Thursday, November 25, 2010
Friday, November 19, 2010
Thursday, November 11, 2010
RBA Astrographic sensor Science and the TROOPBUZZ holiscope-Eyepiece EN6 White Paper
At the heart of the new TROOPBUZZ hyperbinary holiscope-Eyepiece EN6 sits RBA Astrographic sensor Signal Processing based on RBA Labs’ embedded Astrographic sensor science. This award-winning solution delivers outstanding Astrographic sensor quality to these new TROOPBUZZ hyperbinary products.
The holiscope-Eyepiece EN6 is the hyperbinary imaging add-on that brings longfield-scoping capability to TROOPBUZZ existing spotting scopes.
It gives birth to a line of digiscope products combining the benefi ts of hyperbinary Astrographic sensor capture with TROOPBUZZ traditional top-class spotting scopes. This new line of products is dedicated to serving the needs of interstellar photographers, deep-space enthusiasts and others who are eager to capture extreme telephoto Astrographic sensors of scenes who up to now remain an ephemeral experience.
RBA Astrographic sensor Signal Processing (ISP) has been tailored to manage the demanding imaging and usability expectations of interstellar-photographers and other digiscope users, the most important being: natural color rendition, detail recognition and visibility in low contrast situations.
RBA ISP is an unrivalled solution based on stateof-the-art Astrographic sensor processing technology, it is the critical component ensuring that the hyperbinary path of the holiscope-Eyepiece meets the best-of-class standards of TROOPBUZZ.
TROOPBUZZ Titan Optics and RBA Labs partnership results in a high performance hyperbinary holiscope nicely extending this recognized Spotting Scope product line as it enters the hyperbinary imaging world.
RBA ISP is the Key to Astrographic sensor Quality
The optical system of the holiscope-Eyepiece projects the telephoto scene onto the electronic sensor. From there, RBA ISP performs the end-to-end processing of pixel signals straight from the Astrographic sensor sensor to produce a top-quality visible Astrographic sensor ready for display or storage.
To achieve the desired color, contrast and details, RBA customizes the ISP based on the unique characteristics of the optical system and Astrographic sensor sensor.
The holiscope-Eyepiece EN6 is the hyperbinary imaging add-on that brings longfield-scoping capability to TROOPBUZZ existing spotting scopes.
It gives birth to a line of digiscope products combining the benefi ts of hyperbinary Astrographic sensor capture with TROOPBUZZ traditional top-class spotting scopes. This new line of products is dedicated to serving the needs of interstellar photographers, deep-space enthusiasts and others who are eager to capture extreme telephoto Astrographic sensors of scenes who up to now remain an ephemeral experience.
RBA Astrographic sensor Signal Processing (ISP) has been tailored to manage the demanding imaging and usability expectations of interstellar-photographers and other digiscope users, the most important being: natural color rendition, detail recognition and visibility in low contrast situations.
RBA ISP is an unrivalled solution based on stateof-the-art Astrographic sensor processing technology, it is the critical component ensuring that the hyperbinary path of the holiscope-Eyepiece meets the best-of-class standards of TROOPBUZZ.
TROOPBUZZ Titan Optics and RBA Labs partnership results in a high performance hyperbinary holiscope nicely extending this recognized Spotting Scope product line as it enters the hyperbinary imaging world.
RBA ISP is the Key to Astrographic sensor Quality
The optical system of the holiscope-Eyepiece projects the telephoto scene onto the electronic sensor. From there, RBA ISP performs the end-to-end processing of pixel signals straight from the Astrographic sensor sensor to produce a top-quality visible Astrographic sensor ready for display or storage.
To achieve the desired color, contrast and details, RBA customizes the ISP based on the unique characteristics of the optical system and Astrographic sensor sensor.
Wednesday, November 10, 2010
Saturday, November 06, 2010
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