Lens FOV Previews

The 8MP 1/1.8" sensor offers greatly increased 4K resolution. The ability to view both visible and NIR wavelengths makes it a true day/night camera, and the mechanical visible cut filter allows the user to view NIR wavelength in the daytime to help filter out fog, haze and other atmospheric distortions.

Paired with the precision-engineered 20–1225mm lens, this camera boasts a 61X continuous optical zoom range offering anything from a wide 21.7° to a very narrow 0.36° field-of-view. That's equivalent to a “full-frame” 35mm camera using a 5700mm lens.

The 8MP 1/1.8" sensor offers greatly increased 4K resolution. The ability to view both visible and NIR wavelengths makes it a true day/night camera, and the mechanical visible cut filter allows the user to view NIR wavelength in the daytime to help filter out fog, haze and other atmospheric distortions.

Paired with the precision-engineered 10.6–1015mm lens, this camera boasts a 95X continuous optical zoom range offering anything from a wide 42.0° to a very narrow 0.43° field-of-view. That's equivalent to a “full-frame” 35mm camera using a 4750mm lens.

The 8MP 1/1.8" sensor offers increased resolution while maintaining excellent low light sensitivity. The ability to view both visible and NIR wavelengths makes it a true day/night camera, and the mechanical visible cut filter allows the user to view NIR wavelength in the daytime to help filter out fog, haze and other atmospheric distortions.

Paired with the precision-engineered 15–800mm lens, this camera boasts a 53X continuous optical zoom range offering anything from a wide 28.7° to a very narrow 0.55° field-of-view. That's equivalent to a “full-frame” 35mm camera using a 3700mm lens.

The 4MP 1/1.7" sensor offers increased resolution while maintaining excellent low light sensitivity. The ability to view both visible and NIR wavelengths makes it a true day/night camera, and the mechanical visible cut filter allows the user to view NIR wavelength in the daytime to help filter out fog, haze and other atmospheric distortions.

Paired with the precision-engineered 15–800mm lens, this camera boasts a 53X continuous optical zoom range offering anything from a wide 29.4° to a very narrow 0.56° field-of-view. That's equivalent to a “full-frame” 35mm camera using a 3700mm lens.

The 3MP 1/1.8" sensor offers HD resolution while maintaining excellent low light sensitivity. The ability to view both visible and NIR wavelengths makes it a true day/night camera, and the mechanical visible cut filter allows the user to view NIR wavelength in the daytime to help filter out fog, haze and other atmospheric distortions.

Paired with the precision-engineered 15–800mm lens, this camera boasts a 53X continuous optical zoom range offering anything from a wide 26.9° to a very narrow 0.51° field-of-view. That's equivalent to a “full-frame” 35mm camera using a 4000mm lens.

The 8MP 1/1.8" sensor offers incredible 4K resolution while maintaining great low light sensitivity. The ability to view both visible and NIR wavelengths makes it a true day/night camera, and the mechanical visible cut filter allows the user to view NIR wavelength in the daytime to help filter out fog, haze and other atmospheric distortions.

Paired with the precision-engineered 5.6–272mm lens, this camera boasts a 49X continuous optical zoom range offering anything from a wide 75° to a narrow 1.62° field-of-view. That's equivalent to a “full-frame” 35mm camera using a 1275mm lens.

The 8.4MP 1/1.8" sensor offers increased resolution while maintaining excellent low light sensitivity. The ability to view both visible and NIR wavelengths makes it a true day/night camera, and the mechanical visible cut filter allows the user to view NIR wavelength in the daytime to help filter out fog, haze and other atmospheric distortions.

Paired with the precision-engineered 6–218mm lens, this camera boasts a 36X continuous optical zoom range offering anything from a wide 65.2° to a narrow 2.02° field-of-view. That's equivalent to a “full-frame” 35mm camera using a 1000mm lens.

The 3.2MP 1/1.8" sensor offers sharp resolution while maintaining great low light sensitivity. The ability to view both visible and NIR wavelengths makes it a true day/night camera, and the mechanical visible cut filter allows the user to view NIR wavelength in the daytime to help filter out fog, haze and other atmospheric distortions.

Paired with the precision-engineered 5.6–272mm lens, this camera boasts a 49X continuous optical zoom range offering anything from a wide 71.4° to a narrow 1.51° field-of-view. That's equivalent to a “full-frame” 35mm camera using a 1350mm lens.

