Incorrect Lumetri Scope Scales and incorrect S-Log range scaling in Adobe Premiere.

This came up as the result of a discussion on the FS5 shooters group on Facebook. An FS5 user shooting S-log2 was very confused by what he was seeing on the scopes in Adobe Premiere. Having looked into this further myself, I’m not surprised he was confused because it’s also confused me as there is some very strange behaviour with S-Log2 XAVC material.


THIS IS THE “LUMA” Scope, I suggest you don’t use it! Look at the scale on the left side of the scope, it appears to be a % scale, not unlike the % scale we are all used to working with in the video world. In the video world 100% would be the maximum limit for broadcast TV, 90% would be white and the absoulte maximum recording level would be 109%. These % (IRE) levels have very specific data or code values. For luma, 100IRE has a code value of 940 in 10 bit or 235 in 8 bit. Then look at the scale on the right side of the luma scope. This appears to be an 8 bit code value scale, after all it has those key values of 128, 255 etc.

Lumetri-code-values-e1480938951719 Incorrect Lumetri Scope Scales and incorrect S-Log range scaling in Adobe Premiere.
100% is not Code Value 235 as you would normally expect (Lumtri scopes).

Now look again at the above screen grab of the lumetri luma scope in Premiere 2017 – V11. On the left is what appears to be that familiar % scale. But go to 100% and follow the line across to where the code values are. It appears that on these scopes 100% means code value 255, this is not what anyone working in broadcast or TV would expect because normally code value 255 means 109.5%.

I suggest you use the YC waveform display instead.

Y-scope-slog2-e1480948691356 Incorrect Lumetri Scope Scales and incorrect S-Log range scaling in Adobe Premiere.
Lumetri YC Scope showing S-log2

The YC waveform shown on the above screen capture is of an S-Log2 frame. If you go by the % scale it suggests that this recording has a peak level of only 98% when in fact the recording actually goes to 107%.

But here’s where it gets even stranger. Look at the below screen capture of another waveform display.

Y-Scope-cinegamma1-e1480948783225 Incorrect Lumetri Scope Scales and incorrect S-Log range scaling in Adobe Premiere.
Lumetri YC scope and Cinegamma 1

So what is going on here? The above is a screen grab of Cinegamma 1 recorded in UHD using 8 bit XAVC-L. It goes all the way up to 109% which is the correct peak level for Cinegamma 1. So why does the S-Log2 recording only reach 98% but the Cinegamma recording, recorded moments later using the same codec reach 109%.  This is a value 10% higher than S-Log2 and I know that the Cinegammas cannot record at a level 10% greater than S-Log2 (the true difference is only about 2%).

Lets now compare the difference between how Premiere and Resolve handle these clips. The screen grab below shows the S-Log2 and Cinegamma 1 recordings side by side as handled in Adobe Premiere. On the left is the S-Log2, right Cinegamma1. Look at the very large difference in the peak recording levels. I do not expect to see this, there should only be a very small difference.

Y-scope-side-by-side-e1480949026488 Incorrect Lumetri Scope Scales and incorrect S-Log range scaling in Adobe Premiere.
Lumetri YC scope with XAVC S-Log2 on the left and XAVC Cinegamma 1 on the right.

Now lets look at exactly the same clips in DaVinci Resolve. Note how much smaller the difference in the peak levels is. This is what I would expect to see as S-Log2 gets to around 107% and Cinegamma 1 reaches 109%, only a very small difference. Resolve is handling the files correctly, Premiere is not. For reference to convert 8 bit code values to 10 bit just multiply the 8 bit value by 4. So 100IRE which is CV235 in 8 bit is CV940 in 10 bit.

resolve-scopes-e1480937970843 Incorrect Lumetri Scope Scales and incorrect S-Log range scaling in Adobe Premiere.
S-log2 on the left, Cinegamma 1 on the right. Notice the very small difference in peak levels. This is expected and correct.

So, until I get to the bottom of this all I can say is be very, very careful and don’t use the “Luma” scope, use the YC scope if you want to know your code values.  It also appears that Premiere scales the code values of S-Log recordings differently to normal gammas.

