The biggest difference between the OMNI L19R and H35R is the thermal imaging system. Their digital imaging capabilities are essentially shared, so moving up to the H35R is primarily an upgrade in thermal performance.

The L19R uses a 384×288, 12μm thermal sensor paired with a fast 19mm F0.9 objective and 1.5× base thermal magnification.

The H35R steps up to a considerably higher-resolution 640×512, 12μm thermal sensor and a larger 35mm F0.9 objective, with thermal magnification starting at 2×.

Our view: the L19R is the value choice if you primarily want the flexibility of thermal and digital observation in one unit. If thermal performance is a major part of how you intend to use the binocular, the H35R is the stronger option.

A multispectral binocular combines more than one type of imaging technology within a single device. In the case of the NocPix OMNI, you have both a thermal imaging channel and a high-resolution digital imaging channel.

Thermal imaging detects differences in heat rather than visible light, making it exceptionally effective for quickly locating animals in darkness, vegetation and other difficult viewing conditions.

The digital channel provides a more familiar visual image and can reveal details that thermal alone cannot reproduce. This makes it particularly useful for identification after a heat source has been located.

Rather than carrying separate thermal and digital night vision devices, OMNI gives you access to both technologies from one binocular.

The OMNI platform incorporates an 8K digital sensor designed to retain a high level of detail, including when magnification is increased.

NocPix states that the sensor captures more than four times the pixel count of mainstream 4K sensors, providing additional image information for detailed target recognition.

The digital system is paired with a 50mm F1.8 objective lens. Its large aperture helps maximise available light, improving digital image performance as light levels begin to fall.

Three scene-specific digital image algorithms are available for daylight, twilight and low-light conditions, allowing the digital image processing to be adapted to the environment.

Both OMNI models use 12μm thermal sensors with an excellent ≤15mK NETD rating, but the resolution and objective lens differ considerably.

The L19R's 384×288 sensor contains 110,592 thermal pixels. The H35R's 640×512 sensor contains 327,680 thermal pixels – almost three times as many.

This additional sensor resolution gives the H35R more thermal information with which to form the image, making it better suited to users who place a high priority on thermal detail and identification.

The H35R also uses a larger 35mm F0.9 thermal objective compared with the L19R's 19mm F0.9 objective.

Both OMNI models feature thermal sensors rated at ≤15mK NETD. NETD measures the thermal imager's ability to distinguish very small differences in temperature, with a lower number representing greater sensitivity.

High thermal sensitivity helps reveal subtle temperature differences and retain detail in conditions where the temperature difference between an animal and its surroundings is relatively small.

This can be particularly useful in damp weather, mist and other low-contrast environments where less sensitive thermal imaging systems can produce a flatter image.

OMNI is designed to make switching between its different imaging technologies straightforward. A dedicated control allows rapid switching between the digital and thermal channels without navigating through complicated menus.

This means you can scan using thermal imaging to rapidly locate a heat source and then move to the high-resolution digital channel when a conventional visual image is more useful.

It is this ability to combine detection and identification within one handheld unit that separates OMNI from a conventional thermal-only binocular.

OMNI is supplied with interchangeable 850nm and 940nm infrared illumination options for use with the digital channel in darkness.

850nm provides stronger illumination and is suited to situations where maximum digital night vision performance and greater illumination distance are the priority.

940nm provides more discreet infrared illumination with reduced visible glow, making it useful when a lower-profile setup is preferred.

The interchangeable system means the same binocular can be adapted to different nighttime observation requirements.

Electronic Image Stabilisation helps reduce the effect of natural hand movement while viewing through the binocular, becoming particularly valuable as magnification increases.

NocPix has designed the OMNI stabilisation system to operate from 1× magnification, helping provide a steadier image throughout the observation process from initial scanning through to closer inspection.

Rather than restricting magnification changes to large jumps, OMNI allows adjustment in increments as small as 0.5×.

This gives you more precise control over the image and makes it easier to select an appropriate magnification without immediately making a large jump in zoom.

A dedicated digital zoom ring provides intuitive control, helping the OMNI behave more like a conventional optical binocular.

OMNI uses a high-resolution AMOLED viewing system designed to provide a detailed image and comfortable viewing during extended observation.