The 4.5MP 1/1.7" sensor offers increased resolution while maintaining excellent low light sensitivity. The ability to view both visible and NIR wavelengths makes it a true day/night camera, and the mechanical visible cut filter allows the user to view NIR wavelength in the daytime to help filter out fog, haze and other atmospheric distortions.

Paired with the precision-engineered 6–218mm lens, this camera boasts a 36X continuous optical zoom range offering anything from a wide 66.4° to a narrow 2.07° field-of-view. That's equivalent to a “full-frame” 35mm camera using a 1000mm lens.

The 4MP 1/2.9" sensor offers increased resolution while maintaining excellent low light sensitivity. The ability to view both visible and NIR wavelengths makes it a true day/night camera, and the mechanical visible cut filter allows the user to view NIR wavelength in the daytime to help filter out fog, haze and other atmospheric distortions.

Paired with the precision-engineered 4.7–141mm lens, this camera boasts a 30X continuous optical zoom range offering anything from a wide 67.9° to a narrow 2.14° field-of-view. That's equivalent to a “full-frame” 35mm camera using a 965mm lens.

The 8MP 1/1.8" sensor offers increased resolution while maintaining excellent low light sensitivity. The ability to view both visible and NIR wavelengths makes it a true day/night camera.

Paired with the precision-engineered 6.6–132mm lens, this camera boasts a 20X continuous optical zoom range offering anything from a wide 62.5° to a narrow 3.3° field-of-view. That's equivalent to a “full-frame” 35mm camera using a 620mm lens.

The 4MP 1/2.9" sensor offers increased resolution while maintaining excellent low light sensitivity. The ability to view both visible and NIR wavelengths makes it a true day/night camera, and the mechanical visible cut filter allows the user to view NIR wavelength in the daytime to help filter out fog, haze and other atmospheric distortions.

Paired with the precision-engineered 5–120mm lens, this camera boasts a 24X continuous optical zoom range offering anything from a wide 56.6° to a narrow 2.57° field-of-view. That's equivalent to a “full-frame” 35mm camera using a 800mm lens.

The 2MP 1/2.8" sensor offers HD resolution with excellent spectral sensitivity for both visible and NIR wavelengths, making it a true day/night camera providing clear color images by day and black and white images at night.

Paired with the precision-engineered 4.8–144mm lens, this camera boasts a 30X continuous optical zoom range offering anything from a wide 60.3° to a narrow 2.22° field-of-view. That's equivalent to a “full-frame” 35mm camera using a 940mm lens.

The 8MP 1/2.8" sensor offers increased resolution while maintaining excellent low light sensitivity. The ability to view both visible and NIR wavelengths makes it a true day/night camera, and the mechanical visible cut filter allows the user to view NIR wavelength in the daytime to help filter out fog, haze and other atmospheric distortions.

Paired with the precision-engineered 5–40mm lens, this camera boasts a 8X continuous optical zoom range offering anything from a wide 58.3° to a narrow 8° field-of-view. That's equivalent to a “full-frame” 35mm camera using a 250mm lens.

Designed with flexible wide-angle spotter surveillance in mind, the 3X wide‑angle zoom lens offers FOVs adjustable from 74.6° to 24° FOV. The motorized zoom allows easy adjustment for precisely the wide-angle coverage required for situational awareness in each scene.

Designed and optimized with wide-angle situational awareness in mind, the INF-33M-24 can be added to many builds to provide simultaneous wide-angle coverage of the camera’s view even while other optics are zoomed in to examine long-range details.

The 24mm zoom lens offers a wide 62.1° FOV when paired with the 35mm sensor, and a detail level of 5ppm at 1km. The module also features 32X digital zoom, which is made more effective thanks to the higher resolution 8MP/4K sensor. At 4X digital zoom, the detail level and clarity is equivalent to a Full HD camera with no digital zoom applied.

This thermal camera uses a cutting-edge 12μm LWIR VOx uncooled thermal sensor with a 1280×1024 HD resolution. The 12μm pixel pitch is able to achieve 40% further range than 17μm sensors.

We pair the uncooled VOx core with our precision-engineered 40–365mm germanium zoom lens with ƒ/1.5 aperture, for long-range detection of thermal targets up to 35km away.*

*Please read our DRI Whitepaper to properly understand what “detection” means in thermal camera ratings.