Additionally: Record exactly the same S-Log2 or S-Log3 image using XAVC internally in the camera and at the same time record a ProRes version on an external recorder. Bring both of these clips, which are actually recorded using exactly the same levels into Premiere and Premiere handles them differently. The XAVC squashed into a reduced range while the ProRes fills the larger range.

Y-Scope-SL2-Prores-e1480949229973 Incorrect Lumetri Scope Scales and incorrect S-Log range scaling in Adobe Premiere.
Lumetri YC scope and a ProRes S-Log2 recording. Note how this goes all the way to 107%.

This has huge implications if you use LUT’s!!!!

The same LUT will result in a very different looking image from the XAVC and PRoRes material. There should not be a difference, but there is and it’s big. So this isn’t just a scopes issue, it’s an internal signal handling issue.

I’ve always preferred doing my color grading in a dedicated grading package with external scopes. It’s stuff like this that reminds me of why I prefer to work that way. I always end up with a better end result when I grade in Resolve compared to Premiere/Lumetri.

As I learn more about this I will post a new article. Use the subscribe button on the left to subscribe to the blog to be notified of new posts.

Sony Memory Media Utility.

If you use Sony’s SXS cards or USB Hard Drives, Sony have a utility that allows you to check the status of your media and correctly format the media. This is particularly useful for reading the number of cycles your SXS card has reached.

The utility can also copy SXS cards to multiple destinations for simultaneous backups of your content. You can download the utility for free via the link below.

Looking For LUT’s for the Sony S-Log2 and S-Log3 Cameras?

This website has a great feature. If you look up in the top left corner of every page you will see a small magnifying glass symbol. If you click on that it will allow you to search the entire site for information… and there’s lots and lots of hint, tips and guides going back many years.

One thing though that a lot of people keep asking about is LUT’s or Look Up Tables. I have lots and they are all (for the moment at least) provided for free. There will be some paid LUT sets coming soon. If you follow the link below you will get a single page that lists all the current LUT articles on the web site. Links to my free LUT sets will be included in these articles.

Remember that LUT’s for S-Log2 and S-Log3 can be used in any camera with S-Log2 or S-Log3. So a LUT for the FS7 can also be used in the FS5 for example.

Here’s the link:

Big Update for Sony Raw Viewer.

rawviewer-01-large-e1480363307344 Big Update for Sony Raw Viewer.
Sony’s Raw Viewer for raw and X-OCN file manipulation.

Sony’s raw viewer is an application that has just quietly rumbled away in the background. It’s never been a headline app, just one of those useful tools for viewing or transcoding Sony’s raw material. I’m quite sure that the majority of users of Sony’s raw material do their raw grading and processing in something other than raw viewer.

But this new version (2.3) really needs to be taken very seriously.

Better Quality Images.

For a start Sony have always had the best de-bayer algorithms for their raw content. If you de-bayer Sony raw in Resolve and compare it to the output from previous versions of Raw Viewer, the raw viewer content always looked just that little bit cleaner. The latest versions of Raw Viewer are even better as new and improved algorithms have been included! It might not render as fast, but it does look very nice and can certainly be worth using for any “problem” footage.

Class 480 XAVC and X-OCN.

Raw Viewer version 2.3 adds new export formats and support for Sony’s X-OCN files. You can now export to both XAVC class 480 and class 300, 10 or 12bit ProRes (HD only unfortunately), DPX and SStP.  XAVC Class 480 is a new higher quality version of XAVC-I that could be used as a ProResHQ replacement in many instances.

Improved Image Processing.

Color grading is now easier than ever thanks to support for Tangent Wave tracker ball control panels along with new grading tools such as Tone Curve control. There is support for EDL’s and batch processing with all kind of process queue options allowing you to prioritise your renders. Although Raw Viewer doesn’t have the power of a full grading package it is very useful for dealing with problem shots as the higher quality de-bayer provides a cleaner image with fewer artefacts. You can always take advantage of this by transcoding from raw to 16 bit DPX or Open EXR so that the high quality de-bayer takes place in Raw Viewer and then do the actual grading in your chosen grading software.