The binocular format allows both eyes to be used rather than repeatedly viewing a display with one eye, while a large exit pupil helps make it easier to acquire the complete image when bringing the binocular up to your eyes.

This makes OMNI particularly well suited to longer scanning sessions where viewing comfort can become just as important as raw imaging performance.

OMNI uses a replaceable 18650 battery system, providing a practical power solution for extended use in the field.

The polarity-free battery compartment means the battery can be inserted in either orientation, making replacement considerably easier in darkness or while wearing gloves.

NocPix specifies compatibility with standard protected 18650 batteries and recommends genuine NocPix 18650 batteries for optimum performance.

OMNI features wireless connectivity with the NocPix app, allowing captured images and videos to be shared from the device.

Bluetooth connectivity is designed to simplify the connection process, while NocPix's wider N-Link ecosystem can also allow compatible NocPix equipment to share imaging and ranging information.

A built-in tripod mounting point allows OMNI to be used either as a conventional handheld binocular or mounted to a tripod for stable, prolonged observation.

This adds useful flexibility for users who spend extended periods observing the same area, while retaining the portability required for mobile scanning.

Choose OMNI if you want thermal and digital imaging in one binocular. Its key advantage is versatility: thermal can be used for detection while the 8K digital channel provides conventional day, twilight and night vision.

Choose QUEST if your priority is dedicated thermal observation. The QUEST range is built around thermal performance and gives you a choice of 640×512 and flagship 1280×1024 thermal sensors.

Neither range is simply a replacement for the other. OMNI is the more versatile multispectral system, while QUEST is the specialist thermal binocular range.

The OMNI L19R offers the lowest-cost route into the OMNI platform. Importantly, choosing the L19R does not mean losing the headline 8K digital imaging system. You still get the multispectral concept, digital day/night capability, ≤15mK thermal sensitivity and the core OMNI features.

The OMNI H35R is the model to choose when thermal performance matters more. The move from a 384×288 to 640×512 thermal sensor is a substantial upgrade, providing almost three times the number of thermal pixels.

If you expect to use the digital channel heavily and thermal mainly for detection, the L19R represents a compelling option. If you want both sides of the device to deliver a higher level of performance, we would choose the H35R.

NocPix products are backed by a comprehensive manufacturer warranty, providing additional reassurance when purchasing a premium thermal or multispectral imaging device.

Main device: 3-year warranty
Battery: 2-year warranty
Thermal detector: 10-year warranty

For products purchased through an authorised NocPix dealer, the warranty period begins from the purchase date shown on the original invoice.

The manufacturer's warranty covers qualifying failures caused by defects in materials, manufacturing or production under normal use and maintenance. Accidental damage, misuse, unauthorised modification or repair, and damage resulting from incorrect use are not covered by the standard warranty.

We recommend retaining your Bamfords proof of purchase as evidence of the original purchase date for any future warranty claim.

Is the NocPix OMNI a thermal binocular?
Yes, but it is more accurately described as a multispectral binocular because it combines thermal imaging with a separate high-resolution digital day and night vision channel.

What is the main difference between the OMNI L19R and H35R?
The biggest difference is thermal performance. The L19R uses a 384×288 thermal sensor and 19mm lens, while the H35R uses a higher-resolution 640×512 sensor and larger 35mm thermal objective.

Do both OMNI models have the 8K digital system?
Yes. Both the L19R and H35R feature OMNI's 8K digital imaging system and 50mm F1.8 digital objective.

Can OMNI be used during the day?
Yes. The digital channel is designed for all-day observation, with dedicated image processing modes for daylight, twilight and low-light conditions.

Can OMNI be used in complete darkness?
Yes. Thermal imaging does not require visible light, while the digital night vision channel can use the supplied infrared illumination system.

What is the difference between 850nm and 940nm IR?
850nm prioritises stronger illumination and greater usable range, while 940nm provides more discreet illumination with reduced visible glow.

What battery does the NocPix OMNI use?
OMNI is compatible with protected 18650 rechargeable batteries and uses a polarity-free battery compartment for easier replacement.

How long is the NocPix warranty?
NocPix's standard warranty policy provides 3 years of cover for the main device, 2 years for the battery and 10 years for the thermal detector, subject to the manufacturer's warranty terms.