Infiniti uses a cutting-edge 12μm LWIR VOx uncooled thermal sensor with a 1280×1024 HD resolution. The 12μm pixel pitch is able to achieve 40% further range than 17μm sensors.

We pair the uncooled VOx core with our precision-engineered 31–310mm germanium zoom lens, boasting a wide ƒ/1.3 aperture, for long-range detection of thermal targets up to 28km away.*

*Please read our DRI Whitepaper to properly understand what “detection” means in thermal camera ratings.

Infiniti uses cutting-edge 12μm LWIR VOx uncooled thermal sensors with resolutions of 384×288, 640×512 or 1280×1024 HD. The 12μm pixel pitch is able to achieve 40% further range than 17μm sensors.

We pair the uncooled VOx core with our precision-engineered 26–230mm germanium zoom lens, boasting a wide ƒ/1.3 aperture, for long-range detection of thermal targets up to 21km away.*

*Please read our DRI Whitepaper to properly understand what “detection” means in thermal camera ratings.

Infiniti uses cutting-edge 12μm LWIR VOx uncooled thermal sensors with an HD resolution of 1280×1024. The 12μm pixel pitch is able to achieve 40% further range than 17μm sensors.

We pair the uncooled VOx core with our precision-engineered 26–230mm germanium zoom lens, boasting a wide ƒ/1.3 aperture, for long-range detection of thermal targets up to 21km away.*

*Please read our DRI Whitepaper to properly understand what “detection” means in thermal camera ratings.

Infiniti uses cutting-edge 12μm LWIR VOx uncooled thermal sensors with resolutions of 384×288, 640×512 or 1280×1024 HD. The 12μm pixel pitch is able to achieve 40% further range than 17μm sensors.

We pair the uncooled VOx core with our precision-engineered 34–185mm germanium zoom lens, boasting a very wide ƒ/1.2 aperture, for long-range detection of thermal targets up to 16.5km away.*

*Please read our DRI Whitepaper to properly understand what “detection” means in thermal camera ratings.

Infiniti uses cutting-edge 12μm LWIR VOx uncooled thermal sensors with an resolution of 1280×1024 HD. The 12μm pixel pitch is able to achieve 40% further range than 17μm sensors.

We pair the uncooled VOx core with our precision-engineered 34–185mm germanium zoom lens, boasting a very wide ƒ/1.2 aperture, for long-range detection of thermal targets up to 16.5km away.*

*Please read our DRI Whitepaper to properly understand what “detection” means in thermal camera ratings.

Infiniti uses cutting-edge 12μm LWIR VOx uncooled thermal sensors with resolutions of 384×288, 640×512 or 1280×1024 HD. The 12μm pixel pitch is able to achieve 40% further range than 17μm sensors.

We pair the uncooled VOx core with our precision-engineered 32–155mm germanium zoom lens, boasting a very wide ƒ/1.2 aperture, for long-range detection of thermal targets up to 14.2km away.*

*Please read our DRI Whitepaper to properly understand what “detection” means in thermal camera ratings.

Infiniti uses cutting-edge 12μm LWIR VOx uncooled thermal sensors with an HD resolution of 1280×1024. The 12μm pixel pitch is able to achieve 40% further range than 17μm sensors.

We pair the uncooled VOx core with our precision-engineered 32–155mm germanium zoom lens, boasting a very wide ƒ/1.2 aperture, for long-range detection of thermal targets up to 14.2km away.*

*Please read our DRI Whitepaper to properly understand what “detection” means in thermal camera ratings.

Infiniti uses cutting-edge 12μm LWIR VOx uncooled thermal sensors with resolutions of 384×288, 640×512 or 1280×1024 HD. The 12μm pixel pitch is able to achieve 40% further range than 17μm sensors.

We pair the uncooled VOx core with our precision-engineered 25–130mm germanium zoom lens, boasting a very wide ƒ/1.2 aperture, for long-range detection of thermal targets up to 11.9km away.*

*Please read our DRI Whitepaper to properly understand what “detection” means in thermal camera ratings.

Infiniti uses cutting-edge 12μm LWIR VOx uncooled thermal sensors with an HD resolution of 1280×1024. The 12μm pixel pitch is able to achieve 40% further range than 17μm sensors.

We pair the uncooled VOx core with our precision-engineered 25–130mm germanium zoom lens, boasting a very wide ƒ/1.2 aperture, for long-range detection of thermal targets up to 11.9km away.*

*Please read our DRI Whitepaper to properly understand what “detection” means in thermal camera ratings.

