Teledyne FLIR Boson® SX8

1280 × 1024 high-performance LWIR thermal camera modules designed for OEM integration, defense, robotics, industrial automation, and long-range thermal imaging applications.

Introducing BOSON SX8

Why Choose Boson SX8?

1280 × 1024 Resolution

Higher pixel count for exceptional image clarity.

Low SWaP

Compact design optimized for OEM integration.

Multiple Lens Options

Choose the field of view best suited to your application.

Built for Demanding Missions

Ideal for security, robotics, AI, industrial, and defense systems.

Select Your Boson SX8

 

 

boson_sx8_12mm

12mm

50° HFoV

  • Wide Area Surveillance
  • Robotics
  • Autonomous Systems
  • Situational Awareness

18mm

32° HFoV

  • Medium Range Detection
  • Industrial Automation
  • Drone Payloads
  • Perimeter Security

24mm

24° HFoV

  • Long Range Detection
  • Critical Infrastructure
  • Border Security
  • Vehicle Integration

Boson SX8 CZ

15–75mm Continuous Zoom

  • ISR
  • Long Range Surveillance
  • Defense
  • Target Tracking

Compare Models

Model Lens Resolution HFoV Best For
BOSON SX8 12mm 12mm 1280 x 1024 50° Wide Area Coverage
BOSON SX8 18mm 18mm 1280 x 1024 32° General Purpose
BOSON SX8 24mm 24mm 1280 x 1024 24° Long Range
BOSON SX8 CZ 15–75mm 1280 x 1024 Variable Maximum Flexibility

COMPARE TO THE BOSON+ 640

Applications

Border Security
Counter-UAS
Industrial Automation
Robotics
Maritime
Search & Rescue
Law Enforcement
Critical Infrastructure

Frequently Asked Questions

Which lens is best for long-range detection?

The 24mm and Continuous Zoom models provide the best long-range performance.

Can the Boson SX8 be integrated into OEM products?

Yes. The Boson SX8 is specifically designed for OEM integration across a wide range of applications.

Can I request volume pricing?

Yes. Contact us for project pricing, OEM discounts, and engineering support.

Need Help Choosing the Right Lens?

Our thermal imaging specialists can recommend the ideal Boson SX8 configuration for your application.

Talk to an Expert