ARRI Camera Control Monitor CCM-1 First Look at Cine Gear 2023

ARRI recently announced the Camera Control Monitor CCM-1 and we got to see it in person at Cine Gear 2023. The CCM-1 was made in collaboration with SmallHD as ARRI felt that they were the best company to team up with when it came to making an on-camera monitor. The CCM-1 offers full camera control for the ALEXA 35 and ALEXA Mini LF.

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The benefit of utilizing the new CCM-1 is that you end up with a much cleaner solution as you don’t have to run power and SDI cables from your camera to the monitor, as that is now all handled by the CoaXPress cable. You also free up power and SDI outputs for other accessories.

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As the ALEXA 35 has two VF ports, you can utilize one of them to directly attach the CCM-1. This allows you to send video, audio, power, and camera control protocols all through a single CoaXpress cable. You can also use the CCM-1 with the ALEXA Mini LF as well.

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If you are not familiar with a CoaXPress cable, it features a spring-loaded locking collar like a Lemo connector but is not keyed which almost makes it a hybrid between a Lemo and a BNC. It is the cable that is used with the ARRI MVF-2 viewfinder.

ARRI hasn’t just made the monitor proprietary as it still features SDI In/Out ports as well as a Lemo power option. This is handy if you want to use it with other ARRI cameras or any other camera for that matter. However, you won’t get full camera control without the CoaXpress cable. You will get some limited camera control when using the monitor through an SDI connection. For this reason, I don’t personally see anyone buying it who isn’t using an ALEXA 35 or ALEXA Mini LF.

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ARRI Cable VF (33′)

If you need to remove the monitor from the camera, it will still work up to a distance of 10m / 32.8′ using a longer optional CoaXpress cable. This will be handy for anyone working with cranes, car rigs, etc. Now, the caveat is that if you are just using a CoaXpress cable you will need to attach an additional power cable if you want to run the monitor at full brightness, otherwise you are limited to just 100 nits. This is a pretty big caveat and it essentially means you will need to run both the CoaXpress cable and the RS – RS/PWR IN (0.5m/1.6ft) at the same time.

The ALEXA 35 and the ALEXA Mini LF will require a firmware update for the CCM-1 to work.

Key features

  • Rugged yet sleek 7” onboard monitor combines the expertise of ARRI and development partner SmallHD
  • Bright display with color-accurate ARRI image quality
  • Full ARRI camera and menu control gives operators freedom and new configuration options
  • Can replace or work alongside the MVF-2 viewfinder
  • Customizable touchscreen and physical controls

It mimics the ARRI MVF-2

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The CCM-1 is essentially a direct representation of the ARRI MVF-2 viewfinder but in the form of a monitor. Anything you can do on the ARRI MVF-2, you can do on the CCM-1.

As a lot of younger operators don’t use a VF, ARRI wanted to give users the choice to have the exact same functionality that is offered with MVF-2 in a monitor.

The exact same menus that can be brought up on the MVF-2 are available on the CCM-1. This familiarity is what people are looking for. Nobody wants a separate system with different menus, they want to know exactly where everything is located. Having the same menu system shared between two devices means that there is no learning curve.

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While the CCM-1 offers all of the same functionality as the MVF-2, ARRI has made a few small changes to make it easier to change key parameters such as FPS, Shutter, EI, ND, and WB. All of these parameters can be accessed and changed directly on the screen without going into any menus. As soon as you tap on one a menu appears where you can make direct adjustments. Whatever is selected is highlighted in blue to avoid confusion. Just to be clear, you can only change one parameter at a time.

Having the ability to make these adjustments on the CCM-1 is handy, as a lot of the time, the key settings are the only ones you need to access when you are shooting.

For 1st ACs, they will also appreciate the ability to use the monitor for making direct changes to the camera without having to use the MVF-2 or an app.

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The home screen on the CCM-1 is very reminiscent of what you will find on the MVF-2, except ARRI has made it slightly cleaner. What you will notice is that there are direct indications on the left-hand side of the screen that show you what is being mapped to the user buttons.

The playback screen has also been slightly changed from what you see on the MVF-2. There are now two direct touchscreen settings for quickly accessing the Cliplist and for changing playback options.

What is also interesting is that the control functionality could be expanded in the future and it could very well be possible to control other ARRI products or accessories directly from the CCM-1.

A proper 1:1 zoom is already included in the first software, but the ability to control the area of interest using touch will not be. So the classic zoom to a designated area exists as a User Button.


