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640 products
- Stabilizes shaky camera images
- Works with Standard Analog Cameras
- Works with Standard Analog Cameras
- NTSC or PAL Video In and Out
- Composite Video In & Out (S-Video Optional)
- Unlimited Spatial Correction
Digitally stabilize shaky and unsteady analog video images live or pre-recorded. Color, Monochrome, or Thermal cameras supported. Cameras mounted on poles, towers, UAVs, or vehicles that shake and vibrate can easily be steadied using the RHP-IS-OEM Digital Image Stabilizer.
- Works with Standard Analog Cameras
- NTSC or PAL Video In and Out
- Composite Video In & Out (S-Video Optional)
- Unlimited Spatial Correction
- Full Resolution
- Particularly Suitable for:
- Buses
- Trains
- Ships and Boats
- Airplanes and Helicopters
- Tall Buildings
- Bridges and Tunnels
- Coastal Surveillance at windy locations
- Factories with Vibration from Machinery or air conditioning
- Pole-Mounted Cameras e.g. Traffic monitoring.
Stabilized video from the RHP-IS-OEM video shows cleaner details. Sharp details are a requirement for good and high quality video. Steady video compresses better. Modern digital compressors use a lot of bits to encode moving features of a video. If the whole image shakes, it is all moving. This wastes an enormous number of bits.
Remove the shake and digital recorders store more video. For the same reason, stable images have higher compression and quality for remote and Internet viewing.
European power supply for all FLIR pan/tilt units.
Power supply, 30V, w EURO Cord
European power supply for all FLIR pan/tilt units.
Power supply, 30V, w EURO Cord
North American power supply for FLIR pan/tilt units.
Power supply, 30V, w AC Cord
North American power supply for FLIR pan/tilt units.
Power supply, 30V, w AC Cord
Interface cable to AC power and host computer.
Available in 3′, 10′ 25′ or 50′.
Interface cable to AC power and host computer.
Available in 3′, 10′, 25′ or 50′.
Interface cable to AC power and host computer.
Available in 3′, 10′ 25′ or 50′.
Interface cable to AC power and host computer.
Available in 3′, 10′ 25′ or 50′.
Bracket Assy, Dual Side Mount
RHP-BOS-CL-SY-IF
Camera Link Module
The RHP Boson Camera Link Interface Board offers both versatility and power. Its SDR-26 Base Mode Video Output, combined with a wide input voltage range of 5-26VDC, makes it an ideal choice for many different applications. With multiple power inputs and Reverse Polarity Protection, it is a reliable option. Additionally, the Master/Slave Sync Option allows for even greater flexibility. The USB Video and Control, as well as the 3.3V TTL/UART Control, make managing every aspect an easy task. Moreover, this board is fully compatible with the Boson Tripod Mount Adapter.
Master Mode
With External Sync Master mode, a Boson camera sends output pulses that indicate to external equipment when frame data acquisition has begun. This output will be at approximately 60 Hz.
Sync Mode
With External Sync Master mode, a Boson camera sends output pulses that indicate to external equipment when frame data acquisition has begun. This output will be at approximately 60 Hz.
Slave Mode
When the External Sync State is in Slave mode, external equipment sends reference pulses to the Boson camera which begin the acquisition of each video frame by the Boson camera. The input signal rate ideally matches the nominal video acquisition rate of the Boson camera.
Please Note: External Sync is disabled on Boson ≤9Hz Cameras.
The use of external sync on these cameras is not supported because pulses cannot be correlated to a specific output frame because of the way the reduced frame rate video is created. If attempted, the camera will reject commands to begin external sync mode.
Camera Link + Sync (30Hz Only)
It is also possible to enable master/slave sync communication with the RHP-BOS-CL-SY-IF Camera Link module.
The Master/Slave Sync Option allows the Boson to be connected in parallel with a 3.3v buffered port.
The BOS-CL-SY-IF’s microcontroller circuit provides a 3.3V TTL/UART (Universal Asynchronous Receiver/Transmitter) Control to transmit and receive serial data.
