Dear American night hunters friends .... have you wondered why the Super Hogster has the best relationship between quality and price in the world market of thermal riflescope? The secret lies mainly in the hardware (practically it uses a part of a 640x480 sensor) .... but also in the sophisticated software of the thermal image compression algorithm. Read carefully what they write on the Night Goggles site:
"Bering used a 640×512 resolution matrix, and in this matrix cut out a 384×288 segment. The result is a 384×288 resolution, 12-micron Hogster. The combination allows the Super Hogster (SH) to keep the same body and lens as the Hogster 35 but increases the magnification from 2x to almost 3x native/optical magnification. In addition, the Super Hogster also allows Picture In Picture (PIP), so the end user can have a PIP window at 2x of the main image magnification (5.8x). The alternative would have been to increase the Germanium lens size which would have increased cost and required a different body style.
Bering has used a term called “Simulates 640”. They say it is a combination of two factors. The first was using the 12-micron, 640 matrix and cutting out the 384×288 segment. The second part was a special image compression algorithm. The combination of these two factors results in an image quality that, with the scope’s 2.9x native optical magnification Bering says corresponds to an image similar to 640 resolution detectors."
"Bering used a 640×512 resolution matrix, and in this matrix cut out a 384×288 segment. The result is a 384×288 resolution, 12-micron Hogster. The combination allows the Super Hogster (SH) to keep the same body and lens as the Hogster 35 but increases the magnification from 2x to almost 3x native/optical magnification. In addition, the Super Hogster also allows Picture In Picture (PIP), so the end user can have a PIP window at 2x of the main image magnification (5.8x). The alternative would have been to increase the Germanium lens size which would have increased cost and required a different body style.
Bering has used a term called “Simulates 640”. They say it is a combination of two factors. The first was using the 12-micron, 640 matrix and cutting out the 384×288 segment. The second part was a special image compression algorithm. The combination of these two factors results in an image quality that, with the scope’s 2.9x native optical magnification Bering says corresponds to an image similar to 640 resolution detectors."
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