl software.
Instructions for changing the board configuration are included in the download.
Quick Start
You can get the board up and running very quickly with the Evaluation Kit and these items:
•PC with Superspeed USB port with high current capability (typically Type C socket rated at
1.5 Amp or more) or externally powered USB3 hub (e.g. Startec ST4300MINI).
•Compatible camera and 30-way KEL cable.Note: the Tamron MP2030M-GS and Harrier 36x
AF Zoom cameras will need a 3Amp rated USB socket or powered hub.
•UVC software.
For the UVC software we recommend the HarrierView UVC demo application that is part of the
Harrier USB SDK; this can be downloaded from the Active Silicon web site.
Please follow the procedure below:
1. Connect the camera and interface board socket J1 using the KEL cable. If you have purchased
a pre-assembled camera, the board and camera will already be connected.
2. Set DIP switch SW1 [7] ON, and all others OFF.
3. Connect the interface board to the Superspeed USB port (via the powered hub if the port does
not have the current capability).
4. In Windows Device Manager (or a UVC application) check the name of the camera and if it does
not match your camera please re-configure the board as described in the section above
(Configuring The Board For The Camera).
5. If the port/hub can supply enough current, the camera will start up and you can now access the
video using any UVC application, e.g HarrierView from the Harrier USB SDK.

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If you have installed the Harrier USB SDK you will also be able to use the Harrier Virtual COM port to
control the camera using VISCA commands from an application that uses standard COM ports, e.g.
the Tamron Camera Control Application (this is also available from the Active Silicon website).
UVC Example Application - Harrier USB SDK
To evaluate the USB video capability, you will need a USB Video Class (UVC) application.
If you do not have a UVC application you can download the Harrier USB SDK from the Active Silicon
website. When you install this SDK, it will create a folder with working UVC example application
called HarrierView. For information on how to use the application please see the section
Using the HarrierView UVC Application below.
Tamron Camera Control Application
To evaluate the serial communications capability or Harrier Virtual COM port, you will need an
application that can provide RS-232, RS-485 or TTL serial communication via a COM port.
If you do not have a serial camera control application download the Tamron Camera Control
Application for your camera model from the Active Silicon website.
For information on how to use the application please see the section
Using the Tamron Camera Control Application below.
Setting the Camera Control Interface (DIP Switches)
The Harrier USB/HDMI Camera Interface Board supports serial communication over RS-232, RS-485
and TTL communications interfaces (on the J3 connector). The camera can be controlled by
sending VISCA commands over the serial interface (usually via a COM port), or over the USB
connection using the Harrier Virtual COM port (if installed), or by using UVC commands.
You can select which one of these you want to use by setting DIP switches 5, 6 and 7 on the Harrier
USB/HDMI Camera Interface Board when the board power is off.
SW1-7 SW1-6 SW1-5 COMMUNICATIONS MODE
OFF OFF OFF J3: RS-232 VISCA
OFF OFF ON J3: RS-485 VISCA termination enabled
OFF ON OFF J3: RS-485 VISCA termination disabled
OFF ON ON J3: TTL VISCA
ON OFF OFF J6: USB3.0 SuperSpeed (UVC/USB Virtual COM port)
Table 1. Harrier USB/HDMI Camera Interface Board DIP switch settings for selection of
camera communication interface before board power-up.
On the Harrier Evaluation Board, J103 supports RS-232 and TTL communications, J203 supports
RS-485 and TTL communications.
The Harrier USB/HDMI Camera Interface Board is shipped by default with all DIP switches in the
“OFF” position. In this state, the board is configured for RS-232 communications.