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The CCM-1 utilizes a 7″ 1920 x 1080 LCD touchscreen with a claimed brightness of 1300 cd/m². It covers 100% DCI-P3 and it has a contrast ratio of 1000:1. I believe this is a brand new display, as at least to my knowledge, no other 7″ SmallHD monitor on the market is 1300nits.

Now, this isn’t your regular SmallHD monitor as it is running custom color management specifically for the ALEXA 35 and ALEXA Mini LF.

How does the 1300 cd/m² brightness compare to some other 7″ monitors on the market? Below you can see:

ARRI CCM-11300 cd/m²
SmallHD Cine 71800 cd/m²
SmallHD INDIE 71000 cd/m²
SmallHD 702 Touch1500 cd/m²
Atomos Shinobi 7″2200 cd/m²
TVLogic F-7HS1800 cd/m²
SWIT 7″ Super-Bright Compact HD LCD Monitor3000 cd/m²

The 1300nits of the CCM-1 is arguably enough for use in bright conditions outdoors, although I am actually surprised that ARRI didn’t go with a slightly brighter screen.

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The screen is listed as 10-Bit, but it isn’t a true 10-bit display, instead, it features the commonly used 10-bit (8+2). Some potential buyers may find this a little disappointing given the high cost of the monitor. However, what you should clearly know is that no panels with true 10-bit color exist in this size, everyone just uses dithering to achieve the 10-bit target. 10-bit (8+2) is pretty much imperceptible to 99% of people.

A lot of companies list their monitors as 10-bit even though they are really using a 10-bit (8+2 FRC) panel. FRC stands for Frame Rate Control Technology and an 8+2 FRC panel is basically a way of trying to approximate the color reproduction of a true 10-bit panel. A true 10-bit monitor can display 1024 shades of color, whereas a 10-bit (8+2 FRC) panel can only truly display 256 shades. So what a 10-bit (8+2 FRC) panel does is artificially create in-between shades of color by quickly shifting the pixels to go between certain shades of colors.

For example, you would show the main shade of one color for 75% of the time and then another one for 25% of the time. This creates an illusion for the viewer that they are actually seeing more colors than what can actually be displayed.

8+2 FRC can be very hard to distinguish from an actual 10-bit panel. As I already mentioned, most people couldn’t tell the difference between an 8+2 or a true 10-bit display.

The monitor has 323 ppi (pixels per square inch) which is a common amount for a 7″ sized display. As a comparison, if you want to put that ppi figure into perspective, below you can see what other 7″ monitors have:

ARRI CCM-1323 ppi
SmallHD Cine 7322 ppi
SmallHD INDIE 7323 ppi
SmallHD 702 Touch322 ppi
Atomos Shinobi 7″325 ppi
TVLogic F-7HS323 ppi
SWIT 7″ Super-Bright Compact HD LCD Monitor323 ppi

Basically, every monitor of this size has an almost identical number of PPI.

Touch screen & physical buttons

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ARRI recognizes that while touch screen operation is going to be the preferred method of control for a lot of users, it is not always the best solution depending on the conditions you are working in. That is why they have also included physical buttons if you happen to be wearing gloves, working in adverse weather conditions, or you simply don’t want to get fingerprint marks on your screen.

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There is a navigation joystick, a power on/off button, a select button, and five user buttons that can be mapped to either SmallHD monitoring assist tools or ARRI user buttons. The top user button, by default, is set to Menu.

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This allows you to map any tool from your camera and place it onto a user button on the CCM-1. This could be anything from adding ND to doing a manual WB, to changing the EI value, etc.

Appearance-wise, the CCM-1 looks a little bit different from other 7″ SmallHD monitors we have seen in the past. It is also a lot thinner than some of the recent SmallHD 5″ offerings.

The black finish and understated design point to the philosophy of keeping things clean and simple. Professional monitoring solutions need to be well-made and stand up to the rigors of field use. This is especially true when ARRI wants to attach its name to a product.

The CCM-1 features an anodized aluminum chassis with an exchangeable steel bottom interface. The overall build quality appears to be excellent, especially if you compare it to most other competing monitors in this space. Everything has been well thought out and it certainly looks like it was designed to stand up to the rigors of field use.

The CCM-1 is durable, weather-sealed, and temperature-resistant, embodying ARRI’s reputation for rugged, set-ready equipment.