HDR and Rec.2100

If you are producing HDR content version 2.3 also adds support for the PQ and HLG gamma curves and Rec.2100 It also now includes HDR waveform displays. You can use Raw Viewer to create HDR LUT’s too.

So all-in-all Raw Viewer has become a very powerful tool for Sony’s raw and XOCN content that can bring a noticeable improvement in image quality compared to de-bayering in many of the more commonly used grading packages.

Download Link for Sony Raw Viewer:


Latest Apple Pro Video Formats Update Adds MXF Playback.

If you are running the latest Mac Sierra OS the recent Pro Video Formats update, version 2.0.5 adds the ability to play back MXF OP1a files in Quick Time Player without the need to transcode.

mxf-playback-e1479727374478 Latest Apple Pro Video Formats Update Adds MXF Playback.
Direct preview of an XAVC MXF file in the finder of OS Sierra.

You can also preview MXF files in the finder window directly! This is a big deal and very welcome, finally you don’t need special software to play back files wrapped in one of the most commonly used professional media wrappers. Of course you must have the codec installed on your computer, it won’t play a file you don’t have the codec for, but XAVC, ProRes and many other pro codecs are include in the update.

At the moment I am able to play back most MXF files including most XAVC and ProRes MXF’s. However some of my XAVC MXF’s are showing up as audio only files. I can still play back these files with 3rd party software, there is no change there. But for some reason I can’t play back every XAVC MXF file directly in Quicktime Player, so play as audio only. I’m not sure why some files are fine and others are not, but this is certainly a step in the right direction. Why it’s taken so long to make this possible I don’t really know, although I suspect it is now possible due to changes in the core Quicktime components of OS Sierra.  You can apply this same Video Formats update to earlier OS’s but don’t gain the MXF playback.

Thanks to reader Mark for the heads-up!

Why Do We Need To Light?

Lets face it cameras are becoming more and more sensitive. We no longer need the kinds of light levels that we once used to need. So why is lighting still so incredibly important. Why do we light?

Starting at a most basic level, there are two reason for lighting a scene. The first and perhaps most obvious is to add enough light for the camera to be able to “see” the scene, to get an adequate exposure. The other reason we need to light, the creative reason why we need to light is to create shadows.

It is not the light in a scene that makes it look interesting, it is the shadows. It is the contrast between light and dark that makes an image intriguing to our eyes and brain. Shadows add depth, they can be used to add a sense of mystery or draw the viewers gaze to the brighter parts of the scene. Without shadows, without contrast most scenes will be visually uninteresting.

Take a typical daytime TV show. Perhaps a game show. Look at how it has been lit. In almost every case it will have been lit to provide a uniform and even light level across the entire set. It will be bright so that the cameras can use a reasonable aperture for a deep depth of field. This helps the camera operators keep everything focus. The flat, uniform light means that the stars or contestants can go anywhere in the set and still look OK. This is lighting for exposure, where the prime driver is a well exposed image.  The majority of the light will be coming from the camera side of the set or from above the set with all the light flooding inwards into the set.

eggheadsteam-e1479407949570 Why Do We Need To Light?
Typical TV lighting, flat, very few shadows, light coming from the camera side of the set or above the set.

Then look at a well made movie. The lighting will be very different. Often the main source of light will be coming from the side or possibly even the rear of the scene. This creates dark shadows on the opposite side of the set/scene. It will cast deep shadows across faces and it’s often the shadow side of a face that is more interesting than the bright side.

blade-runner1 Why Do We Need To Light?
Striking example of light coming from opposite the camera to create deep shadows – Bladerunner.

A lot of movie lighting is done from diagonally opposite the cameras to create very deep shadows on faces and to keep the background of the shot dark. If, as is typical in TV production your lights are placed where the cameras are and pointed into the set, then all the light will go into set and illuminate the set from front to back. If your lights are towards the side or rear of the set and are facing towards the cameras the light will be falling out of and away from the set rather than into the set. This means you can then keep the rear of the set dark much more easily. Having the main light source opposite the camera is also why you see far more lens flare effects in movies compared to TV as the light is often shining into the camera lens.

960_1 Why Do We Need To Light?
Another example of the main light sources coming towards the camera. The assassination of Jesse James by the coward Robert Ford.