Infiniti uses cutting-edge 12μm LWIR VOx uncooled thermal sensors with resolutions of 384×288, 640×512 or 1280×1024 HD. The 12μm pixel pitch is able to achieve 40% further range than 17μm sensors.

We pair the uncooled VOx core with our precision-engineered 20–105mm germanium zoom lens, boasting a very wide ƒ/1.2 aperture, for long-range detection of thermal targets up to 9.6km away.*

*Please read our DRI Whitepaper to properly understand what “detection” means in thermal camera ratings.

Infiniti uses cutting-edge 12μm LWIR VOx uncooled thermal sensors with resolutions of 384×288, 640×512 or 1280×1024 HD. The 12μm pixel pitch is able to achieve 40% further range than 17μm sensors.

We pair the uncooled VOx core with our precision-engineered 26–75mm germanium zoom lens, boasting an extremely wide ƒ/1.0 aperture, for long-range detection of thermal targets up to 6.9km away.*

*Please read our DRI Whitepaper to properly understand what “detection” means in thermal camera ratings.

Infiniti uses cutting-edge 12μm LWIR VOx uncooled thermal sensors with an HD resolution of 1280×1024. The 12μm pixel pitch is able to achieve 40% further range than 17μm sensors.

We pair the uncooled VOx core with our precision-engineered 26–75mm germanium zoom lens, boasting an extremely wide ƒ/1.0 aperture, for long-range detection of thermal targets up to 6.9km away.*

*Please read our DRI Whitepaper to properly understand what “detection” means in thermal camera ratings.

A high-sensitivity MWIR cooled thermal 10μm InSb or X-Hot sensor, with a resolution of 1280×1024 and a cooler lifetime of 20,000 or 30,000 hours MTBF. Paired with an f/4.0 germanium zoom lens, the 12X optical zoom results in a FOV from 7.3° to 0.6°, allowing for long-range vehicle detection* up to 55+km away.

*Please read our DRI Whitepaper to properly understand what “detection” means in thermal camera ratings.

A high-sensitivity MWIR cooled thermal 10μm InSb or X-Hot sensor, with a resolution of 1280×1024 and a cooler lifetime of 20,000 or 30,000 hours MTBF. Paired with an f/4.0 germanium zoom lens, the 12X optical zoom results in a FOV from 10° to 0.8°, allowing for long-range vehicle detection* up to 55+km away.

*Please read our DRI Whitepaper to properly understand what “detection” means in thermal camera ratings.

A high-sensitivity MWIR cooled thermal 10μm InSb or X-Hot sensor, with a resolution of 1280×1024 and a cooler lifetime of 20,000 or 30,000 hours MTBF. Paired with an f/4.0 germanium zoom lens, the 12X optical zoom results in a FOV from 12.1° to 1.04°, allowing for long-range vehicle detection* up to 55+km away.

*Please read our DRI Whitepaper to properly understand what “detection” means in thermal camera ratings.

A high-sensitivity MWIR cooled thermal 10μm InSb or X-Hot sensor, with a resolution of 1280×1024 and a cooler lifetime of 20,000 or 30,000 hours MTBF. Paired with an f/4.0 germanium zoom lens, the 15X optical zoom results in a FOV from 24.1° to 1.59°, allowing for long-range vehicle detection* up to 52.9km away.

*Please read our DRI Whitepaper to properly understand what “detection” means in thermal camera ratings.

A high-sensitivity MWIR cooled thermal 10μm InSb or X-Hot sensor, with a resolution of 1280×1024 and a cooler lifetime of 20,000 or 30,000 hours MTBF. Paired with an f/4.0 germanium zoom lens, the 19X optical zoom results in a FOV from 43.6° to 2.4°, allowing for long-range vehicle detection* up to 35km away.

*Please read our DRI Whitepaper to properly understand what “detection” means in thermal camera ratings.

A high-sensitivity MWIR cooled thermal 10μm InSb or X-Hot sensor, with a resolution of 1280×1024 and a cooler lifetime of 20,000 or 30,000 hours MTBF. Paired with an f/4.0 germanium zoom lens, the 12X optical zoom results in a FOV from 39.1° to 3.19°, allowing for long-range vehicle detection* up to 26km away.

*Please read our DRI Whitepaper to properly understand what “detection” means in thermal camera ratings.