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Home » Store » Modules & Dev Kits » M12 Mount Lens | Compatible with NE301

M12 Mount Lens | Compatible with NE301

$5.00

Compatible with CamThink NE301, this M12 lens series offers 2.5mm, 3.0mm, and 6.0mm focal length options, optimized for 1/2.7″ image sensors. Ideal for embedded vision and edge AI applications, with easy installation and manual focus adjustment.

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Overview

High-performance M12 mount lenses designed for embedded vision and edge AI cameras.
Available in 2.5mm ultra-wide, 3.0mm wide, and 6.0mm telephoto options, covering use cases from full-scene awareness to mid-range detail capture.

All lenses are optimized for 1/2.7″ image sensors, using precision optical glass and mechanically stable lens assemblies to deliver consistent image quality in real-world deployments.


Key Features

Wide Application Coverage

Horizontal FOV from 137° ultra-wide down to 51° telephoto, suitable for indoor monitoring, corridor observation, and long-range detection scenarios.

Optimized for 1/2.7″ Sensors

Designed for mainstream sensors such as SC3235, offering high resolving power with controlled distortion across the frame.

Standard M12 × P0.5 Interface

Fully compatible with the NE301 onboard lens holder, enabling fast lens swapping and easy integration during prototyping or deployment.

Industrial-Grade Optical Design

Precision lens structures (2G3P / 1G3P / 4G) ensure thermal stability, mechanical reliability, and repeatable imaging performance.

Manual Focus Adjustment

Focus can be fine-tuned by rotating the lens, simplifying calibration during installation and system setup.


Lens Selection Comparison

Specification 2.5mm Ultra Wide 3.0mm Wide 6.0mm Telephoto
Model H_2515 H_W222-650B H_W0615
Diagonal FOV 166.9° 97° 59°
Horizontal FOV 137.4° 88° 51°
Vertical FOV 74.3° 57° 28°
Aperture F2.4 F2.5 F2.2
Optical Distortion < -33% < 1% < 1.6%
Lens Structure 2G3P 1G3P 4G (All Glass)
Typical Use Cases
  • Room-scale monitoring
  • Situational awareness
  • Doorbells
  • Service robots
  • Desktop devices
  • Face recognition
  • Corridor monitoring
  • Detail capture

Detailed Lens Descriptions

2.5mm Ultra-Wide Lens

“Maximum coverage with a single camera”

Recommended Applications

Indoor panoramic monitoring, elevators, vehicle cabins, large-area security coverage.

Technical Highlights

  • 166.9° diagonal FOV enables near full-scene visibility with minimal blind spots
  • F2.4 aperture supports stable imaging under mixed lighting conditions
  • 2G3P hybrid design balances optical performance and system cost

Key Parameters

  • Effective focal length (EFL): 2.52 mm
  • Back focal length (BFL): 3.65 mm
  • Dimensions: Ø14.0mm × 14.65 mm

3.0mm Wide-Angle Lens

“Natural perspective with low distortion”

Recommended Applications

Smart doorbells, home monitoring, service robots, embedded vision terminals.

Technical Highlights

  • 97° diagonal FOV delivers a natural viewing perspective close to human vision
  • <1% distortion, well-suited for perception and recognition tasks
  • 1G3P lightweight design, ideal for cost- and size-sensitive projects
  • Minimum focus distance: 0.5 m

Key Parameters

  • Effective focal length (EFL): 3.0 mm
  • Total track length (TTL): 15.7 mm
  • Aperture: F2.5

6.0mm Telephoto Lens

“Capture detail at distance”

Recommended Applications

Corridor monitoring, access control systems, face recognition, license plate capture.

Technical Highlights

  • 4-element all-glass optics for higher transmittance and reduced thermal drift
  • F2.2 large aperture, best low-light performance in the series
  • 59° diagonal FOV, optimized for targets at 3–5 meters

Key Parameters

  • Effective focal length (EFL): 6.0 mm
  • Total track length (TTL): 15.3 mm
  • Distortion: < 1.6%

Selection Guide

  • Need maximum scene coverage or situational awareness? → Choose 2.5 mm
  • General-purpose monitoring or doorbell applications? → Choose 3.0 mm
  • Need reliable face or detail capture at mid-range distances? → Choose 6.0 mm

Note: All specifications are based on 1/2.7″ sensor configuration. Actual field of view may vary depending on sensor size and system integration.

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