If you are shooting a night scene and you want to get nice clean pictures from your camera then contrast becomes key. When we think of what things look like at night we automatically think “dark”. But cameras don’t like darkness, they like light, even the modern super sensitive cameras still work better when there is a a decent amount of light. So one of the keys to a great looking night scene is to light the foreground faces of your cast well but keep the background very dark. You expose the camera for the bright foreground (which means you should not have any noise problems) and then rely on the fact that the background is dark to make the scene look like a night scene.  Again the reason to light is for better shadows, to make the darker parts of the scene appear very dark relative to the foreground and a high level of contrast will make it look like night. Consider a bright moonlit night, faces will be bright compared to everything else.

sam-shepard-jesse-james-e1479407719922 Why Do We Need To Light?
A well lit face against a very dark background means low noise night shot. Another example from The assassination of Jesse James by the coward Robert Ford.

So in cinematography, very often the reason to add light is to create shadows and contrast rather than to simply raise the overall light level. To make this easier we need to think about reflections and how the light that we are adding will bounce around the set and reduce the high contrast that we may be seeking. For this reason most film studios have black walls and floors. It’s amazing how much light bounces of the floor. Black drapes can be hung against walls or placed on the floor as “negative fill” to suck up any stray light. Black flags can be used to cut and control any undesired light output from your lamps and a black drape or flag placed on the shadow side of a face will often help increase the contrast across that face by reducing stray reflections. Flags are as important as lights if you want to control contrast. Barn doors on a lamp help, but if you really want to precisely cut a beam of light the flag will need to be closer to the subject.

I think most people that are new to lighting focus too much on the lights themselves and don’t spend enough time learning how to modify light with diffusers, reflectors and flags. Good video lights are expensive, but if you can’t control and modify that light you may as well just by a DIY floodlight from your local hardware store.

Also consider using fewer lights. More is not necessarily better. The more lights you add the more light sources you need to control and flag. The more light you will have bouncing around your set reducing your contrast and spilling into your otherwise nice shadows. More lights means multiple shadows going in different directions that you will have to deal with.  Instead of using lots of lights be more careful about where you place the lights you do have, make better use of diffusion perhaps by bringing it closer to your subject to get more light wrap around rather than using separate key and fill lights.


What does Rec-2020 on the PXW-FS7 II really mean?

So, as you should have seen from my earlier post Sony has included Rec-2020 as a colorspace in custom mode on the new FS7 II. But what does this mean and how important is it? When would you use it and why?

Recommendation ITU BT.2020 is a set of standards created by the International Telecommunications Union for the latest and next generation of televisions. Within the standard there are many sub-standards that define things such as bit depth, frame size, frame rates, contrast, dynamic range and color.

Sony-Colorspaces-1024x815 What does Rec-2020 on the PXW-FS7 II really mean?
The colorspaces that Sony’s cameras can capture.

The Rec-2020 addition in the the FS7 II specifically refers to the color space that is recorded, determining the range of colors that can be recorded and the code values used to represent specific tones/hues.

First of all though it is important to remember that the FS7 II shares the same sensor as the original FS7, the FS5 and F5. Sony has always stated that this sensor is essentially a “709” sensor. The sensor in Sony’s PMW-F55 can capture a much greater color range (gamut) than the F5, FS5 and FS7, only the F55 can actually capture the full Rec-2020 color space, the FS7 II sensor cannot. It’s very difficult to measure the full color gamut of a sensor, but from the tests that I have done with the F5 and FS7 I estimate that this sensor can capture a color gamut close to that of the DCI-P3 standard, so larger than Rec-709 but not nearly as large as Rec-2020 (I’d love someone to provide the actual color gamut of this sensor).

So given that the FS7 II’s sensor can’t actually see colors all that far beyond Rec-709 what is the point of adding Rec-2020 recording gamut as the camera can’t actually fill the recording Gamut? Similarly the F5/FS5/FS7 cannot fill S-Gamut or S-Gamut3.