Designed with
Implementation in mind
Our development team works hard to create functional and practical products with implementation.
The BOS-CL-SY-IF design allows it to be mounted to the FLIR Boson Tripod Bracket. which provisions for standard 1/4" x 20 tripod mounting.
The footprint of the tripod bracket can easily be adapted for custom mounting use.
Command and Control
The camera uses serial communication at 921600 Baud by creating a virtual COM Port on your computer for USB communications.
The BOS-CL-SY-IF USB Video and Control can be performed through the FLIR Camera Controller Graphical User Interface (GUI) , which enables remote command and control of Boson.
Power Protection
Reverse Polarity Protected
With the intelligent polarity sensing protection, the RHP-BOS-CL-SY-IF can be powered in multiple ways:
- 4-pin JST to USB cable (provided) to allow standard 5VDC (up to 26VDC).
- 7-pin pico blade connector with voltages ranging from 5-26VDC for both the camera and interface.
RHP Boson LVDS Encoder Board
| VERSATILE POWER INPUT RANGE | 1080P OUTPUT | PROFILES TO SONY BLOCK CAMERAS |
| With the 5-26VDC input range (6V-26VDC recommended), this encoder board provides seamless power integration. It offers the convenience of power-over-LVDS interface capability, enabling efficient performance |
The output over LVDS ensures seamless integration with your current systems, preserving backwards compatibility. The LVDS IP Encoder enables ONVIF compliant output for enhanced connectivity options. | Auto power-up profile is specifically tailored for Sony block cameras, streamlining your workflow. |
| SPECIFICATIONS: | ||
| Power | 5-26VDC Input (6V-26VDC recommended) - Power over LVDS interface is possible. | |
| Video Output | Upscale video to 1080p and output over LVDS for backwards compatibility with existing systems | |
| Video Over Ethernet | Compatible with LVDS IP Encoder for ONVIF compliant output | |
| Size | Compatible with LVDS IP Encoder for ONVIF compliant output | |
| Weight | 13 grams | |
| Power Consumption | 0.25A @ 5V / 1.25W Max. | |
RHP Boson MiPi Interface
Overview
The RHP Boson MIPI Interface enables direct MIPI CSI connectivity for Teledyne FLIR Boson thermal imaging cameras, providing a low-latency, high-bandwidth video path suited for embedded vision platforms. Designed for engineers developing next-generation thermal systems, this interface supports flexible power configurations, synchronization options, and multiple pixel formats directly from the Boson core.
This product is intended for development and integration efforts. Driver availability and software support will depend on the target platform and may require custom driver development.
MIPI CSI Interface Capabilities
The Boson MIPI Interface supports MIPI CSI v1.1 with DPHY 1.0, configurable for single or dual lane operation.
Pixel Formats
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RAW8 (monochrome, post-AGC)
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RAW14 (pre-AGC)
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16-bit UYVY (color, post-AGC)
Single Channel Mode
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Monochrome 8-bit
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Monochrome 14-bit
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Post-AGC 8-bit monochrome
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Post-AGC 16-bit color YUV422 (UYVY)
Dual Channel Mode
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Monochrome 8-bit & Monochrome 14-bit
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Post-AGC 16-bit color YUV422 (UYVY) & Monochrome 8-bit
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Post-AGC 16-bit color YUV422 (UYVY) & Monochrome 14-bit
Performance
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MIPI DDR clock rate: 246 MHz
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End-to-end latency: < 4.8 ms
Power & Synchronization
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Selectable power input:
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External 5–17 VDC
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3.3V CSI-powered
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Sync voltage selectable:
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3.3V or 1.8V
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Sync modes:
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Master or Slave configuration for multi-device systems
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Platform Compatibility
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Electrically compatible with:
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NVIDIA Jetson platforms
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Raspberry Pi camera interfaces
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USB UVC mode allows rapid evaluation and debugging without MIPI driver integration
Software & Driver Considerations
The Boson MIPI Interface is intended for engineering and development use. While the hardware supports standard MIPI CSI signaling, drivers may not be available for all platforms out of the box.
