Harrier 3G-SDI Camera Interface Board Review
Updated: 7 days ago
The Harrier 3G-SDI Camera Interface Board converts a compatible block camera’s digital video into a supported receiving format. It is a board, not an image sensor or complete autofocus camera. This source-based review examines ordering and integration rather than claiming a hands-on test. Price: Request a quote.
Quick Verdict
This board merits evaluation when a supported block camera needs an SDI receiving path with documented control and startup behavior. It can preserve an existing optical module while changing the receiving arrangement. Compatibility must be established for the actual camera and desired video mode; a familiar connector or family name is insufficient evidence.
Documented Product Scope
Item | Configuration |
Product role | Camera video interface board |
Ordering code | AS-CIB-3GSDI-002-A |
Camera input | Compatible LVDS block camera |
Receiving scope | 3G-SDI / HD-SDI; optional HD-VLC mode |
Output connection | 75-ohm micro-coax |
Maximum mode scope | Up to 1080p60, subject to compatible camera |
Control | Selectable TTL / RS-232 / RS-485 serial |
Price | Request a quote |
Camera and Board Compatibility
The manufacturer identifies selected Tamron autofocus-zoom, Sony EV-series and Harrier cameras as compatible sources. Confirm the exact camera revision, video connector, wiring and supported mode before ordering. The board does not supply the camera’s lens, sensor or autofocus mechanism. A board specification therefore should not be used as a complete camera specification.
Require an assembly drawing and current connection instructions. Identify the camera-to-board cable, mounting parts, external video cable and power arrangement separately. A preassembled camera package and a board-only order have different scope. The documented board-only option excludes cables, so include every required connection in the supplier proposal.
Video Modes and Useful Image Quality
The board supports HD modes up to 1080p60 when the source camera supplies a compatible mode. A maximum supported output does not make every attached camera capable of that cadence. Select the camera mode, board configuration and receiving device as a single accepted combination. Keep camera pixel count separate from the delivered video representation.
Use real scenes to compare detail, exposure blur and any conversion effects. A visible image on a monitor proves a basic receiving connection but does not establish the smallest required feature or the accuracy of a downstream inspection. Evaluate the useful object field at the final zoom and focus settings, with the actual lighting and motion.
SDI and HD-VLC Receiving
Ordinary SDI and HD-VLC have different receiving requirements. HD-VLC compresses the transmitted representation and requires a compatible decoder at the far end. Confirm the decoder and its required output format as part of the complete arrangement. Do not assume that an ordinary SDI capture device directly decodes the compressed mode.
Validate the actual cable type, connectors, length and any intermediate path. A general claim of longer transmission should not become a guaranteed length for an unspecified cable. Test stable receiving with the final installed route, then repeat under normal equipment activity. Measure complete image delay if the application uses video for a time-sensitive decision.
Serial Control and Startup
Selectable serial electrical interfaces allow supported control commands to reach the camera and board. Choose the required interface deliberately and match its electrical levels, pin assignment and protocol to the controller. The video cable itself should not be assumed to carry the complete control arrangement. Preserve the accepted command sequence with the wiring record.
DIP switch settings define documented startup behavior, while supported serial commands can change video and board settings. Test the state after power interruption and after a camera or board replacement. A station should restore its accepted mode without an operator discovering that a default setting changed. Record both camera settings and board settings.
Test Pattern and Analog Scope
The built-in test pattern can isolate part of the receiving path from camera image acquisition. Use it to check the selected receiver and displayed geometry before moving to the live camera. A successful pattern test does not prove autofocus, exposure or scene detail. Acceptance still requires the actual camera image and application workload.
Simultaneous composite analog output is documented for selected 720p50/59.94/60 modes. Confirm whether the intended camera supports the required combination before treating analog output as continuously available in every HD mode. Cropping and display handling affect the delivered view. Validate the useful field separately for each output that the application uses.
Installation and Auxiliary Functions
Support the board and cables using an appropriate mounting arrangement so connector strain does not become the limiting reliability issue. Confirm clearances, power and environmental requirements from the delivered documentation. An interface board needs suitable installation and protection within the equipment; its presence does not establish an enclosure rating for the final camera assembly.
The documented programmable PWM channel is a board function with specified electrical scope. Confirm the intended load and any additional driver requirement rather than connecting an actuator from a feature headline. Test auxiliary behavior independently from video receiving, then test the complete startup and control sequence under the commissioned application.
Acceptance, Comparison and Price
Acceptance should cover startup, camera control, useful image quality, stable receiving and full application timing. Test normal and difficult scenes, sustained operation and recovery from disconnected or restarted components. Retain the actual camera, board, decoder, cable and receiver identities with the accepted configuration so a service replacement can reproduce the required behavior.
Compare this board with a preassembled SDI camera or another receiving interface using the same useful image and complete installation. Include decoder and capture-device costs where applicable. Price: Request a quote for the board, compatible camera, cables, mounting, power, receiving hardware and commissioning. The strongest proposal defines what is included and demonstrates the required result.
Pros and Cons
Pros
Defined conversion scope for compatible block cameras.
Supported serial control and test-pattern diagnostics.
HD-VLC provides a separate option for an evaluated transmission path.
Cons
Board-only ordering does not include a complete camera or cables.
HD-VLC needs compatible decoding hardware.
Maximum video support depends on the selected source camera.
Harrier 3G-SDI Camera Interface Board FAQ
Is this product a camera?
No. It is a video interface board for a compatible block camera.
Which ordering code is reviewed?
AS-CIB-3GSDI-002-A, the documented 75-ohm configuration.
Does every attached camera provide 1080p60?
No. Confirm the source camera and selected mode.
Can an ordinary SDI receiver decode HD-VLC?
Do not assume so. Use a compatible HD-VLC decoder.
Does the test pattern validate autofocus?
No. It helps test the receiving path; the live camera still requires validation.
Is composite analog video available in every HD mode?
No. Confirm the documented selected 720p combinations.
What is the price?
Price: Request a quote for the complete board, camera and receiving arrangement.
What should acceptance verify?
Verify configuration restoration, camera control, useful image detail, receiving stability and complete timing.
Price: Request a quote. Exact configuration, availability and support depend on the current supplier proposal.
