FLIR BOSON Accessories

6 Pin JST connector to bare wires, configured for use with the RHP-BOS-RC-IF

7 Pin JST connector to bare wire, configured for use with the RHP-BOS-TTL-IF and RHP-BOS-CL-SY-IF

6 Pin connector to bare wires. Configured for use with the RHP-BOS-DS-IF

6 Pin JST connector to 4 bare wires. This can be used with the RHP-BOS-VPC-IF, RHP-BOS-VPC3-IF, RHP-BOS-TTL-IF interfaces

1 foot long, 14 Pin connector to Bare Wires that is configured for use with the RHP-BOS-DS-IF

• 1 foot length
• 10 Pin JST SUR connector to 6 Dupont connectors
• Configured for use with the RHP-BOS-RC-IF

6 Pin JST connector to 2 bare wires. This can be used with the RHP-BOS-RC-IF, RHP-BOS-RC-HD-IF, RHP-BOS-LVDS-IF Interfaces

10 Pin JST connector to SUR 32AWG Connectors. This can be used with the RHP-BOS-RC-HD-IF interface.

6 Pin JST Cable to USB and flying leads Composite video. Used with the Low Profile BOSON VPC3 interface.

Camera Link Accessory Kit

For the FLIR Boson Thermal Imaging Cameras

Expansion board for Boson cameras that matches the functionality of the VPC module, and enables the camera to be interfaced to a Camera Link frame grabber, allowing the capture of digital 16-bit video data.

(This product does not include Camera Link cable, frame grab board, or data capture software.)

Boson Tripod Mount

The Tripod-mount accessory, provides a means to mount a Boson assembly (or a Boson configured with either the VPC Accessory or the Camera Link Accessory) to a tripod via a standard 1/4-20 thread. It is designed to interface to the rear of the Boson via 4 x M1.6 screws.

Boson Test Board, Detail PCB ASSEMBLY

Boson Development Board

The Development breakout board for Boson users and integrators that need easy access to the Boson I/O and interfaces. This board is intended for user development purposes, and is not intended or rated for long term reliability over temperature.

It provides full access to the Boson 80-pin connector with a number of connectors:

• standard USB-3 micro-B (Super Speed) receptacle
• standard SDR-26 receptacle with Camera-Link compliant output
• SDIO card slot
• UART header
• I²C header
• SPI header
• Power jacks

Take your imaging projects to the next level with the Teledyne FLIR MIPI Development Accessory Board. Featuring support for pixel formats like RAW8, 16-bit UYVY, and RAW14, this board offers unparalleled flexibility for your thermal imaging needs.

Whether you're working in single channel mode or dual channel mode, this accessory board provides incredible image quality and clarity. And with a lightning-fast MIPI DDR clock rate of 246 MHz and a latency under 4.8ms, you can count on this board for seamless image processing.

RHP IP LVDS2 Encoder Board

RHP-IP-LVDS2 IP Encoder Board is an advanced video encoder solution tailored for high-definition video applications within security, broadcasting, and industrial sectors. This versatile board converts LVDS (Low-Voltage Differential Signaling) input into high-quality IP video streams over H.264/H.265/MJPEG video compression, making it ideal for remote monitoring and large-scale video deployment for surveillance, robotic, and industrial vision applications.

Key Features:

• High-Performance Video Encoding: Supports H.264, H.265, and MJPEG compression formats with triple streaming + SVC stream capability, ensuring optimal video quality and compression to meet diverse network and storage requirements.
• High Definition Video Input: Accepts up to 2MP (1920 x 1080 at 30fps) video via a 30-pin micro coaxial cable, supporting both 4/8 lane LVDS inputs (Sony LVDS standard).
• Advanced Video Output: Features outputs including BT1120/BT601 16-bit, catering to various display and recording equipment.
• Robust Bitrate Control: Offers adjustable bitrate settings for main and secondary streams, ranging from 512 kbps to 10000 kbps, adjustable via CBR/VBR modes for tailored stream management.

Connectivity and Integration:

• Networking: Equipped with Ethernet 10/100 Mbps that supports IPv4, IPv6, ensuring seamless integration into existing network infrastructures with protocols such as IGMP, ICMP, ARP, and RTSP.
• Audio Capabilities: Includes audio input/output with G.711 u-law audio compression, enhancing video streams with high-quality synchronous audio.
• Extended Functionality: Features alarm in/out capabilities, RS-485 integration for PTZ control, and USB interfaces for expanded connectivity and control options.

User Interface and Software:

• Broad Protocol Support: Fully compliant with Onvif Profile S and ITX property protocols, facilitating integration with a wide range of network video recorders and management software.
• Advanced Security Features: Includes motion detection, region of interest, and privacy masking functionalities that offer enhanced security and user control.