The answer is – To record the colors that are captured with the correct values. If you capture using Rec-709 and then play back the Rec-709 footage on a Rec-2020 monitor the colors will look wrong. The picture will be over saturated and the hues slightly off. In order for the picture to look right on a Rec-2020 monitor you need to record the colors at the right values. By adding Rec-2020 to the FS7 II Sony have given users the ability to shoot Rec-2020 and then play back that content on a Rec-2020 display and have it look right. You are not capturing anything extra (well, maybe a tiny bit extra), just capturing it at the right levels so it at least looks correct.

As well as color, Rec-2020 defines the transfer functions, or gamma curves to you and me, that should be used. The basic transfer function is the same as used for Rec-709, so you can use Rec-709 gamma with Rec-2020 color to get a valid Rec-2020 signal. For full compatibility this should be 3840×2160 progressive and 10bit (the Rec-2020 standard is a minimum of 10bit and as well as 3840×2160 also includes 7680×4320).

But, one of the hot topics right now in the high quality video world is the ability to display images with a much greater dynamic range than the basic Rec-709 or Rec-2020 standards allow. There is in fact a new standard called Rec-2100 specifically for HDR television. Rec-2100 uses the same colorspace as Rec-2020 but then pairs that bigger colorspace with either Hybrid Log Gamma or ST2084 gamma, also know as PQ (Perceptual Quantiser). As the FS7 II does not have PQ or HLG as gamma curves you cannot shoot material that is directly compatible with Rec-2100. But what you can do is shoot using S-Log2/S-Log3 with S-Gamut/S-Gamut3/SGamut3.cine which will give you the sensors full colorspace with the sensors full 14 stop dynamic range. Then in post production you can grade this to produce material that is compatible with the Rec-2100 standard or the Rec-2020 standard. But of course you can do this with an original FS7 (or F5) too.

So, when would you actually  use the FS7 II’s Rec-2020 colorspace rather than S-Log/S-Gamut?

First of all you don’t want to use it unless you are producing content to be shown on Rec-2020 displays. Recording using Rec-2020 color gamut and then showing the footage on a Rec-709 display will result in washed out colors that don’t look right.

You would probably only ever use it if you were going to output directly from the camera to a monitor that only supports Rec-2020 color or for a project that will be specifically shown on a standard dynamic range Rec-2020 display. So, IMHO this extra colorspace is of very limited benefit. For most productions regular Rec-709 or S-Log/S-Gamut will still be the way forward unless Sony add Hybrid Log Gamma or PQ gamma to the camera as well. Adding HLG or PQ however has problems of it’s own as the existing viewfinders can only show standard dynamic range images, so an external HDR capable monitor would be needed.

Rec-2020 recording gamut is a nice thing to have and for some users it may be important. But overall it’s not going to be a deal breaker if you only have a standard FS7 as the S-Log workflow will allow you to produce Rec-2020 compatible material.



PXW-FS7 II. New camera that does NOT replace the FS7.

2_SideL-1024x754 PXW-FS7 II. New camera that does NOT replace the FS7.
The new Sony PXW-FS7MKII. Can you spot the differences?

By the time you get to read this you may already know almost everything there is to know about the PXW-FS7 II as it has been leaked and rumoured all over the internet. But I’m under a Sony NDA, so have had to keep quiet until now.

And I’ve been told off for calling it a MKII,  the correct name is PXW-FS7 II. Sorry Mr Sony, but if you call it FS7 II, most people will think the “II” means MKII.

The FS7 camera is a mature product. By that I mean that  the early bugs have been resolved. The camera has proven itself to by reliable, cost effective (amazing bang for the buck really). To produce great images and 4K files that are not too big.  It can do slow-mo, 4K, 2K, HD and raw via an adapter and external recorder. As a result the FS7 is now one of the top choices for many broadcasters and production companies. It has become an industry standard.

The first and most important thing to understand about the FS7 II is that it does not replace the existing FS7. I would have preferred it if Sony had called this new camera the “FS7 Plus”. The “II” designation (which I take to mean MKII) implies a replacement model, replacing the MKI. This is not the case. The FS7 II is in fact a slightly upgraded version of the standard FS7 with a few hardware improvements. The upgrades make the MKII quite a lot more expensive (approx 10K Euros), but don’t worry. If you don’t need them, you can stick with the cheaper FS7 MK1 which remains a current model. In terms of image quality there is no real difference, the sensor and image processing in the cameras is the same.

