Arri just announced the Alexa 65, available exclusively from a global ArriRental network.
With a sensor larger than a 5-perf 65 mm film frame, ALEXA 65 harks back to the golden age of 65 mm widescreen filmmaking in the mid-20th century, when this newly introduced format captured the imagination of cinema audiences around the world. 65 mm grew into an inspirational format, providing an epic frame within which the biggest and most visually impactful stories could be told.
With an open gate resolution of 6560 x 3102 photosites, ALEXA 65 offers the same incredible sensitivity, high dynamic range and natural colorimetry as ALEXA, but far greater spatial resolution. This results in images that will look stunningly life-like on the largest cinema screens, with pristine clarity and incredibly fine detail.
Launched as an integral part of the ALEXA 65 system is a range of high-performance 65 mm prime and zoom lenses that do justice to the exceptional levels of detail capable of being captured by the camera. The 50-110 mm Zoom 65 and the eight Prime 65 lenses, ranging from 24 mm to 300 mm, utilize state-of-the-art optics from Hasselblad, housed in classically robust and uniform lens barrels co-developed with IB/E Optics.
n common with ALEXA XT, ALEXA 65 captures in the ARRIRAW format, which delivers uncompressed, uncompromised, unencrypted images. ARRI Rental has worked closely with Codex during the camera development to create a new high-performance workflow unique to the ALEXA 65, which processes full resolution uncompressed ARRIRAW 65 mm images. Depending on your shooting environment and location, the workflow can run on either a purpose-configured ARRI Rental Vault S or the new high performance ARRI Rental Lab 65.
This new, optimized workflow can also generate high quality ProRes 4444 HD dailies masters in real time to provide a very quick dailies solution given the large format nature of the recorded image. These files can then be further transcoded, if required, to other formats.
Full details on Arri Rental Group website.