ConductScienceSupport
StaffBack to Store
Software Guide1 min read

Camera Specification

This document specifies the technical parameters for two Conduct Vision infrared camera models: the Standard HD IR Camera with 2-megapixel resolution and 30 fps frame rate, and the Advanced HD IR Camera with 5-megapixel resolution and 60 fps frame rate. Both cameras feature CMOS sensors, multiple field of view options, and MJPG format output with USB connectivity.

Updated Feb 7, 2026
2 sections

Get This Product

Video Tracking Cameras

Video Tracking Cameras

Request a Quote

Get Quote
ConductVision: AI Driven Video Tracking

ConductVision: AI Driven Video Tracking

Request a Quote

Get Quote

Related Accessories

Camera Gantry

Also Available on Amazon

USB 3.0 industrial HD infrared camera

As an Amazon Associate, ConductScience earns from qualifying purchases.

Camera Specifications

Conduct Vision Standard HD IR Camera

Sensor: Advanced CMOS Photosensitive Chip 1/2.7inch

Resolution:

  • 1280 × 720 (Default Output)
  • 1920 × 1080 (Large Screen)

Type: HD/Infrared/Narrow Band

Field of View: 90°, 80°, 70°, 60°, 50°

Signal-to-Noise Ratio: 41 dB

Format: MJPG

Grade: Industrial Grade 2 million Megapixels

Frame Rate: 30 Frames/Second

Interface: USB 2.0

Conduct Vision Advanced HD IR Camera

Sensor: Advanced CMOS Photosensitive Chip 1/2.7inch

Resolution:

  • 1920 × 1080 (Default Output)
  • 2952 × 1944 (Large Screen)

Type: HD/Infrared/Narrow Band

Field of View: 90°, 80°, 70°, 60°, 50°

Signal-to-Noise Ratio: 41 dB

Format: MJPG

Grade: Industrial Grade 5 million Megapixels

Frame Rate: 60 Frames/Second

Interface: USB 3.0

Was this article helpful?

Products Featured in This Article

Video Tracking CamerasVideo Tracking CamerasConductVision: AI Driven Video TrackingConductVision: AI Driven Video TrackingCamera GantryCamera Gantry

Related Articles

Conduct Vision Fear Conditioning Software Manual

This manual covers the installation, configuration, and operation of ConductVision Fear Conditioning Software, a GPU-based application used to conduct fear conditioning experiments with maze types and video tracking capabilities. The documentation includes instructions for software setup, experiment configuration, stimulus protocol management, hardware adapter integration, and data analysis features.

Conduct Vision Fish Software Manual

This manual covers the installation, configuration, and operation of Conduct Vision Fish Software, which is used to run behavioral experiments on fish with features including maze selection, video tracking, social interaction analysis, and multi-animal tracking. The software supports multiple maze types (FishOpen, Y-Maze, T-Maze, Mirror Biting) and provides tools for experiment configuration, data analysis, and export.

Conduct Vision Homecage System Specification

This specification document describes the Conduct Vision Home Cage System, which includes 140 mouse cages housed in stainless steel racks with integrated NVIDIA Jetson Orin Nano-based monitoring devices, along with a server computer running Conduct Vision software for behavior analysis and optional cloud-based remote monitoring capabilities.

ConductVision Y-maze protocol

This document describes the ConductVision Y-maze protocol, which provides software analysis of spontaneous alternation behavior in rodents to assess spatial memory and exploratory behavior. The protocol details how to specify Y-maze arm entry sequences, calculate alternation results, and interpret alternation percentages as indicators of working memory and cognitive function.

ConductVision Catwalk Specification

This specification document describes the ConductVision Catwalk system, a gait analysis device consisting of a glass walkway platform with LED illumination and high-speed camera hardware that captures rodent paw contacts, paired with AI-powered software that automatically detects and analyzes spatial, temporal, kinetic, and coordination parameters of animal gait. The system measures various metrics including stride length, stance time, paw pressure, and limb coordination patterns.

Need more help?

Our support team is here to assist you

Contact UsEmail Us