Since the transition from Olympus to OM System, there has been much anticipation for the camera manufacturer to deliver a standout product. The upcoming OM System OM-1 II might just be a step in that direction. Based on recent leaks, the forthcoming camera model is set to offer a suite of incremental yet impactful enhancements.
Scheduled for release on January 30, 2024, the OM System OM-1 II is rumored to boast significant improvements over its predecessor. Among these enhancements are a doubling of the internal buffer memory, an additional 1.5 stops of image stabilization (IBIS), and refined focusing capabilities enhanced by AI technology, specifically for recognizing human subjects.
Another innovative feature of the OM-1 II includes support for 14-bit RAW in high resolution mode. Furthermore, it is expected to expand its computational photography toolset with enriched options for its computational neutral density (ND) filter, which now may include modes such as 2ND, 4ND, and 8ND. This approach mirrors smartphone photography advances where multiple exposures are utilized to emulate a slower shutter speed, rather than just extending dynamic range.
However, it is essential to approach these details with some caution as they are still unconfirmed leaks, especially concerning the new ND filter modes since the current OM-1 model already includes similar features.
The OM System OM-1 is noted for its formidable capabilities, such as achieving 130 fps in burst shooting and recording 1080p video at an impressive 240 fps. The successor aims to build upon these features, maintaining the brand’s reputation for creating powerful and compact cameras.
As for the forthcoming model’s price, the OM-1 II is reportedly marketed at €2,399 in Europe, hinting at a potential US price range of approximately $2,300 to $2,500.
As we look towards the official announcement, photography enthusiasts can only speculate on how these upgrades will manifest and the potential impact on the shooting experience. What is clear is that OM System is keeping pace with the industry’s swift advancements, particularly in integrating more smartphone-like computational features into their high-end camera lineup.