The build quality of a lot of monitors these days leaves a lot to be desired, however, in saying that, if you are only forking out $200 USD for a monitor then you shouldn’t expect the build quality to be good in the first place. You could certainly make the argument that if you buy a cheap monitor and it breaks then you just buy another one. However, do you really want your monitor breaking in the middle of a crucial shoot? I know I don’t. As the old saying goes, buy once, cry once.

ARRI and SmallHD have paid close attention to the small details and they have thought about how professional users’ needs. It is rare to see properly recessed SDI ports. So many monitors have totally exposed SDI ports that stick out from the body. The first thing you are likely to break apart from the screen if you drop a monitor is the SDI ports, especially if they are sticking out of the side or back of the casing.

Now, some users may prefer having the ports on the back, but I personally prefer having them on the bottom.

Mounting Points

The CCM-1 has multiple mounting points with locating pin holes. On the top and right-hand side of the CCM-1, there are 1/4-20″ mounting holes with locating pins.

On the bottom, there is a removable block that features 1/4-20″ mounting holes with locating pins.

To use it with the MAC-1 (which I will talk about later) you can mount it on all ¼” ARRI Pin-Lock interfaces directly.

Cinematographers want mounting flexibility with on-camera monitors, and giving them as many options as possible is a smart move. You can’t just assume that everyone will want to mount their monitor the same way.

Viewfinder Adapter VFA-4

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The VFA-4 enables mounting of the CCM-1 to standard ARRI viewfinder brackets without tools, and comes with inserts for ARRI Pin-Lock and SmallHD mounting standards. A folding mechanism allows quick repositioning and flat storage.

Size & weight

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The CCM-1 weighs 594g / 20.95oz and it has physical dimensions of 187 x 120 x 29 mm / 7.36 x 4.72 x 1.14″. This weight is reasonably good for a 7″ monitor. As a comparison, below you can see what some other 7″ monitors weigh:

ARRI CCM-120.95 oz / 594g
SmallHD Cine 720 oz / 567 g
SmallHD INDIE 726 oz / 737 g
SmallHD 702 Touch18.9 oz / 536 g
Atomos Shinobi 7″1.3 lb / 577 g
TVLogic F-7HS1.8 lb / 800g
SWIT 7″ Super-Bright Compact HD LCD Monitor17.64 oz / 500 g

Operating System

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In my opinion, SmallHD monitors have the easiest OS system to use and operate and that was one of the reasons ARRI decided to partner with them. There is so much more to a monitor than just image quality, and a good operating system is what often sets monitors apart. Usability and operability sometimes get overlooked by people looking at monitors, but to me, they are right up there with image quality. I own a few different SmallHD monitors and I like being able to go between all of them and using the exact same menu and operating system. This makes going from one to the other seamless.

Lots of monitors have pretty good-looking images, but a lot of them are let down by poorly designed operating systems and monitoring assist tools that are not in any way accurate.

Like all modern SmallHD monitors, the CCM-1 uses the same PageBuilder OS graphical user interface (GUI). SmallHD built the PageBuilder OS to make menus less confusing. PageBuilder is a very customizable system as it allows you to selectively apply monitoring tools such as waveform, vectorscope, multiview, LUTs, and focusing aids on different “pages”.

At least, in my opinion, the PageOS 5 operating system is far superior to any other operating system on the market, especially the ones that you will find in competing 7″ monitors. The customization and features that are available, put a lot of other operating systems to shame.

SmallHD’s PageOS 5 was released back in September 2022 and it added quite a few new features and enhanced functionality. Below you can see what some of those key new additions were:

Since the initial release, there have already been two new firmware updates for PageOS 5. SmallHD’s Page OS v5.2.0 firmware update adds a couple of nice new features.

One of the main reasons I personally like SmallHD monitors is that they continually update and add features and improvements to their monitors. With almost all of the cheaper monitors on the market, what you buy is what you get and it is very rare to see firmware updates or new features added.

If you haven’t used a SmallHD monitor with PageBuilder before, it doesn’t take too long to get the hang of it. I love this system as it allows me to very quickly go between different scopes or monitoring assist tools, etc. I find this a much quicker system to use because you don’t have to go into endless menus and turn items on and off like on most monitor interfaces.

Having the ability to assign just one, or many tools to a single page makes it very quick to access a monitoring assist tool or make a change. It also allows you to customize what you actually need instead of being forced to use what a manufacturer gives you.

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You can also rename and customize the individual pages you create.

