This is BIG. Atomos have just announced a completely new range of monitors for HDR production. From 17″ to 55″ these new monitors will compliment their Atomos Sumo, Shogun, Shinobi and Ninja products to provide a complete suite of HDR monitors.
The new Neon displays are Dolby certified and for me this is particularly interesting and perfect timing as I am just about to do the post production on a couple of Dolby certified HDR productions.
I’m just about to leave for the Cinegear show over at Paramount Studios so I don’t have time to list all the amazing features here. So follow the link below to get the full low down on these 10 bit, million:1 contrast monitors.
So this landed in my inbox today. Atomos are releasing what on paper at least is a truly remarkable new recorder and monitor, the Shogun 7.
For some time now the Atomos Inferno has been my go-to monitor. It’s just so flexible and the HDR screen is wonderful. But the new Shogun 7 looks to be quite a big upgrade.
The screen is claimed to be able to display an astounding 1,000,000:1 contrast ratio and 15+ stops of dynamic range. That means you will be able to shoot in log with almost any camera and see the log output 1:1. No need to artificially reduce the display range, no more flat looking log or raw, just a real look at what you are actually shooting.
I’m off to NAB at the weekend and I will be helping out on the Atomos booth, so I will be able to take a good look at the Shogun 7. If it comes anywhere near to the specs in the press release it will be a must-have piece of kit whether you shoot on an FS5 or Venice!
Here’s the the press release:
Melbourne, Vic – 4 April, 2019:
The new Atomos Shogun 7 is the ultimate 7-inch HDR monitor, recorder and switcher. Precision-engineered for the film and video professional, it uses the very latest video technologies available. Shogun 7 features a truly ground-breaking HDR screen – the best of any production monitor in the world. See perfection on the all-new 1500nit daylight-viewable, 1920×1200 panel with an astounding 1,000,000:1 contrast ratio and 15+ stops of dynamic range displayed. Shogun 7 will truly revolutionize the on-camera monitoring game.
Bringing the real world to your monitor
With Shogun 7 blacks and colors are rich and deep. Images appear to ‘pop’ with added dimensionality and detail. The incredible Atomos screen uses a unique combination of advanced LED and LCD technologies which together offer deeper, better blacks than rival OLED screens, but with the much higher brightness and vivid color performance of top-end LCDs. Objects appear more lifelike than ever, with complex textures and gradations beautifully revealed. In short, Shogun 7 offers the most detailed window into your image, truly changing the way you create visually.
The Best HDR just got better
A new 360 zone backlight is combined with this new screen technology and controlled by the Dynamic AtomHDR engine to show millions of shades of brightness and color, yielding jaw-dropping results. It allows Shogun 7 to display 15+ stops of real dynamic range on-screen. The panel is also incredibly accurate, with ultra-wide color and 105% of DCI-P3 covered. For the first time you can enjoy on-screen the same dynamic range, palette of colors and shades that your camera sensor sees.
On-set HDR redefined with real-time Dolby Vision HDR output
Atomos and Dolby have teamed up to create Dolby Vision HDR “live” – the ultimate tool to see HDR live on-set and carry your creative intent from the camera through into HDR post production. Dolby have optimised their amazing target display HDR processing algorithm and which Atomos have running inside the Shogun 7. It brings real-time automatic frame-by-frame analysis of the Log or RAW video and processes it for optimal HDR viewing on a Dolby Vision-capable TV or monitor over HDMI. Connect Shogun 7 to the Dolby Vision TV and magically, automatically, AtomOS 10 analyses the image, queries the TV, and applies the right color and brightness profiles for the maximum HDR experience on the display. Enjoy complete confidence that your camera’s HDR image is optimally set up and looks just the way you wanted it. It is an invaluable HDR on-set reference check for the DP, director, creatives and clients – making it a completely flexible master recording and production station.
“We set out to design the most incredibly high contrast and detailed display possible, and when it came off the production line the Shogun 7 exceeded even our expectations. This is why we call it a screen with “Unbelievable HDR”. With multi-camera switching, we know that this will be the most powerful tool we’ve ever made for our customers to tell their stories“, said Jeromy Young, CEO of Atomos.
