OUR LATEST Comparison ARTICLES

Mr. Rüdiger Proske tested the new Baader SunDancer II Telecentric System TZ-4S and compared it with the TZ-4. The comparison with the SolarSpectrum H-alpha filter was particularly exciting. His positive conclusion greatly inspires us.

A comparison of technical specifications between the Sony CMOS sensor IMX 461 and the Kodak CCD KAF 16803 sensor demonstrates the IMX 461's clear superiority in resolution, noise performance, and dynamic range. CMOS is setting new standards in astronomical imaging.

An initial assessment of the new Baader Calcium Filter demonstrates its performance compared to the classic K-Line Filter, particularly in contrast and image quality for solar observations in calcium light. Read the full review here.

Baader Planetarium offers a variety of high-quality eyepiece series, including the Classic Ortho/Plössl, the Hyperion®, and the Morpheus®. Each series impresses with unique features such as different focal lengths and wide fields of view, ideal for various astronomical observations.

Review: Baader Solar Continuum Filter with enhanced FWHM of 7.5nm. Impressive performance in visual observation on achromats and in astrophotographic application with monochrome cameras.

Comparative low light images of a USAF resolution chart, showing Andor sCMOS (1.3 electrons read noise @ 560 MHz) vs Interline CCD (5 electrons read noise @ 20 MHz), under the two lowest LED...

Compare the CCD Kodak KAI 11002 with the Sony CMOS IMX 455 (Industry-Grade). The IMX 455 outperforms the KAI 11002 significantly in resolution, quantum efficiency, dark current, and dynamic range.