So what are the changes?

20161102_153512-1024x576 PXW-FS7 II. New camera that does NOT replace the FS7.
A square rod supports the viewfinder on the PXW-FS7MKII

The most obvious perhaps is the use of a square rod to support the viewfinder. This eliminates the all too common FS7 problem of sagging viewfinders. As well as switching to a square rod each of the adjustments for the viewfinder mounting system now has a dedicated clamp. Before if you wanted to slide the viewfinder forwards or backwards you undid a clamp that not only freed off the sliding motion but also controlled the tilt of the screen. So it was impossible to have the fore-aft adjustment slack for quick adjustments without the viewfinder sagging and drooping.

25-300x225 PXW-FS7 II. New camera that does NOT replace the FS7.
Another view of the revised viewfinder mounting system on the PXW-FS7 MKII

With the MkII you can have a slack fore-aft adjuster without the VF drooping. Overall the changes to the VF mounting system are extremely welcome. The VF mount on the Mk1 is a bit of a disaster, but there are plenty of 3rd party solutions to this. So you can fix the problems on a MKI without having to replace the camera. In addition, if you really wanted you could buy the FS7 II parts as spare parts and fit them to a MKI.

The Lens Mount.

19-966x1024 PXW-FS7 II. New camera that does NOT replace the FS7.
The new locking E-Mount on the PXW-FS7 MKII

The next obvious change is to the lens mount. The FS7 MK1 has a normal Sony E-Mount where you insert the lens and then twist it to lock it in to place. The FS7 II mount is still an E-Mount but now it has a locking collar like a PL or B4 mount. This means that you have to insert the lens at the correct angle and then you turn a locking ring to secure the lens. The lens does not rotate  and once locked in place cannot twist or turn and has no play or wobble. This is great for those that use a follow focus or heavier lenses. BUT the new locking system is fiddly and really needs 2 hands to operate. In practice you have to be really careful when you mount the lens. It’s vital that you align the white dot on the lens with the white dot on the mount before you twist the locking ring.

20161102_153624-1024x576 PXW-FS7 II. New camera that does NOT replace the FS7.
Make sure the dots are correctly aligned! PXW-FS7 II lens mount.

As you rotate the locking ring a small release catch drops into place to prevent the ring from coming undone. But if the lens isn’t correctly aligned when you insert it, the lens can rotate with the locking ring, the catch clicks into place, but the lens will just drop out of the mount. When inserted correctly this mount is great, but if you are not careful it is quite easy to think the lens is correctly attached when in fact it is not.

Variable ND Filter.

16-1024x813 PXW-FS7 II. New camera that does NOT replace the FS7.
The PXW-FS7MKII has a variable ND filter.

Behind the lens mount is perhaps the most significant upgrade. The FS7 II does away with the rotating filter wheel and replaces it with the variable ND filter system from the FS5. I have to say I absolutely love the variable ND on the FS5. It is so flexible and versatile. You still have a 4 position filter wheel knob. At the clear position the ND filter system is removed from the optical path. Select the 1, 2 or 3 positions and the electronically controlled ND filter is moved into position in front of the sensor. You then have 3 preset levels of ND (the level of which can be set in the camera menu) or the ability to smoothly control the level of ND from a dial on the side of the camera. Furthermore you can let the camera take care of the ND filter level automatically. The real beauty of the variable ND s that it allows you to adjust your exposure without having to alter the aperture (which changes the depth of field) or shutter (which alters the flicker/cadence). It’s also a great way to control exposure when using Canon lenses as the large aperture steps on the Canon lenses can be seen in the shot.

20161102_154454-1024x576 PXW-FS7 II. New camera that does NOT replace the FS7.
New arm on the PXW-FS7 II

Another physical change to the camera is the use of a new arm for the handgrip. The new arm has a simple wing-nut for length adjustment, much better than the two screws in the original arm. In addition you can now use the adjuster wing-nut to attach the arm to the camera body and this brings the hand grip very close to the body for hand held use. This is a simple but effective improvement, but again 3rd party handgrip arms are available for the base model FS7.