Shogun 7 records the best possible images up to 5.7kp30, 4kp120 or 2kp240 slow motion from compatible cameras, in RAW/Log or HLG/PQ over SDI/HDMI. Footage is stored directly to reliable AtomX SSDmini or approved off-the-shelf SATA SSD drives. There are recording options for Apple ProRes RAW and ProRes, Avid DNx and Adobe CinemaDNG RAW codecs. Shogun 7 has four SDI inputs plus a HDMI 2.0 input, with both 12G-SDI and HDMI 2.0 outputs. It can record ProRes RAW in up to 5.7kp30, 4kp120 DCI/UHD and 2kp240 DCI/HD, depending on the camera’s capabilities. 10-bit 4:2:2 ProRes or DNxHR recording is available up to 4Kp60 or 2Kp240. The four SDI inputs enable the connection of most Quad Link, Dual Link or Single Link SDI cinema cameras. With Shogun 7 every pixel is perfectly preserved with data rates of up to 1.8Gb/s.
Monitor and record professional XLR audio
Shogun 7 eliminates the need for a separate audio recorder. Add 48V stereo mics via an optional balanced XLR breakout cable. Select Mic or Line input levels, plus record up to 12 channels of 24/96 digital audio from HDMI or SDI. You can monitor the selected stereo track via the 3.5mm headphone jack. There are dedicated audio meters, gain controls and adjustments for frame delay.
AtomOS 10, touchscreen control and refined body
Atomos continues to refine the elegant and intuitive AtomOS operating system. Shogun 7 features the latest version of the AtomOS 10 touchscreen interface, first seen on the award-winning Ninja V. Icons and colors are designed to ensure that the operator can concentrate on the image when they need to. The completely new body of Shogun 7 has a sleek Ninja V like exterior with ARRI anti-rotation mounting points on the top and bottom of the unit to ensure secure mounting.
AtomOS 10 on Shogun 7 has the full range of monitoring tools that users have come to expect from Atomos, including Waveform, Vectorscope, False Color, Zebras, RGB parade, Focus peaking, Pixel-to-pixel magnification, Audio level meters and Blue only for noise analysis.
Portable multi-cam live switching and recording for Shogun 7 and Sumo 19
Shogun 7 is also the ultimate portable touch-screen controlled multi-camera switcher with asynchronous quad-ISO recording. Switch up to four 1080p60 SDI streams, record each plus the program output as a separate ISO, then deliver ready-for-edit recordings with marked cut-points in XML metadata straight to your NLE. The current Sumo19 HDR production monitor-recorder will also gain the same functionality in a free firmware update. Sumo19 and Shogun 7 are the ideal devices to streamline your multi-camera live productions.
Enjoy the freedom of asynchronous switching, plus use genlock in and out to connect to existing AV infrastructure. Once the recording is over, just import the xml file into your NLE and the timeline populates with all the edits in place. XLR audio from a separate mixer or audio board is recorded within each ISO, alongside two embedded channels of digital audio from the original source. The program stream always records the analog audio feed as well as a second track that switches between the digital audio inputs to match the switched feed. This amazing functionality makes Shogun 7 and Sumo19 the most flexible in-the-field switcher-recorder-monitors available.
Shogun 7 will be available in June 2019 priced at $US 1499/ €1499 plus local taxes from authorized Atomos dealers.
I’m sitting here in the UK, Its February and it almost 20c (68f). Very nice indeed for the UK this time of year. Just a couple of weeks ago I was in Northern Norway, up above the arctic circle running one of my annual Northern Lights adventure tours. The weather there was very different. At no time did the temperature get above -15c(5f) and for most of the trip it was around -24c(-11f) both during the day and during the night.
Now, you might consider me a sadist when I say this, but for my Northern Lights trips I normally want it to be -20c or colder. The reason being that when it’s very cold like this we normally get beautifully clear skies. And we need clear skies to see the Aurora.
After many years of taking a full size video camera up to Norway I decided to go light this year and just take my trusty A7S and A6300 cameras. We get around on snow scooters and on sledges towed behind the snow scooters. This can make lugging around a larger camera tricky and there are times when you just can’t take a big camera. But in order to get the very best from these cameras I also decided to take an Atomos Ninja V.
The Ninja V is the first of a new generation of recorders and monitors from Atomos. It’s much smaller than the Shogun range of recorders making it a better size and weight match for smaller cameras and DSLR’s. It has a very, very nice 5″ screen with a maximum brightness of 1000 Nits. The 1000 Nit output and Atomos’s clever way of driving it means it can display both SDR and HDR images depending on how it is set up. A key difference between the Shogun and the Ninja devices is that the Shoguns have both SDI inputs and HDMI inputs while the Ninja only has an HDMI input. But if your using this with a DSLR than only has an HDMI output, as I was, the lack of SDI connectors is not a problem.