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Custom driver or device-tree development may be required
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Platform support varies by OS and kernel version
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Recommended for teams with embedded Linux and camera driver experience
RHP can provide electrical documentation and interface guidance to support driver development efforts.
Typical Applications
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Embedded thermal vision systems
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AI-based perception platforms
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Robotics and autonomous systems
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Industrial monitoring and sensing
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Defense and research prototypes
RHP-BOS-RC-HD-IF
Integrate the Teledyne FLIR Boson into your UAS.
The RHP BOSON RC-HD-IF REMOTE CONTROL INTERFACE is the perfect solution where HD thermal Video is needed. With 6 to 26 Volts DC input, HD and Composite outputs, and Reverse Polarity Protection, this interface is built for durability. Control the interface with an RC Receiver, enjoy USB Video Support, and take advantage of features like S-Bus & PWM compatibility and compatibility with most digital HDMI transmitters. Paired with the Setup and Calibration Software and a weight of only 12 grams, this interface is easy to install and perfect for any use case.
The RHP-BOS-RC-HD-IF is used to control the Boson camera remotely using a 16-channel S-Bus signal or up to 5 PWM signals from your wireless joystick remote control system. It allows for the assignment of available parameters on the Boson to any knob, switch, or lever on your remote controller, giving you the ability to adjust camera parameters on-the-fly. The module can accept a wide input voltage range of 6 to 26 Volts DC with reverse polarity protection while powering your Remote Control receiver with a regulated 5 Volts DC. It has both HD and composite video outputs, enabling it to connect to two separate video devices with no signal loss. With the HD video output, video signal can be transmitted securely through a video transmitter in 720 or 1080p, while the analog output makes it possible to connect to a recording device.
Customize and Save Configurations
Save configurations for different applications.
• Control via PC
• 16 Channels (S-Bus)
• 5 Channel PWM.
• 5 Channel D-Pad.
• Customize and Assign parameters.
Video Outputs
Output video signals to Analog and HD simultaneously.
• Composite Output
for use with analog transmitters.
• HD Output
use with the latest digital technology.
• Ideal for digital SD recording devices
Control the Boson Remotely
Assign any available parameter on the Boson for ‘on-the-fly’ control.
• Continuous Digital Zoom
• Color Palette Selection
• (FFC)Flat Field Correction
• (DDE)Digital Detail Enhancement
• Wired or Wireless control
RHP-BOS-RC-IF
RC-IF Remote Control Interface for the FLIR Boson and Boson+
Ideal for sUAS and UAV operations, the RHP-BOS-RC-IF for FLIR Boson offers a streamlined way to control the FLIR Boson thermal imaging camera. Weighing only 5.8 grams, this device features 6 to 26 Volts DC Input with reverse polarity protection, ensuring safe and reliable operations. With the available S-Bus and PWM connections, drone pilots can easily manipulate their FLIR Boson parameters – Remotely! Additionally, this interface includes USB video support, two composite video outputs, and a USB video output for added convenience.
Integrating the Boson Thermal Camera into your UAS has never been easier.
Control the Boson Camera Remotely
The RHP-BOS-RC-IF allows you to control the Boson camera remotely using a 16 Channel S-Bus Signal or up to 5 PWM Signals from your wireless Joystick Remote Control System.
Assign Parameters
Any available parameter on the Boson can be assigned to knobs, switches or levers on a Joystick Remote Controller or direction pad and adjust camera parameters ‘on-the-fly’.
Reverse Polarity Protected
With the intelligent polarity sensing protection, the RHP-BOS-RC-IF can be powered from the 4-Pin JST to USB or 6-Pin JST with a 5-26VDC power source
16 Channel S-Bus & 5 Channel PWM Remote Control Interface Module
- Control Camera Features Remotely
- Powers RC Wireless Receiver
- Wide Input Voltage Range
- Reverse Polarity Protection
- Dual Video Outputs
- Setup and Calibration Software Included