FS72-loupe-1024x784 PXW-FS7 II. New camera that does NOT replace the FS7.
Improved viewfinder loupe attachment on the FS7 MKII.

The viewfinder loupe has seen some attention too. The standard FS7 loupe has two fiddly wire clips that have to be done up to secure the loupe to the viewfinder. The MK2 loupe has a fixed hook that slips over the top lug on the viewfinder so that you now only need to do up a single catch on the bottom of the loupe. It is easier and much less fiddly to fit the new loupe, but the optics and overall form and function of the loupe remain unchanged.

20161102_154540-1024x576 PXW-FS7 II. New camera that does NOT replace the FS7.
Folding sunshade on the PXW-FS7 MKII

As well as the loupe the FS7 II will be supplied with a clip on collapsable sunshade for the viewfinder. This is a welcome addition and hand held shooters will no doubt find it useful. When not in use the sunshade folds down flat and covers the LCD screen to protect it from damage.

The number of assignable buttons on the FS7 II is increased to 10. There are 4 new assignable button on the camera body where the iris controls are on the original FS7.  The Iris controls are now on the side of the camera just below the ND filter wheel along with the other ND filter controls. These buttons are textured to make them easier to find by touch and are a very welcome addition, provided you can remember which functions you have allocated to them. It’s still a long way from the wonderful side panel LCD of the PMW-F5/PMW-F55 with it’s 6 hotkeys and informative display of how the camera is configured.

20161102_154716-1024x576 PXW-FS7 II. New camera that does NOT replace the FS7.
Power indicator light just above the power switch on the PXW-FS7 MKII

Tucked under the side of the camera and just above the power switch there is now a small green power LED. The original FS7 has no power light so it can be hard to tell if it’s turned on or not. This little green light will let you know.

The last hardware change is to the card slots. The XQD card slots have been modified to make it easier to get hold of the cards when removing them. It’s a small change, but again most welcome as it can be quite fiddly to get the cards of an FS7.


A further change with the FS7 II is the addition of Rec-2020 colorspace in custom mode. So now with the FS7 II as well as Rec-709 colorspace you can also shoot in Rec-2020. I’m really not sure how important this really is. If Sony were to also add Hybrid Log Gamma or PQ gamma for HDR then this would be quite useful. But standard gammas + Rec2020 color doesn’t really make a huge amount of sense. If you really want to capture a big range you will probably shoot S-Log2/3 and S-Gamut/S-Gamut3.

So – the big question – is it worth the extra?

Frankly, I don’t think so. Yes, the upgrades are nice, especially the variable ND filter and for some people it might be worth it just for that. But most of the other hardware changes can be achieved via 3rd party accessories for less than the price difference between the cameras.

With all the financial turmoil going on in many countries right now I think we can expect to see the cost of most cameras start to rise, including the original (but still current) FS7. This may narrow the price gap between the FS7 MKI and FS7 MK2 a little. But an extra 3000 Euros seems a high price to pay for a variable ND filter.

In some respects this is good news as it does mean that those that have already invested in an FS7 MKI won’t see that investment diminished, the MK1 is to remain a current model alongside the souped up MK2 version. Now you have a choice, the lower cost workhorse FS7 MK1 or the MK2 with it’s variable ND filter and revised lens mount.

Stella 1000 and Stella 2000 Camera Lights.

20161012_141332-1024x576 Stella 1000 and Stella 2000 Camera Lights.
The diminutive but incredibly bright Stella 1000 from Light & Motion.

I have been loaned a set of 4 Stella lights to test. I have the Stella 1000, 2000, 5000 Pro and 7000 Pro to play with and test. I’m going to take a quick look at the 1000/2000 now and will write up the 5000/7000 in a later article. These lamps are made by Californian company Light & Motion ( and I have to admit that this is a new brand to me. The portable lighting market is full of many different lights from different manufacturers, so it’s a tough market to stand out in. However these lights really do stand out from the crowd for many different reasons.