The build quality of the Ninja V is really good. Most of the body is made of aluminium. The rear part where the slots for the SSD and battery are is made from plastic, but it appears to be a good high quality and tough plastic. A new feature is an “AtomX” expansion port tucked inside the battery compartment. The expansion port allow different modules to be attached to the Ninja V to add functionality such a video over IP (ethernet) using the Newtek NDI protocol for live streaming or to turn the Ninja V into an IP connected monitor. There is also an AtomX sync module that allows you to wirelessly synchronise timecode and control multiple Ninja V”s on a single network and to use Bluetooth remote control. You can find out more about the AtomX modules here https://www.atomos.com/AtomX
Anyway – back to Norway. We were very lucky with the weather, and with the Northern Lights. On the first night at the cabins we stay at the Aurora put on a pretty good display. I was shooting with my Sony A7S with a Sigma Art 20mm f1.4 lens. I was shooting a mix of time-lapse, in which case I simply record the raw frames in the camera on it’s internal SD cards as well as real time video.
The Northern Lights are only rarely very bright. Most of the time they are fairly dim. So I was using the Sigma lens wide open, shooting at 24fps and with the shutter at 1/24th. The adjusting the cameras ISO to get a nice bright image. At times this did mean I was using some very high ISO’s with a lot of gain. Shooting like this is going to put a lot of strain on any codec. But the Long GOP XAVC-S codec used in the A7S is going to be very hard pushed to not introduce a lot of additional artefacts. In addition my older original A7S can only record HD internally.
By using the Ninja V I was able to record video of the Northern Lights in 4K using the ProRes codec. I used ProRes HQ and ProResHQ uses much less compression than XAVC-S. So even though both the internal recordings and the external recordings are limited to 8 bit (due to the cameras HDMI output limitations rather than any limitation of the Ninja) the ProRes recordings are far more robust and will noise reduce in post much better than the XAVC-S.
When you’re working outside for extended periods and it’s -27c(-17f) it’s tough on the gear and tough on you. When shooting the Aurora my camera are outside all night, exposed to the cold. Typical problems include frost and ice on the front element of the lens. The moisture from your own body can easily freeze onto the lens if you stand close to the camera. If you look at the lens to check it for frost and breath out you will leave it coated in ice.
Wires and cables that are soft and flexible in normal temperatures become as stiff as steel rods and can crack and fracture if you try to bend them. All batteries will loose some of their capacity. Very small batteries are worst affected. Larger batteries tend to fair a bit better, but there is a tremendous difference between the way most cheap budget batteries behave in the cold to good quality brand name batteries. For this reason I power my complete setup from a single PAG PAGLink V-Mount battery. The PAGlink batteries are great for all sorts of different applications, but for these trips a big benefit is that a small plug type charger can be used to charge many PAGlink batteries by stacking the batteries together. Then to power multiple devices I use the clip-on PAG Power hub plate to provide 5V for the camera battery adapters that I use, 12V for the lens heaters I use and another 12V feed for the Ninja V.
After more than a few minutes outside the camera kit itself will have become extremely cold. If you then take that kit inside into a nice warm cabin the warm moist air in the cabin will condense onto the cold camera body. Because the camera body will be extremely cold this will then freeze. Before you know it the camera kit is covered in ice. What you can’t see is that it’s likely that there will also be some ice and moisture inside the camera. It can take hours to warm the camera back up again and get it dried out properly. Bagging the camera before you take it indoors can help, but taking the camera in and out many times over the coarse of a shoot like this can cause a lot of damage. So I prefer to leave all the camera kit outside for the duration of the trip.
This means that when you come to fire it up you are often trying to switch on an absolutely frozen camera. In the past I have had problems with cold recorders that wouldn’t start up. But I’m pleased to report that the Ninja V always came to life no matter how cold it was. Whenever I pressed the record button it went into record. Operating the touch screen in the cold was not an issue. In fact using touch screen gloves, the Ninja was really easy to use. Pressing small fiddly buttons isn’t easy, even with thin gloves, but the touch screen turned out really easy to work with.
A big change on the Ninja V over previous models is the operating system. The new operating system looks really good and is quite logically laid out. Gone is the old AtomHDR slider that changes the brightness of the screen when in HDR. This is replaced with dedicated viewing modes for Native, 709, PQ HDR and HLG HDR and viewing via a LUT. I prefer the new fixed HDR modes over the Atom HDR slider modes as it eliminates the uncertainty that can sometimes creep in when you use a slider to change the brightness of the display. In my case, when shooting during the day using S-Log2 I would simply select S-Log2 as the source and then use PQ to display an HDR image on the screen. At night when shooting the Aurora I used Rec-709.
