The Sony FX5 cinema camera introduces a 16.6-megapixel stacked full-frame sensor, marking a significant shift from the 12-megapixel sensors found in previous models. This architecture enables faster readout speeds, which facilitates improved autofocus performance, reduced rolling shutter, and full-sensor 3x2 open gate recording. A primary technical advancement is the inclusion of 16-bit X-OCN internal raw recording, a format previously restricted to Sony’s high-end Venice cinema line. This high bit-depth provides greater precision for color grading and post-production adjustments, allowing for smoother gradients compared to 10-bit alternatives. While the FX5 shares a similar form factor with the FX3, it is slightly larger and incorporates a new battery system compatible with the A7R series. The camera also features an updated menu system that aligns with the FX6 and Venice, along with a removable electronic viewfinder. Although it lacks the internal neutral density filters found in the FX6, the FX5 offers a more compact, high-performance option for cinematographers requiring advanced raw workflows in a smaller package.
The Sony FX5 utilizes a new 16.6-megapixel stacked full-frame sensor to improve readout speeds and overall performance. Internal 16-bit X-OCN raw recording provides significantly more color data than standard 10-bit formats for professional post-production.
The camera supports 3x2 open gate recording, allowing for flexible cropping in both horizontal and vertical aspect ratios. The FX5 features an updated menu system and a removable electronic viewfinder to enhance usability for cinema-focused workflows.
The device uses the same battery type as the Sony A7R series, which is larger than the batteries used in the FX3. The camera lacks internal neutral density filters, which distinguishes it from the larger FX6 cinema camera.
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Worth noting
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- The video discusses a future firmware update (ver. 2.0) expected in August 2027 for additional high-frame-rate support.
- The presenter identifies as an electrical engineering dropout, noting that technical explanations are simplified.