The most outstanding presence in the imaging solution area was a reference exhibition of a new 4K camera system scheduled to be released in 2021.The exhibition name of the booth seems to be "SUPER 35mm Center -equipped system camera", and the official name seems to be decided.
A new 4K camera system of the HDC series using a super 35mm veneer CMOS image sensor equipped with a global shutter function, it is possible to express a cinemalike with a shallow depth of field while inheriting the usability of the system camera.In addition to 23.98P/29.97P shooting, HDR (HLG/S-LOG3) and SDR are simultaneous output, which support Sony's SR Live for HDR workflow.
The housing looks like HDC-5500, but the lens mount uses a PL mount.It was operating in combination with Canon's CINE-SERVO lens "CN10 x 25 IAS S ⁄ P1" for Canon corresponding to Super 35mm.
In addition, by adding the optional "HKCU-REC55" to the camera control unit "HDCU-5500", 4K images and audio can be recorded directly on the CCU.The recording can be controlled by the video engineer on the CCU side, so the camera operter can concentrate on shooting beautiful images without distracting.
At the camera studio corner, the first optical ND filter on the system camera is the world's first exhibition.The ND filter of the HDC series so far is a mechanism that gradually changes the concentration with multiple ND filters.I was.
The newly developed optical ND filter unit can be taken out and replaced with the previously included ND filter unit, and the concentration of the ND filter can be continuously changed from 1/3 to 1/256.After setting the ND in a variable ND filter position, the concentration can be changed from the RCP series of the remote control panel.
It is expected to be used as a method of adjusting the exposure without changing the depth of field, a measure against small aperture blur caused by the lens too squeezed, and a method to avoid the light blade derived from the lens aperture.
VENICE introduces a version -up version upgrade.The latest version of the firmware 6 is the highlight of the 16: 9 -9th angle of high -flame rate and importing the ART (Advanced Rendering Transform) file.
In addition, Technicolor Look library using Art Technology has been released with the cooperation of the technique of the technique color in VENICE, with the cooperation of the technique colorist in VENICE.In addition to the VENICE standard look "S709", various look can be tried according to the project aim.
FX9 introduces the firmware 2.1 that has already been released.In 2.1, combined with Atomos Ninja 5, 3840 x 2160 and 4K (3840 × 2160) 120p RAW output is a major feature.
In addition, FX9 will release firmware version 3 this year.Compatible with the remote control of the camera from the connector of the network cable through the adapter.B4 compatible with 2K center scan and sensor cans and B4 lenses with dedicated adapters are scheduled.
FX6 introduces the firmware version 1.10.Compatible with 4K120P RAW recording, the same PRORES recording as FX9 can be recorded from an external recorder.FX6 and FX3 are characterized by a variety of video expressions using a 35mm full -size image sensor, and is widely used in live distribution, music videos, commercials, corporate VPs, etc.
The FX3 realizes long -term recording by installing a cooling fan.In the demonstration at the venue, the REC never dropped and was recorded for a long time.
モニターコーナーでは、2021年10月発売予定のピクチャーモニター「PVM-X3200」と、PVM-XシリーズHDR-SDR変換ライセンス「PVML-HSX1」を展示。BVM-HX310とPVM-X3200を並べて展示し、BVM-HX310と同じ色域や同じ1000cd/m2対応、バックライトの分光特性などの見た目に統一した画の出力、マスターモニターからピクチャーモニターまで一貫した色再現が特徴と紹介。両者の違いは、BVM-HX310は光漏れの心配がない点や、ピクチャーモニターは広い視野角が可能だという。
The PVM-X3200 has confirmed HLG signals and PQ signals such as sub-monitors, editing monitors, VFX, CG telops, etc.I recommend it as a monitor to do.
Next to the PVM-X3200, the optional license "PVML-HSX1" to convert signals from HDR to SDR on the monitor released on June 3, 2021 is displayed.
Conventionally, the monitor could be output with the input signal as the input signal, but the PVM-X series can live output to the signal converted from the extended SDI output (enhanced monitor out) separately.In addition to implementing a function that can be output to other SDR monitors, the contents of the convertible can be set in detail inside the monitor.