The Ninja V can take the same size 2.5″ SSD caddies as the current Shogun recorders. So I was able to use the SSD’s that I already own. However to keep the size of the recorder down it has been designed around a new slightly shorty SSD form factor called SSDMini. When you use a standard size 2.5″ SSD it does stick out from the side of the recorder by about 25mm. If you use an SSDMini it doesn’t stick out at all. SSDMini’s are currently being manufactured by Angelbird and Sony. They have the same sata connector as regular 2.5″ SSD’s and the SSDMini’s can also be used on the larger Atomos Shoguns.
By the time we were ready to leave Norway we had seen the Northern Lights on 3 different nights. By day we had seen some beautiful sunrises as well as other optical effects like sun dogs caused by the light from the sun being refracted by ice crystals in the air. The Atomos Ninja V had impressed me hugely. It just worked perfectly despite the extreme cold. It allowed me to record at higher quality than would have been possible without it and turned out to be easy to operate. What more can you want really?
Just over a week ago I was in Cape Town with a few hours to spare before my flight home and access to a Sony Venice. So what could I do other than go out and shoot. Here is some of the footage with a quick grade applied – in HDR.
The workflow: I shoot X-OCN ST at 25p and 50p on the Venice camera. 25p was requested by Visual Impact South Africa, the owners of this camera as this is the most common frame rate used in productions they are involved with. The material was backed up to a small portable USB3 raid unit so I could bring it home. Then it was graded using DaVinci Resolve and it’s ACES colour managed workflow with the output set to Rec2100 ST2084. I used a Shogun Inferno and both an LCD HDR Sony Bravia TV and an OLED HDR Philips TV to get a feel for how the images would look on both LCD and OLED technologies.
The file was exported as a UHD ProRes file so that the file direct from Resolve could be uploaded to YouTube. Because I used a colour managed workflow Resolve adds the correct HDR flags to the clip when you render the timeline out. As a result YouTube knows the file is HDR and if you view with a computer or SDR TV YouTube applies it’s default HDR10 to Rec709 LUT and you see the video in SDR. Watch with a direct connection to YouTube with an HDR TV (for example using a browser or YouTube player built in to the TV) and you will get the HDR version. This is probably the simplest way to reliably get HDR clips to play properly on YouTube (which currently does not accept HEVC files).
So here’s the clip.
IMPORTANT: The clip is HDR10, designed to be watched directly on an HDR TV using the TV’s built in web browser or YouTube player application.
Those watching on a normal computer, SDR TV or any other non HDR device will see the HDR clip with YouTube’s SDR/Rec709 LUT applied, so it isn’t exactly optimum for SDR. The YouTube HDR to SDR LUT causes some slightly odd colours in some of the clips. If you can, watch the clip directly on YouTube with an HDR TV.
Sony’s Pro Tour is visiting Oslo, Norway on the 8th of March 2018. At this event there will be the opportunity to see some of Sony latest video production kit including cameras from the handheld range like the PXW-FS7M2, PXW-FS5, PXW-Z90 as well as a large range of monitors, vision mixers and related video production technology.
There will be 4 different product areas as follows:
Large Format Sensor
Showing PXW-FS7 II, FS7 & FS5
4K HDR Production
Showing PXW-Z90, PXW-Z150 & HXR-NX80 (TBC)
Showing PXW-X70, PXW-X200, HXR-NX100
Live Event Production
Showing MCX-500, RM-30BP, HXR-NX5R, SRG-360, RM-IP10 and an RX0
As well as the exhibits there will be a seminar “HDR for all” from Alister Chapman with some great information on what HDR is, what you can expect from it and how you can use Sony’s cameras to create instant HDR content.
Admission is free. For more information and to register please CLICK HERE.
Just a very quick note that the last UK event of the Sony Pro Tour for 2017 will be in Glasgow on Thursday the 7th of December. I’ll be there to answer any questions and to give an in depth seminar on HDR including how to shoot HDR directly with the Sony cameras that feature Hybrid Log Gamma.
The event is free, there will be a wide range of cameras for you to play with including FS5, FS7, the new Z90 and X80 as well as monitors, mixers and audio gear.
