Panasonic Ships AU-EVA1 5.7K Compact Cinema Camera
Panasonic is delivering its AU-EVA1 5.7K handheld cinema camera, distinguished by a pixel count of 5720 H x 3016 V (17.25 million), Dual Native ISO ratings of 800 and 2,500, and 14-stops of dynamic range. The highly-anticipated EVA1 has a suggested list price of $7,495.
“The EVA1 has generated enormous interest since it was first announced in June,” says Mitch Gross, PMEC Cinema Product Manager. “It is Panasonic’s first compact, handheld Super-35 camera, filling a gap between smaller cameras such as the GH5 and the DVX200 and our high- end VariCam lineup.
“The EVA1’s sensor is a new 5.7K design, with almost twice as many photosites as a 4K sensor, which means the 4K videos recorded in the camera will be crystal clear with rich color information,” he continues. “The EVA1 also inherits the unique Dual Native ISO sensor technology from our cinema VariCam line, allowing it to shoot in bright sunlight or night exteriors without compromising the image quality. And the 14 stops of Dynamic Range capture a huge scope of exposure detail.”
The newly-designed EVA1 sensor is Super-35 sized (24.60mm x 12.97mm) with 5.7K resolution. With an active resolution of 5720 x 3016, the EVA1 delivers more than 17.25 million photosites, nearly double the 8.8 million for 4K DCI (4096 x 2160). By starting at a higher native resolution, the 5.7K sensor yields a higher resolving image when downsampled to 4K, UHD, 2K, or even 720p. Additionally, the increased color information results in a finer, more accurate finished image.
A key feature of the VariCam cameras, Dual Native ISO utilizes a process that allows the sensor to be read in a fundamentally different way, extracting more information without degrading the image. This results in a camera that can switch from a standard sensitivity to a high sensitivity with almost no increase in noise or other artifacts. Dual Native ISO has allowed cinematographers a greater variety of artistic choices as well as the ability to use less light on set, saving time and money. The EVA1’s Dual Native ISOs are 800 and 2,500, which will allow cinematographers to shoot in almost any lighting environment.
The EVA1’s 14-stops of dynamic range enables fine gradation in exposure from bright to dark. The ability to capture accurate colors and rich skin tones is a must for any filmmaker. The EVA1 features full V-Log/V-Gamut capture to best utilize high dynamic range and broad colors. V-Log’s wide dynamic range and V-Gamut’s color space beyond the Rec. 2020 standard offer all the information necessary to deliver rich 4K HDR imagery.
Weighing 2.65-lbs (1.2Kg, body-only) with a compact form factor (6.69” H x 5.31” W x 5.23” D) and a removable handgrip, the EVA1 can be used for efficient handheld shooting applications. Because of its compact form factor, it can also be mounted on a drone, gimbal rig, or jib arm for complex yet smooth camera moves. There will also be numerous mounting points and Panasonic is currently working with top accessory makers to allow further customization with the EVA1.
The included adjustable handgrip offers several controls, including Menu, REC start/stop, Iris and Two User Buttons. The EVA1’s LCD screen is a 3.5” touch panel for menu selections, expand (image zoom) positioning and playback controls. The LCD has an adjustable backlight control, including a Power LCD mode for bright viewing conditions.
For lensing, the camera utilizes a native EF-mount, giving shooters access to the broad EF lens ecosystem, including dozens of cinema-style prime and zoom lenses from numerous manufacturers. Electronic Image Stabilization (EIS) within the camera will counterbalance camera shake and blurring, enabling smooth movement for handheld shooting. There will also be full iris control, one-push auto focus, and lens data.
Behind the lens mount, an integrated ND filter wheel in 2, 4 and 6 stops allows for precise exposure control. The EVA1 also allows the IR Cut to be swung out of the path to the sensor at the push of a button. Unique photographic effects and night vision imagery are possible with this control over infrared.
The ND filter and IR Cut filter operate electronically, allowing wireless remote control from smartphones and tablets. EVA1 will have a remote-control app for a tablet (iOS, Android) that enables users to control an EVA1 when the camera is on a camera crane, or in a remote location.
Ideal for indie filmmakers, the EVA1 records to readily-available, lower-cost SD cards. With two SD card slots, you can capture footage either with Simul Rec (simultaneous dual record) or Relay Rec (continuous record). There’s also One Shot Record, which enables single frame video for stop motion capture.
The camera can record in several formats and compression rates, and offers up to 10-bit 4:2:2 even in 4K. For in-camera recording, you can capture in 4K (4096 x 2160), UHD (3840 x 2160), 2K (2048 x 1080), Full HD (1920 x 1080), and HD (1280 x 720). In a future firmware upgrade, EVA1 will offer ALL Intra compression for in camera recording and 5.7K RAW output to third-party recorders.
For high-speed capture, the EVA1 offers up to 59.94fps/50fps for 4K/UHD, up to 120fps/100fps for 2K/Full HD, or 240fps/200fps (cropped area).
On first release, available bit rates will range from as low as 8Mbps up to 150Mbps, depending on frame rate, resolution, and codec. In a future firmware update, 400Mbps recording will be added.
As a professional video production tool, EVA1 contains several professional imaging tools, including Peaking, Expand (Image Zoom), Waveform, Zebras and Spotmeter (Y-Get). EVA1 also utilizes Focus Squares, an array of green squares that grow in size when their local area appears to be sharp, to enable shooters to achieve critical focus.
The EVA1 offers dual balanced XLR audio inputs with Dolby Audio encoding. The HDMI and SDI video outputs are both 4K-capable and each can be adjusted separately, allowing HD to be fed to a viewfinder or other third-party monitor while 4K is sent to an outboard recorder or monitor. The camera is also equipped with standard TimeCode functionality.