I especially like the Color Picker function where you can move a target icon around and it will display color values for you. On the CCM-1, you can set up to four different reference points which are extremely handy for making sure you get accurate exposure and colors.

By setting multiple color picker points on a color checker chart you can make sure that your colors and exposure are as accurate as possible. Above you can see this on the Cine 5, but it is exactly the same on the Ultra 5 and the CCM-1.

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As the color picker gives you representations for Y, Cb, Cr, and R, G, B you can clearly see exposure levels and RGB values. This way you can be sure that white is actually white and you can make adjustments so that midle grey exposure is accurate. As you can see above, my white is white, but my IRE for middle grey is too high, so I can use this to adjust my exposure down to the correct range.

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You can also use the color picker in conjunction with false color for making sure middle grey exposure is accurate.

One of the other nice aspects of PageBuilder OS is that SmallHD has actually bothered to standardize the false-color functionality. As a default, the false colors are mapped directly to ARRI cameras, but you can also customize them to whatever camera you are using. This is a big deal. A lot of other monitors just have false color with no scale or markings and you have no idea what you are actually seeing. As the false color indicators on the CCM-1 accurately reflect what I am seeing in my EVF I know I can rely on them.

As I own a few SmallHD monitors it is nice to be able to go between them and have the OS system be exactly the same.

SmallHD doesn’t just release an operating system and then never change it. The PageOS system is constantly being updated and improved.

Inputs & outputs

The monitor includes the following inputs and outputs:

  • 1 x BNC (3G-SDI) Input
  • 1 x BNC (3G-SDI) Input/Output
  • 1 x ARRI VF input
  • 1 x 3-Pin Fischer connector 10-34V DC 2.0A input
  • 1 x 1/8″ / 3.5 mm Headphone Output
  • 1x 1 x LEMO 5-Pin 2.0 Output

The CCM-1 offers you a good array of inputs and outputs for a monitor of this size.


Although you can power the CCM-1 through the CoaXpress cable, the brightness will be limited, so you will need to use the 3-Pin Fischer connector (10-34V DC), 2A Input. The monitor doesn’t come with a battery plate like a lot of other monitors. This isn’t really a big deal considering that the monitor was made specifically for the ALEXA 35 and ALEXA Mini LF. In saying that, there are four M3 mounting points on the back of the monitor where you can attach third-party micro battery plates from companies such as bebob and Anton Bauer. This is handy if you want to power the CCM-1 if you are running it a long way from where the camera is. You would need to run an optional d-tap to RS cable from the battery plate to the CCM-1.

While the CCM-1 does come with an RS – RS/PWR IN (0.5m/1.6ft) in the kit, ARRI does have other cables available for D-tap, etc.

You cannot power accessories from the CCM-1. The 5-Pin Lemo is a USB that can be used for Camera Control through Ethernet. This allows using SDI, Power, USB to also do camera control (no menu access though). Basic control of a few parameters of ALEXA Mini and AMIRA will also be possible.

ARRI doesn’t list how much power the CCM-1 draws.


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The CCM-1 doesn’t have an inbuilt fan, and it runs completely silent. The monitor does have a couple of reasonable-sized cooling vents on the back.

Color Pipe

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SmallHD’s Color Pipe allows you to assign and configure color space and curve transformations for the different inputs. This is found on the ARRI CCM-1.


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On the calibration page, you can choose to use the factory calibration or you can make manual adjustments. You can also do a new calibration by choosing CalMAN but you need to hook up the monitor to a computer that has the licensed CalMAN software on it. The other option is to choose Generic Calibration where you can choose from some presets or create your own custom one.

Is 7″ the right size for an on-board monitor?

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Whether or not a 7″ display is too big for use as an on-camera monitor really depends on what your intended use is. Personally if I was running a monitor and an EVF, then I think 5″ is a good size, but if I am not running an EVF then 7″ makes more sense. There really is no correct answer to this question, as everyone has different needs and requirements. ARRI obviously did their homework and worked out from user feedback that users of their cameras preferred a 7″ monitor over a 5″ monitor.


The CCM-1 isn’t an HDR-capable monitor. While the CCM-1 reaches 1,300 nits, it doesn’t do so dynamically as to technically meet the HDR spec (for contrast ratio). However, it can still be used to monitor HDR.

According to SmallHD, their view is that on the monitoring side, relying on the picture alone, even a true HDR picture in anything other than a studio environment is not ideal and would result in improper exposure adjustments since the perceptions of what is on screen changes so drastically along with the viewing environment. For example, if monitoring on a bright sunny day, any subtleties in the darkest areas of an HDR picture will be completely lost to the eye and may not be accounted for – in this case, you actually would want a boosted black point so that issues can be spotted due to the environmental constraints.

