Why HABROK 4K Outperforms 10x56, 95% Light Transmission Optical Binoculars

Imagine standing under the midday sun where the glare is blinding, yet you need to track a bird in flight. Or picture yourself at twilight, trying to discern the subtle details of an animal's fur as it moves through the dappled light. A piece of regular 10x56 optical binoculars might leave you struggling with glare and dimness.
Luckily, HABROK 4K effortlessly navigates these challenges. HIKMICRO has always been at the forefront of innovation, and the HARBOK 4K is a prime example. The HARBOK 4K integrates high-performance optical lenses and CMOS sensor technology, ensuring exceptional image quality around the clock.
In addition to excellent image quality, HABROK 4K is also an outstanding digital companion. Unlike other optical binoculars that need a phone attachment to help record video and photos, HABROK 4K allows for a simple press of a button to capture the highlights.

HABROK 4K vs. 10x56 Optical Binoculars:

Overview: Before we compare HABROK 4K and 10x56 optical binoculars, it is important to understand the concept of lens diameter and transmission rate, which largely impact the performance of optical binoculars:

Lens Diameter: Lens diameter specifies the amount of light that can enter the optics. The larger the objective lens diameter, the more light the objective lens can capture. The darker the surroundings, the larger the lens diameter needs to be. A piece of 10x56 optical binoculars means the lens diameter is 56mm.

Transmission Rate: Transmission rate measures the amount of light that can pass through the lens. It is the ratio of the transmitted luminous flux to the incident luminous flux. The transmission rate can be conceptualized as:

Transmission Rate=100%−(Reflection Rate+Absorption Rate)

A piece of 10x56 optical binoculars with 95% light transmission can be considered the cream of the crop in its category. However, as dusk approaches, its performance may falter due to the inherent limitations of traditional optical systems when faced with the reduced light conditions of twilight.

This is where the HABROK 4K, one of the best electronic binoculars, stands out. The lens of the HABROK 4K is specifically designed considering both material and coating for the sake of higher transmission rate. The transmission rate of its lens reaches 95% and higher. This translates into more light captured by the lens.

The HABROK 4K is also equipped with a highly sensitive CMOS image sensor, which is very responsive to light and can capture more details in low-light conditions, thus providing clearer images.

Therefore, in environments with dim or insufficient light, such as at twilight, the HABROK 4K can outperform regular optical binoculars. Regular binoculars may fail to provide clear images when light is insufficient, whereas the HABROK 4K can offer superior visual effects.

How HABROK 4K Outperforms 10x56 Optical Binoculars with 95% Light Transmission?

Lens Design

The HABROK 4K's lens design takes into account the spectral characteristics of light sources in user scenarios and the response of the CMOS image sensor to different wavelengths. By employing a high-adaptation wavelength design strategy, the binoculars correct chromatic and other optical aberrations using a 4-element lens group. This approach not only achieves high resolving power but also reduces the size and weight of the device.

Multi-layer Anti-reflective Coating for Higher Transmission Rate

The lens is constructed with wide-wavelength, high-transmission optical glass and is further enhanced with multi-layer anti-reflective coating. This design ensures that the transmission rate of the 430-650nm wavelength exceeds 95%, and the transmission rate across the 430nm-980nm wavelength reaches over 85%.

Each lens surface is adorned with a 13-layer anti-reflective coating. The reflection rate in the 430-650nm range is below 0.35%, and the average near-infrared reflection rate is below 0.5%. This minimizes stray light and ghosting, ensuring clearer and more accurate image reproduction.

Low Dispersion Lenses for Improved Resolution

The lens design incorporates four extra-low dispersion (ED) glasses, achieving chromatic aberration correction of super-wide wavelength from 435nm to 980nm. This ensures exceptional image resolution and significantly reduces color fringing, preventing the issue where certain color scenes are in focus while others appear blurry. The result is a clear image edge with detailed fidelity and true-to-life color reproduction.

At HIKMICRO, we have placed great emphasis not only on addressing the common needs of our users but also on enhancing their experiences in low-light conditions. The HABROK 4K excels in this regard, outperforming most products available on the market.

Infrared Night Vision Detector

High Light Sensitivity of CMOS at Night

There are two types of photoreceptors in the human retina: cones, which are responsible for vision in daylight, and rods, which take over in the dark. Rods are less sensitive to color and detail but are more sensitive to low light levels. Optical binoculars are ineffective at night because they cannot capture near-infrared information.

The CMOS sensor of the HABROK 4K, however, is sensitive to a range from visible light to near-infrared, spanning 380 to 980nm. With wide-wavelength 4K lenses, the sensor's response to near-infrared light is particularly suited for use under starlight or moonlight. Near-infrared light sources can also be used to enhance night vision hunting. This allows the hunting binoculars to reveal targets invisible to the naked eye and offer more detail than thermal imaging.

Infrared Co-Axial Focus Design

The lens incorporates an infrared co-axial focus design technology, effectively correcting the displacement of the infrared light focus and ensuring that images under infrared illumination are as clear and sharp as during the day. During use, 850nm/940nm light sources can be employed for illumination. The algorithm can also achieve automatic day-to-night switching technology.

Sunlight (Bright Light) Eye Protection

Optical binoculars allow direct entry of light into the eyes, which can be harmful, especially when the sun is directly in the field of view, potentially causing damage to the retina.

In contrast, the HABROK 4K uses a CMOS sensor to receive light, providing perfect protection for the retina. The CMOS sensor can operate under direct sunlight for a certain period, allowing for normal search and observation even when the target animal and the sun are in the same direction.

Get Your Own HABROK 4K Now!

The HABROK 4K is more than just a piece of binoculars; it's a revolution in observational technology. From its superior lens design that optimizes light transmission and reduces chromatic aberration to its advanced CMOS sensor that extends the range of human vision into the near-infrared, the HABROK 4K sets a new standard. Its ability to quickly capture photos and record videos with a simple press of a button is particularly beneficial for hunters to document their experiences in the field. The inclusion of a local album allows for easy storage and retrieval of these precious moments. This makes the HABROK 4K digital binoculars an indispensable tool for hunters and nature lovers alike. It's redefining what's possible in the world of bird watching and outdoor hunting.

*Antes de adquirir cualquier dispositivo de visión térmica o digital diurna o nocturna, asegúrese de cumplir con la legislación local y utilizarlo únicamente cuando así lo permita la normativa vigente. Nuestros embajadores proceden de varios países donde se prueban diferentes dispositivos. No fomentamos ni apoyamos el uso ilegal de nuestros dispositivos en ningún caso.