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Setting the Camera Video Mode
To change the video output mode of the Camera/Harrier USB/HDMI Camera Interface Board the
host/control device can send VISCA commands (via a COM port or similar serial interface) or send
UVC commands (over the USB interface). For more information on setting this up see the section
Setting the Camera Control Interface (DIP Switches) above.
Cameras usually start up in the same video mode that was set when the camera was powered down.
Immediately after power-up completes, the camera interface board can be set to change the camera
video mode to a user chosen mode; this ensures that on application start-up the camera is always in
a known video mode. This is done by setting DIP switches 1 to 4 on the Harrier USB/HDMI Camera
Interface Board as shown below, please check that your camera can support the selected mode.
VISCA/UVC commands can be used at any time to change the camera video mode (requires camera
reset).
SW1-4 SW1-3 SW1-2 SW1-1 VIDEO FORMAT MODE HDMI USB
OFF OFF OFF OFF Default Camera Mode (1) 0 ✔As below
OFF OFF OFF ON 1080p60 (2) 1 ✔✔
OFF OFF ON OFF 1080p59.94 (2) 2 ✔✔
OFF OFF ON ON 1080p50 (2) 3 ✔✔
OFF ON OFF OFF 1080p30 (3) 4 ✔✔
OFF ON OFF ON 1080p29 5 ✔✔
OFF ON ON OFF 1080p25 (3) 6 ✔✔
OFF ON ON ON 1080i60 7 ✔
ON OFF OFF OFF 1080i59.94 8 ✔
ON OFF OFF ON 1080i50 9 ✔
ON OFF ON OFF 720p60 (3) 10 ✔✔
ON OFF ON ON 720p59.94 11 ✔✔
ON ON OFF OFF 720p50 (3) 12 ✔✔
ON ON OFF ON 720p30 13 ✔
ON ON ON OFF 720p29 14 ✔
ON ON ON ON 720p25 15 ✔
Table 2. DIP switch settings for selecting camera video output mode
Notes:
1) “Default camera mode”: on power-up, the camera will start in the video format/mode that was
set/being used when it was last powered down. The video mode can then be changed by UVC

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control or by using a VISCA serial command, followed by a camera reset (there is also the
camera hard reset in the extended VISCA commands which will also serve this purpose).
2) Due to the high data bandwidth required, these video modes (above 1080p30) require the
camera to be set to dual LVDS mode. Other modes (1080p30 and below) require the camera to
be set to single LVDS mode. When using VISCA commands to change camera video mode the
LVDS mode must also be set correctly, otherwise there will be no video output from the camera.
See your camera documentation for more information on VISCA commands and setting LVDS
modes.
Note: the MP2030M-GS camera does not support Dual LVDS mode or 1080p60/50 output.
3) The MP2030M-GS camera only supports these video modes.
4) The DIP switches to select the video format are only read on power-up. Therefore, to
change mode using the DIP switches, power down the camera, set the switches and then power
up the camera. DIP switches will only be effective for the operating modes supported by the
camera currently in use.
Harrier Evaluation Board Overview
Figure 9. Harrier Evaluation Board diagram
The Harrier Evaluation Board connects to the camera interface board using the supplied cable kit.
•JTAG (J104) - white 8-way cable (connects to J4, not required in normal use).
•I/O (J102) - 4-way cable (connects to J2).
•Power/control, RS-232 (J103) - 10-way cable (connects to J3).
The board is powered by the 12V power supply via a barrel connector (J306). This supply is also
used as a power supply for the camera and is connected to the camera via the Power Switch

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(SW302). When the Power Switch (and camera power supply) is switched ON the PWR ON LED will
illuminate.
For more information please see the Harrier Evaluation Board datasheet on the Active Silicon website
(see Harrier USB/HDMI Camera Interface Board - Downloads section).
Setting up the System for Full Evaluation
To set up and get the Harrier USB/HDMI Camera Interface Board running please follow the
instructions below:
1. Connect the camera to the camera interface board connector (J1) using the 30-way micro coax
cable (connector type: KEL USL00-30L). (If you have purchased a pre-assembled camera
module, e.g. AS-CIB-USBHDMI-002-1110-A, this cable will already be connected).
2. RS-232/RS-485/TTL communications: to use serial communications with the camera, connect
the USB A - mini USB cable to the mini USB connector on the Harrier Evaluation Board, and
connect the USB A plug to a PC USB socket.
The USB PWR LED should light up indicating a live connection to the PC.
3. Connect the camera interface board PWR/CTRL connector (J3) to the Harrier Evaluation Board
PWR/CTRL connector using the 10-way cable. For:
RS-232 connect the 10-way cable to J103,
RS-485 connect the 10-way cable to J203
TTL connect the 10-way cable to either J103 or J203.
4. Connect the camera interface board I/O connector (J2) to the Harrier Evaluation Board I/O
connector (J102) using the 4-way cable.
Figure 10. Harrier Evaluation Board connected to Harrier USB/HDMI Camera Interface
Board and MP1110M camera.

