B960B2 Infrared Camera Module | CVBS Thermal Imaging Camera

Basic Specs

·Resolution: 960×768 (Pixel Pump)

  • Frame Rate: 50 Hz
  • Lens: 9.1 mm F1.0
  • Field of View: 48.3° (H) × 38.6° (V)
  • Video Output: PAL + UVC (simultaneous analog and digital)
  • Supply Voltage: 5 V – 24 V
  • Typical Power Consumption: < 2 W
  • Digital Zoom: 1.0× – 4.0× stepless (via UVC)
B960B2 Infrared Camera Module | CVBS Thermal Imaging Camera

B960B2 Infrared Camera Module | CVBS Thermal Imaging Camera

Specifications
Description
FAQs
Guarantee & Service
Category Parameters B256A2 Series

Lens

Focal Length (mm)
3.6mm
Field of View(FOV)
50°(H)*37.2°(V)
Detection Distance
900m
Recognition Distance
225m
Identification Distance
113m
Detector
Detector type Uncooled Focal Plane Array Detector (VOx - Vanadium Oxide)
Resolution 320*240
Pixel pitch ---
Spectral bands ---
NETD ---
Frame rate 50Hz
Interface
Analog Video Interface
CVBS (PAL Format)
Control Interface
UART (Baud Rate115200)
Interface Specification
SMD,P=1.25mm-5P
Function
Pseudo-color Modes
White Hot (default), Black Hot
Image Enhancement
Mode
Adjustable
Brightness
Adjustable
Contrast
Adjustable
Digital Zoom
1.0-4.0x Stepless Zoom (controllable via UVC)
Shutter Mode
With Shutter, Auto Shutter Mode
Lid Calibration
Supports UART Serial Protocol

Non-Uniformity
Correction (NUC)
Supports UART Serial Protocol
Environmental Adaptability
Power Supply Input
5v~24v
Operating Temperature
20°c~+60°c
Power Consumption
≤0.8w
Shock
---
Weight
---
Dimension
19.5*19.5*20.8mm
Secondary Development
No

 

The B960B2 is a high-resolution uncooled thermal imaging core that leverages pixel pump technology to deliver 960×768 detailed imagery at a smooth 50Hz frame rate. Equipped with a 9.1mm F1.0 lens, it provides a wide 48.3°×38.6° field of view, making it ideal for detailed observation and inspection tasks. The core simultaneously outputs both PAL analog video and UVC digital video, offering maximum flexibility for system integration. With a broad 5V–24V supply range and typical power consumption under 2W, it is perfectly suited for UAV thermal payloads, handheld devices, and embedded security systems. Users can adjust luminance, contrast, color palettes (0–4 modes), and stepless digital zoom (1×–4×) via UVC commands or the on-board ADKEY interface. Horizontal, vertical, and diagonal image flip functions are also supported. Compact dimensions of 35.4×26.4×45.1 mm and an operating temperature range of -20°C to +50°C ensure reliable performance in demanding environments.

Q: What does “Pixel Pump” resolution mean in the B960B2?

A: Pixel pump is an image enhancement technology that effectively upscales the native detector resolution to a higher output resolution. In the B960B2, it produces a crisp 960×768 video stream, improving detail visibility without increasing the physical pixel count of the sensor.

Q: Can I use both PAL and UVC video outputs at the same time?

A: Yes. The B960B2 supports simultaneous PAL analog and UVC digital output, so you can connect to an analog monitor and a USB host (e.g., PC or Android device) at the same time.

Q: How do I adjust parameters like zoom, color palette, and brightness?

A: All adjustments can be made either through UVC control commands sent over USB or using the ADKEY interface. Parameters include stepless zoom (1×–4×), color palette selection (0–4), luminance (0–100), contrast (0–100), and image flip.

Q: What is the power requirement for the B960B2?

A: The core operates on a wide input voltage from 5V to 24V and consumes less than 2W typically. A standard USB 5V supply is sufficient, but you can also use higher voltages up to 24V for more flexible power design.

Q: Does the B960B2 support image flip?

A: Yes. You can configure horizontal, vertical, or diagonal (both) flip, either through UVC commands or ADKEY, making it easy to mount the core in any orientation.

Q: Is there an SDK for secondary development on Windows, Linux, or Android?

A: The B960B2 uses standard UVC protocol, which is natively supported by most operating systems. For advanced control and integration, we provide documentation and examples upon request. Please contact our support team for the latest SDK availability.

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