Olympus will release – in November 2015 – v4.0 firmware update for OM-D E-M1 and v2.0 firmware update for OM-D E-M5 Mark II cameras.
v4.0 firmware update for the Olympus OM-D E-M1 (left) and v2.0 firmware update for OM-D E-m5 Mark II (right) cameras will be available in November 2015. Exact availability dates will be subsequently announced.
The v4.0 firmware update for OM-D E-M1 (left) professional camera brings 18 new feature enhancements to video recording, macro photography and stealth shooting capabilities.
The v2.0 firmware update for OM-D E-M5 Mark II enthusiast camera will bring 9 new feature enhancements with the introduction of video specific enhancements for professional use.
More details of the updates are in the press release below.
E-M1 firmware v4.0
The fourth iteration of the OM-D E-M1 camera firmware (v4.0) introduces an extensive number of new or improved features that significantly broaden its imaging capabilities.
Update highlights
- E-M1 firmware v4.0
- 24, 25P video frame rates
- Focus Stacking & Bracketing
- Silent electronic shutter mode
- 4K video time lapse
- S-OVF (Simulated Optical Viewfinder)
- E-M5 firmware v2.0
- Flat Picture Mode (for video)
- Video noise filter
- Focus Bracketing
- Synchronised sound recording with Olympus LS-100
- Olympus Capture v1.1
- Faster tethered data transfer speeds
- Keystone compensation
- Super Control Panel interface
- Lens firmware updates
- For all M.Zuiko PRO & Premium lenses
For video recording, 24 and 25P frame rates have been added to the camera’s existing Full HD video recording capability.
The video stabilisation algorithm has been completely revised to deliver a much higher level of dynamic image stability in handheld operations.
Two powerful new focus stacking and focus bracketing modes assist to improve depth of field for close-up imaging.
A new silent electronic shutter mode provides stealth shooting operation in delicate wildlife, concert and stage photography environments.
Other new feature highlights include 4K time-lapsed video recording, and a simulated optical viewfinder (S-OVF) mode that uses high-dynamic range technology for a traditional SLR viewfinder experience.