Build Quality: If you are going to stick a light on the top of a news camera it had better be tough. It’s going to get bumped, bashed, knocked and generally have a tough life. The Stella lamps are all beautifully made. The bodies are made from a very robust feeling plastic material while the lamp surround is made out of anodised aluminium that acts as a heatsink to keep the lamps cool. They have been built to withstand being dropped onto concrete from 1m multiple times without breaking and while I haven’t actually tested this, I do believe that they would survive this and the rigours of life on top of an ENG camera.

20161012_141426-1024x576 Stella 1000 and Stella 2000 Camera Lights.
The slightly larger Stella 2000 lamp.

Power: The lamps have built in high capacity batteries. You don’t need to buy batteries or run the lamps of the cameras batteries. The internal battery in the Stella 1000 will run it for an hour on full power and around 7 hours at low power. The brighter 2000 will give about 50 mins at full power and 6 hours on low power. If you want longer run times you can attach an adapter to run the lamp from an external power source. Re-charging is fast at a little under 2 hours from flat and you can pack these in the hold of an aircraft as the battery is installed internally and under the current restrictions for Li-Ion batts on aircraft.

Control: The lamps have a built in dimmer that allows you to select one of 6 different brightness levels. Being LED units there is no  color temperature change as you dim the lamps. The dimmer control can be locked in the off position to prevent accidental operation, plus the lamps have a thermal cutoff to prevent damage if left on by mistake when covered or perhaps packed in your luggage. There are 3 LED’s that indicate the batter state and dimming level.

20161012_141506-1024x576 Stella 1000 and Stella 2000 Camera Lights.
Dimming and power control of the Stella 2000 portable video light.

High Quality Light: Instead of the more common LED panel design with an array of a large number of small LED’s the Stella’s feature a single high power Chip 5000K LED.  This gives a beam angle of 120 degrees and the light is very uniform across this entire spread. The lamp heads are designed to take modifier lenses that can be used to reduce the beam spread to 50 degrees and 25 degrees if you need more of a spot light. I used the 25 degree fresnel adapter to turn the Stella 1000 to a mini spot light and it was very effective.

20161012_141432-1024x576 Stella 1000 and Stella 2000 Camera Lights.
The high intensity 90 CRI/90 TLCI chip LED of the Light & Motion Stella 2000

The quality of the light from these lamps is very good. The have a CRI of 90 as well as a TLCI of 90. They are also flicker free so suitable for shooting at high frame rate. In use I found the lamps gave great skin tone rendition and I didn’t see any of the green cast that is often common with lower quality LED lamps.

These are surprisingly bright lamps. The Stella 1000 is 1000 lumens and surprise, surprise, the Stella 2000 is 2000 lumens. That’s one heck of a lot of light from such a small and compact unit. Everyone that I have shown these lights to has been impressed by the intensity of the light output. The Stella 1000 is similar to a 75W tungsten lamp and the 2000 close to a 200W tungsten lamp. As the Stella’s are daylight balanced if you are using them as a fill light when shooting into the sun there is no need to gel them as you would with a tungsten light. Add to that the ability to use a clip on fresnel lens to narrow the beam angle and you are approaching the performance of 300W gelled tungsten fresnel fixture but with a compact battery operated lamp. I would consider the Stella 2000 as a replacement for an Arri 300 fresnel in many applications.

Waterproof! The Stella 1000 and 2000 are waterproof! Not just shower and splash proof, but completely waterproof. They can be operated underwater at depths of up to 100m with needing to buy any extra seals or fit any bungs or plugs. I know that when I shooting in adverse weather conditions this will be a big deal as normally the camera will have a nice fitted cover, but the top light is almost always left exposed to the elements. Now I don’t need to worry.

Light and Motion have a wide range of accessories for these lamps including all kinds of different mounts and handles.  As well as the usual barn doors there are some clever light modifiers including the clip on 25 degree fresnel lens, a clip on 50 degree lens, a clip on diffuser, gel holder and glo bulb.

So far I have been really impressed by what these small lamps can do.  They may not have variable color temperature, but the consistency and quality of the light they produce is amazing. The companies tag line is “Beyond Bright” and I’m inclined to agree.

I’ve also been loaned the Stella 5000 Pro and 7000 Pro to test. I’ll be writing about these beauties in the coming weeks!

Camera setup, reviews, tutorials and information for pro camcorder users from Alister Chapman.