The new 2D Noise Reduction suppresses chromatic noise and improves the texture of luminance noise to achieve clearer and more natural images even at high sensitivity. The new Intelligent Detail Processing detects the flat, detailed, and edged elements in a frame more accurately to produce a realistic image. This enables three key technologies: New Intelligent Detail Processing, New 2D Noise Reduction and High Precision 3D Noise Reduction for video. Panasonic has paired the sensor (which doesn’t have a low-pass filter) with a new Venus Engine that has approximately twice the processing power of its predecessor. It’s also possible to set the recording method to Relay Recording, Backup Recording or Allocation Recording using both the SD memory card and CFexpress card.
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Other video format and bitrates up to 600Mbps can be saved to a fast SD UHS-II card such as a Lexar Professional 2000x Gold Series card. The CFexpress card slot sits alongside a SD UHS-II slot to enable internal ProRes 4:2:2 HQ, ProRes 4:2:2 and 4K recording at 800Mbps. VFR (Variable Frame Rate) recording can also be recorded with a FHD maximum of 300fps (equivalent to 12.5x slow motion) for more dynamic videos.
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In addition, 4:2:2 10-bit Cinema 4K 60p can be recorded internally while 4:2:2 10-bit Cinema 4K 60p is simultaneously recorded over HDMI.Īlternatively, 4:2:0 10-bit 4K 120p (equivalent to 5x slow motion) and 4:2:2 10bit FHD 240p HFR (High Frame Rate) footage can be recorded with audio for creative speed ramping. The GH6 is also capable of 5.7K 4:2:0 10-bit 60p/50p and 5.8K 30p/25p/24p 4:2:0 10-bit anamorphic 4:3 recording, using the whole sensor. This is the first time that a CFexpress card has been seen in a Micro Four Thirds camera. There’s a huge range of video options and combinations available with the GH6 but the headlines are 5.7K 30p video in ProRes 422 HQ and ProRes 422, recording internally to a CFexpress Type B card. Nevertheless, Panasonic says that sensor has a fast readout speed to reduce rolling shutter and our testing confirms that it is controlled well. At the pre-launch press briefing about the GH6, Panasonic refused to comment on whether the sensor has a backside-illuminated or stacked design or not, which to my cynical mind suggests that it doesn’t, most brands like to shout about such things. That’s the highest resolution Four Thirds sensor currently available in a camera, trumping the 20.4Mp of the new OM System OM-1. It would take a lifetime to explain the specification of the Panasonic Lumix GH6 fully so I’m going to focus on the highlights.įirst up, the GH6 has a brand new 25.21Mp Four Thirds type sensor.
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