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5. Set/check the DIP switch settings, e.g. SW1 [1-4] OFF (no mode change on power up),
SW1 [5-8] OFF (RS232 serial communications mode), or SW1 [7] ON for UVC/USB control.
6. Set the Harrier Evaluation Board power switch (SW302) to OFF (left, viewed from above).
7. Connect the power supply barrel connector to the Harrier Evaluation Board power input
connector (J306) and plug in the power supply using the plug adapter suitable for your region.
8. HDMI: to see the camera output on HDMI, connect the camera interface board micro HDMI out
connector (J5) to a monitor that can display the video modes that you intend to use (maximum
1080p60) using the micro HDMI cable. Note: some monitors are not able to display 1080p30.
9. Unless you want to power the board from the USB cable, switch ON the Harrier Evaluation
Board power switch (SW302). The PWR ON LED should light up.
10. USB/UVC: to see the camera output on USB/UVC, connect the camera interface board USB
Type C connector (J6) to a PC USB Superspeed capable socket using the 5 Gbps USB Type C
cable. Note the board will try to power up from the USB cable unless power from the Harrier
Evaluation Board is being used.
11. The camera will make audible mechanical noises as it goes through its power up sequence and
after a short time the video outputs will be working.
Note: if the DIP switches have been used to set the camera mode, and the mode last used was
different to the DIP switch setting, it will take a few seconds for the camera interface board to
detect this, change the camera mode and re-start the camera.
12. Please check that the camera identifies correctly in Windows Device Manager, e.g. Active Silicon
Harrier 10LHD-2 or Active Silicon Harrier T2030-2 etc. For a list of supported cameras please
see the section the end of this document.To re-configure your board please see the section
Configuring the Board for the Camera.
13. HDMI: If the HDMI cable is connected you will see the camera video on the monitor
(if the monitor supports the mode set on the camera).
14. USB/UVC: If the USB Type C cable is connected you can start your UVC application and it will
capture the camera video (video mode settings for the camera and UVC application must
match). If you do not have a UVC application, download and install Harrier USB SDK from the
Active Silicon website. This SDK contains the HarrierView UVC example application. For
instructions on how to use HarrierView please see the section Using the Harrier USB SDK
Example Application below).
15. RS-232/RS-485/TTL control:The Tamron Camera Control Application provides an easy way to
use serial communications; please see the section Using the Tamron Camera Control
Application below. This application can be used with other cameras, but the controls may not
be compatible. The HarrierControl command line software can be used instead, this can be
downloaded from the Software/ HarrierControl section of www.ActiveSilicon.com.
To use your own program you can use the three COM ports that are set up when the Harrier
Evaluation board is plugged in. Typically, the lowest COM port number is the RS-232 interface,
the middle port number is the RS-485 interface and the highest port number is the TTL interface.
COM port settings for Harrier interface boards are (baud rate is user selectable):
Baud rate:
9600
Timeout:
ON
DSR sensitivity:
OFF
Parity:
None
XON/XOFF:
OFF
DTR circuit:
OFF
Data Bits:
8
CTS handshaking:
OFF
RTS circuit:
OFF
Stop Bits:
1
DSR handshaking:
OFF