In this methodology, reliance on exposure tools and scopes is even more important than before when speaking of HDR because, in a proper viewing environment, any issues at the extremes of a camera’s dynamic range get magnified much further than with SDR.

When people ask how to best shoot for HDR, SmallHD normally recommends using a waveform set to RGB or parade (so if one individual color channel gets clipped you can pick it up before the luma waveform would see the same issue) or to set a custom exposure assist (false color) to the points in the image where clipping occurs. If shooting in log and at least 10-bit (12 bit+ preferred) and the extremes of the exposure range are managed, you’ll be capturing future-proof HDR-ready material. Now what to do with that footage next is a whole new issue with all the competing standards, and a surge of HDR10+ across manufacturers, etc. help demystify for the shooter while treading carefully not to further complicate this already complicated world.

Sun hood

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ARRI has designed a nice sun hood for the CCM-1 which is similar to an iPad cover. It uses small magnets to stay together so it won’t sag or droop.

What is also nice is that it folds completely flat so you can leave it on the monitor when you are not shooting so it is protected.

The monitor also comes with a cover which for added protection you can also slip over the monitor and sun hood. 

MAC-1 Two-Axis Monitor Arm

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ARRI wasn’t happy with any of the available monitor arms that were on the market so they came up with their own. The MAC-1 is a small-sized two-axis monitor arm that was designed to be compact and lightweight.

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From user feedback, ARRI found that most of its users prefer to have a monitor mounted in a fixed position where they only need to adjust two axis.

You can set the MAC-1 to a friction level you are happy with so you can quickly adjust the tilt and pan position of the monitor without having to loosen and retighten anything. The concept behind this is speed and ease of use as you can make adjustments with a single hand.

Now, of course not everyone will want to use a two-axis monitor and that’s fine because ARRI isn’t locking you into doing so. You can use any monitor arm you like with the monitor.

Price & Availability

The CCM-1 is available to order now and will be supported in the upcoming ALEXA 35 SUP 1.2 and ALEXA Mini LF SUP 7.3 software update packages. The CCM-1 (KK.0048851) retails for €4,950. This is roughly 50% of the cost of the ARRI MVF-2 Viewfinder Set. It comes with the following items:

  • Camera Control Monitor CCM-1
  • CCM-1 Foldable Sunhood,
  • CCM-1 Screen Protector
  • CCM-1 Storage Pouch
  • K2.0048394 1x Monitor Arm for Camera MAC-1
  • K2.0023943 1x Cable VF (0.5m/1.5ft)
  • K2.0001637 1x Cable RS – RS/PWR IN (0.5m/1.6ft)

It is only available as a set. It will also be included in new ALEXA 35 packages so people can buy it together with a camera..

This is certainly a lot of money for a 7″ monitor, however, you are getting a lot of functionality and features that you don’t get with any other monitor that you could use with the ALEXA 35 or ALEXA Mini LF. This is also a monitor that is being targeted at a very specific user base and I think anyone who owns an ALEXA 35 or ALEXA Mini LF will be looking very closely at it.

Camera Control Monitors are nothing new

Having a monitor that has the ability to do camera control is not a new concept. Companies such as RED and Kinefinity have offered solutions for years, and third-party on-camera monitor manufacturers such as SmallHD and Portkeys also provide solutions.

It is a little surprising that it has taken ARRI so long to come out with its own camera Control Monitor. 

Technical Specifications

  • Power Input Range: 10-34 V
  • Display Type: Thin Film Transistor Liquid Crystal Display (TFT LCD) with LED backlight
  • Resolution: 1920 x 1200
  • Pixel Density: 322 ppi
  • Aspect Ratio: 16:10
  • Screen Luminance: 1300 nits
  • Colors (Typical): DCI-P3
  • Viewing Angle: 160° all axes
  • Dimensions: 187 x 120 x 29 mm / 7.36 x 4.72 x 1.14″
  • Weight: 594g / 20.95oz
  • Material: Anodized aluminum chassis with exchangeable steel bottom interface block
  • Mechanical Interfaces: 4x ARRI Pin-Lock 1/4″ (1x bottom, 1x rear, 1x right side, 1x top)
  • Operation Temperature: 0°C to 45°C / 32° F to 113° F

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