More info here: https://www.sony.co.uk/pro/page/sony-pro-tour-2017
Sony have just released firmware version 4.02 for the PXW-FS5. This firmware fixes the bugs found by Sony in the initial release of the version 4 firmware and includes the new Hybrid Log Gamma picture profile No. 10 along with a change to the cameras base ISO rating. I note that there is no mention of the problems with HLG clips in Adobe Premiere, so this will require further testing to see if this has been fixed.
Ver4.02 (Functionally, it is the same as the Ver.4.00.)
V4.02 fixes the following issue:
1. Video image may be recorded with short delay of 2 or 3 frames of audio in other recording modes than AVCHD.
2. When choosing [HLG1],[HLG2] or [HLG3] in the PictureProfile and CENTER SCAN in the CAMERA/PAINT menu, rebooting the camera may cause brightness and color shift.
Ver4.00(For your information)
1. Support for High Dynamic Range (HDR) by shooting in Hybrid Log-Gamma** (HLG) standard
2. Support for continuous 120fps High Frame Rate (HFR) recording in 1080p with CBKZ-FS5HFR (sold separately)
3. Option to change the minimum ISO sensitivity number to ISO 2000 from ISO 3200 when recording S-Log2/S-Log3
Sony will be releasing an update for the firmware in the Sony PXW-FS5 in the next few days. This update amongst other things will allow users of the FS5 to shoot to HDR directly using the Hybrid Log Gamma HDR gamma curve and Rec2020 color. By doing this you eliminate the need to grade your footage and could plug the camera directly in to a compatible HDR TV (the TV must support HLG) and see an HDR image directly on the screen.
But what about FS7 and F5/F55 owners? Well, for most HDR productions I still believe the best workflow is to shoot in S-Log3 and then to grade the footage to HDR. However there may be times when you need that direct HDR output. So for the FS7, F5 and F55 I have created a set of Hybrid Log Gamma LUT’s that you can use to bake in HLG and Rec2020 while you shoot. This gives you the same capabilities as the FS5 (with the exception of the ability to add HLG metadata to the HDMI).
For a video explanation of the process please follow the link to my new Patreon page where you will find the video and the downloadable LUT’s.
The PXW-FS5 and PXW-Z150 will both get a free firmware update some time around June that will add the ability to shoot using a special gamma curve called “Hybrid Log Gamma” or HLG.
In the case of the FS5 this will be added through an additional picture profile, PP10. As well as HLG the camera will also have the ability to record using Rec2020 color. As a result the camera will become compatible with the new Rec2100 standard for HDR television.
In addition the FS5 will get the ability to change the base ISO for S-Log2 and S-Log3 from 3200 ISO to 2000 ISO. This will help produce cleaner images that are easier to grade. On top of that via a paid firmware update you will be able to shoot continuously at up to 120fps in full HD, no need to use the Super Slow Motion memory cache function.
These are all great upgrades for this little highly versatile camera.
By selecting Picture Profile 10 the camera will shooting using Hybrid Log Gamma. If you were to plug the camera into an HDR TV that supports HLG then what you would see on the TV would be a HDR image with an extended dynamic range. This should give brighter more realistic highlights and a quite noticeable increase in overall contrast compared to SDR (Standard Dynamic Range). There will be no need to grade the footage to get a perfectly watchable vibrant HDR image. The real beauty of HLG (developed by the BBC and NHK) is that it is backwards compatible with normal SDR (Standard Dynamic Range) TV’s. So feed the very same signal into a conventional SDR TV and it will look just fine. Skin tones will be a touch darker than with Rec709 and it won’t be HDR, but it will be perfectly watchable picture and most people won’t realise it’s anything different to normal SDR TV.
So HLG provides a simple very fast, direct HDR workflow that is backwards compatible with SDR TV’s. As a result you don’t need any special monitors to shoot with it, you can just monitor with existing SDR monitors, although it would be beneficial to have an HDR monitor to check the HDR aspect of the signal. HLG isn’t designed to be graded, although a little bit of post production tweaking can be applied, just as with Rec709. Bottom line is it’s quick and easy, no special monitors or skills needed – simples.
If you want the very best possible HDR then you should shoot with S-Log2/S-Log3 or raw and then grade the material in post using an HDR capable monitor. But that takes time and large HDR monitors are not cheap (for a small monitor you could use an Atomos Flame or Inferno). The FS5 will give you the ability to work either way. HLG for simple and quick, S-Log for the best possible image quality.
Hopefully we will see HLG rolled out to other cameras in the near future.
Camera setup, reviews, tutorials and information for pro camcorder users from Alister Chapman.