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16. Harrier Virtual Serial COM port: if the Harrier USB
SDK is installed, DIP switch SW1 [7] is ON and the
interface board USB port is connected to the PC, this
COM port will appear in the device manager COM/LPT
port list. It can be used to send and receive VISCA
commands in exactly the same way as an ordinary
serial COM port. As there is no physical serial
hardware, the serial port settings will not affect the
function of the Harrier Virtual Serial COM port.
Test Pattern
With no video input connected, a simple blue/gray screen is displayed (see Figure 12). You may see
this when the camera resets.
To display a static test pattern (see Figure 13), press the PGEN button on the Harrier Evaluation
Board.
Note: this button will only work if the 4-way cable is connected between the Harrier Evaluation Board
(J102) and the camera interface board (J2).
Figure 12. HarrierView UVC application and
blue screen (indicating no camera signal)
Figure 13. Static Test Pattern (PGEN pressed)
Analog Output
The BNC connector on the Harrier Evaluation Board will supply the analog video output from the
camera interface board. Note: this signal is generated by the camera and is not available on all
cameras. To enable this the camera must be set into PAL/NTSC output mode using the appropriate
VISCA command and a camera reset. When this video mode is set there will be no digital video
output from the camera (and the HDMI and USB video interfaces will not work).
Figure 11. Harrier Virtual Serial
COM port in Windows device
manager.

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Reset Button
Pressing this button on the Harrier Evaluation Board causes the camera interface board and camera
to reset. Many block cameras require a Reset activate certain features (e.g. change of video mode).
Note: this only works if the 4-way cable is connected between the Harrier Evaluation Board (J102)
and the camera interface board (J2).
Using the HarrierView UVC Application
Go to the Active Silicon website, download and install the Harrier USB SDK.
The installation of additional drivers is not required.
Currently the SDK is only supported on Windows 10.
Once installed, the Harrier USB SDK documentation and HarrierView application appear in the
Windows Start Menu, under “Harrier USB SDK” (see Figure 14).
In order to use the UVC controls the Harrier USB/HDMI Camera Interface Board DIP switches must
be set to enable USB communications (SW1 [7] ON, SW1 [5 & 6] OFF).
Open the HarrierView Application from the Windows 10 Start menu (see Figure 14).
The application will start up and automatically locate a USB video device, the devices found will be
displayed in the drop-down panel in the Control Panel – Camera panel. Video acquisition can be
stopped/started using the control button on the top left of the control panel (shown in Figures 15 and
16).
If you are using a laptop with a built-in camera, the application may select the laptop camera or the
Harrier USB/HDMI Camera Interface Board as the initial video device. To select video from the
Harrier USB/HDMI Camera Interface Board you may need to stop the current video (using the stop
button shown in Figure 15), select the Active Silicon Harrier camera (as shown in Figure 16), and
start the video again.
Figure 14. Harrier USB SDK installation in
Windows 10 Start menu
Figure 15. HarrierView video acquisition
controls (start/stop)

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Figure 16. Selecting the Harrier USB/HDMI Camera Interface Board for display
Once the video has started in the default video mode, you can then select a different video mode
(see Figure 17). The video modes supported/listed will depend on the camera connected.
Once the video mode has been selected the HarrierView Application will change the camera mode
with a UVC command and will then capture USB video from the Harrier USB/HDMI Camera Interface
Board / camera in that format. Note: DIP switch SW1 [7] must be set to ON.
Figure 17. Selecting a camera video mode in the HarrierView application
Note: If the video mode is then changed using VISCA control, the HarrierView Application may not
be able to capture the video. The actual video mode of the camera output can be easily determined
by checking the format of the HDMI output of the Harrier USB/HDMI Camera Interface Board or by
using a VISCA inquiry.If the output from the HDMI interface and the mode selected in the
HarrierView Application are the same please check the interface board LED for error conditions and
ensure that you have a USB Type C cable of the correct specification (USB3.X Type A/C to Type C,
SuperSpeed, minimum 5 Gbps). If there is a USB video error the LED will flash red and the USB and
HDMI video outputs will be disabled.
You can use the other controls in HarrierView to record video and (if the video view window is larger
than the resolution of the video from the camera) enlarge the video to fit the view window.

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Using the Tamron Camera Control Application
Go to the Active Silicon website Software products page and download the Tamron Camera Control
Application for your model of Tamron camera. Unzip the executable and move it to a suitable folder
on your PC. Tamron Camera Control Applications are only supported on Windows
Please check that the Harrier USB/HDMI Camera Interface Board DIP switches are set for the serial
interface standard that you intend to use and check that you have connected the 10-way cable to the
correct connector on the Harrier Evaluation Board. For more information please see the sections
Setting The Camera Control Interface (DIP switches) and Setting Up The System.
Run the Tamron Camera Control Application executable.
Figure 18. The Tamron MP1110M-VC Camera Control Application
When the Harrier Evaluation Board is plugged in using the mini USB cable, the Windows operating
system will see three virtual COM ports; these ports are automatically assigned (incrementing)
numbers by Windows.To successfully use the Tamron application, it is necessary to identify the
COM port numbers which Windows has assigned to the board and use the correct one.
Open Device Manager and look at the COM & LPT ports. You can identify the three port numbers by
comparing reported port numbers with the board connected, and the board disconnected.
•The lowest port number added is the RS-232 interface.
•The second added port number is the RS-485 interface.
•The highest port number added is the TTL interface.
In the Tamron Application, use the COM: drop-down box at the top left of the application window to
select the COM port that supports the serial interface standard you want to use.
Then click on the Connect button.
Click on the Inq button on the bottom right hand side of the window. You should see the application
send a VISCA command enquiry and the camera sending a response in the TxData and RxData
dialog boxes.This application is not fully compatible with other makes of camera.

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Using the Harrier Virtual Serial COM port
The Harrier Virtual Serial COM port is part of the Harrier USB SDK. This can be downloaded from the
Software section of the Active Silicon website. If the SDK is installed, DIP switch SW1 [7] on the
interface board is set to ON and the Harrier USB/HDMI interface board USB port is connected to the
PC with a suitable cable, the Harrier Virtual Serial COM port appears in the Device Manager
COM/LPT Port list (Figure 11).
The Harrier Virtual Serial COM port can be used to send and receive VISCA commands in the same
way as an ordinary serial COM port. As there is no physical serial hardware, the serial port settings
will not affect the function of the Harrier Virtual Serial COM port.
Note: by default the Harrier USB/HDMI Camera Interface Board is configured not to send VISCA
command Acknowledge and Complete responses to optimize the USB video transfer. This behavior
can be changed using the Harrier USB/HDMI interface board VISCA command.
Supported Cameras
CAMERA WINDOWS DEVICE MANAGER NAME
Tamron MP1110M-VC/-WP Active Silicon Harrier T1110-2
Tamron MP2030M-GS Active Silicon Harrier T2030-2
Sony FCB-EV7520A Active Silicon Harrier S7520A-2
Harrier 10x AF-Zoom Camera Active Silicon Harrier 10LHD-2
Harrier 36x AF-Zoom Camera Active Silicon Harrier 36LGHD-2
Table 3. Cameras supported by the Harrier USB/HDMI Camera Interface Board.
To change the configuration of your Harrier USB/HDMI Camera Interface Board please go to the
software section of www.ActiveSilicon.com and download the HarrierControl software.
Instructions for changing the board configuration are included in the download.
Technical Support
In case of any issues, please contact Active Silicon Technical Support on the telephone numbers
below or by email to [e-mail].

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Europe & APAC:
Active Silicon Ltd
Pinewood Mews, Bond Close, Iver,
Bucks, SL0 0NA, UK.
Tel: [phone]
Fax: [phone]
Email [e-mail]
Website: www.activesilicon.com
Americas:
Active Silicon, Inc.
479 Jumpers Hole Road, Suite 301,
Severna Park, MD 21146, USA.
Tel: [phone]
Fax: [phone]
Email: [e-mail]
Website: www.activesilicon.com
5Mar2021, ASL