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Kolari Vision has finished its teardown of Nikon's new flagship mirrorless camera, the Nikon Z9. Kolari provides specialized lens filters and infrared and full-spectrum conversions of cameras, so they're well-versed with taking cameras apart and seeing what's going on under the hood.
The Z9 is a true professional camera with the specs to match, including a new The Z9 also has a brand-new 3. As soon as you remove the lens and capture an image, you'll notice that the Z9 lacks a mechanical shutter, marking a bold new direction for the esteemed camera maker. Kolari points out that the shutter frame used a non-magnetic plastic material, which means you'll need a mag-mount to use Kolari's clip-in filters for Z-mount.
They started from the bottom, removing parts of the bottom plate and cutting through copper foil tape. They then removed screws from many places on the camera, including the bottom plate, side plates, camera rear, and viewfinder area. Once the screws are removed, the entire back plate can pop off, including the four-way tilting LCD. Fortunately, there's nothing to be done with the complex display mechanism. Once the back plate is removed, you can see the camera's internals, including an entire an extensive set of ribbon cables.
The Z9 includes many buttons, more than the Z7 II, so a lot of information must be transmitted through the camera. The processor is surrounded by a custom heatsink frame that transfers heat from the processor to the camera's shell. Alex writes, '[Nikon] went for a more minimalist design with it, keeping it open and off the other connectors, creating better guidance for the heat. The image sensor includes screws that hold the sensor down against springs. Nikon added holes to provide access to the sensor screws.
Nikon adjusts the sensor position to ensure that it's perfectly calibrated and parallel to the focal plane. The sensor must be calibrated to avoid focusing errors. Kolari's infrared conversions replace the sensor glass, so they often need to calibrate the sensor to fit the new glass.
The new access holes will make it much easier for a technician to fine-tune the sensor position without repeatedly taking the camera apart. Another nice aspect of the design is that the connection between the battery and the board is accessible, making repairs easier. Next is removing the heatsink, which includes numerous thermal pads beneath it.
From here, we see that the Z9 has two sensor ribbons. These are how the Z9 achieves truly blackout-free shooting. Once all the ribbons are disconnected, the motherboard is removed. The card readers are on opposite sides of the board, like with the Z7 II. Nikon also soldered all the ports on the board. Compared to the Sony a1 , which includes detachable flex cables for many of its ports, the Z9 will be more difficult to repair if there are any problems with ports. Beneath the motherboard is another layer of the camera's heatsink frame.
Once this frame is removed, there's full access to the image sensor. The full-frame sensor is a standard size, but the sensor array looks quite big with the IBIS system. The IBIS is locked in place to reduce the risk of damage when not in use. Many IBIS systems float freely when not in use. If you have a Z9, or any camera, you'd like converted to full-spectrum or infrared, visit Kolari Vision to check out your options and learn more. You can also check out their filters if you don't want to take the plunge with full conversion.
Isn't the film sensor plane considered the focal plane? Two things have to be properly oriented; the sensor plane has to be perpendicular to, and centred on, the optical axis. There are always manufacturing tolerances and errors can add up. To mitigate those alignment errors due to tolerances, you can make one of the pair adjustable. So, you could make the lens mount adjustable, which would affect its stiffness and strength - not good for large lenses.
Or you could make the sensor mount adjustable - much easier. I'm not trying to split hairs, but then the text should read "adjusted the focal plane to be calibrated to the lens mount"?
As written, they're saying the focal plane is calibrated to the focal plane". The focal plane in theory is the plane at and perpendicular to the focal point. I was just wondering if the author meant something else e. In the reality of manufacturing I supposed there are two focal planes: a surface centred on and perpendicular to the lens mount at a distance of 16mm, or the surface of the sensor, with the latter being the "true" plane. The purpose of alignment is to bring the latter as close as possible to the former.
Compared to the Sony a1, which includes detachable flex cables for many of its ports, the Z9 will be more difficult to repair if there are any problems with ports. Soldered connections are the preferred method for durability. This is acknowledged industry wide. A definite plus for the Nikon. My experience as well. I made a statement to this effect last week that met with heated opposition. Not sure the purpose of this". MILC man, replace the entire motherboard or just heat-up the solder to break the connection?
I think it is fairly easy to place a hot soldering iron on the connector for a short time, until it can be pulled apart, that is repair They can do this at the mall on the charging port of your phone while you eat a pretzel. Kona Mike - sure you can do component-level repair, i've done it literally thousands of times, but these days nobody solders anything.
MILC man, lol, "these days nobody solders anything" The right to repair people would beg to differ with you. Kona Mike - people who actually have tech experience are disagreeing with you, for instance myself and kolari.
The OP gets at a good point in general: that sometimes reliability and repairability are two different goals, and sometimes there are tradeoffs of one for the other. As mentioned, the preferable solution is simply to not need a repair in the first place, and that is apparently where the Nikon Z9 excels. Apple sometimes gets criticized for the same thing: making products so well integrated and built, that they are harder to repair.
Not surprisingly the people making the biggest noise over repairability are the ones who do it either for a job, or as a consequence of their job. MILC man, why do you need to buy a new mother board? I'm sure it is possible to find another audio jack, I think they are fairly standard, but I don't have any tech experience.
Any design is a trade-off. The question is I do not recall this being an issue, so unless proven otherwise soldered connection is a minus, not a plus. But we really wouldn't know too much if there were a problem of loose connections inside of cameras, unless you work in that field. It's not like there's any published data for that. The fact that any one of us does not recall reading about this means nothing and is just anecdotal.
BTW, here is a post from a repair shop with over 25 years of experience servicing Sony pro gear, on the most common repairs for the A All cameras including Z9 is filled with these flex cables connecting different parts, why would there be more issues with those used for ports like on the A1 compared to any other parts in the camera?
Issues with port seems to be rather common problem, regardless of camera brand happens on the Z9 too as MILC man link showed. Read the Lensrentals article about it:. Both Lensrentals and Kolari Vision that are in this business seem to think it is a good idea to separate the port from the main board, I guess because it is a rather common point of failure and might be expensive to repair if the whole main board needs replacing.
And separating ports from the rest of the board is most likely a more expensive design, so if there were no point of doing it I guess no one would do it. Sony also used to have the ports on the main board but changed it in the A1 perhaps all 4th gen bodys. Thoughts R Us Pin connection is not just an A1 thing, is the most common connection style in most cameras. A loose connection issue could be a guessed subset of the issue you mention on one model of a camera.
Anecdotally, from personal experience and general reporting I have not seen patterns of connections going loose. I'd rather get that as a rare fix than re-soldering or a new board.
I tent to believe that Nikon cut some corners to deliver the Z9 at an amazing price soldering vs removable connection, relatively under-designed lens mount, lack of a mechanical shutter, low res and relatively small EVF Note that this does not mean bad. From an engineering perspective the price proposition might make more sense than over-engineering, so I do not see it necessarily as a bad thing. Just I do not need to invent excuses if cutting corners is what it was without really compromising the camera, while the Z9 price is a huge selling feature.
Since neither the Z9 or A1 has been out that long, one cannot make any statements regarding long term reliability, except, that as noted, soldered connections have a history of holding up better over longer periods of time.
If anyone would bother revisiting this in 3 to 5 years time, then we would probably have a better indicator, but no one will take the time or expense to do that. However, given that Nikon has a history of producing bodies that last a very long time I will definitely bet on the Nikon holding up very well.
That doesn't mean the Sony won't either, but I know to trust Nikon due to decades of a proven track record. What are you basing that on except a few anonymous posters here? Kolari and Lensrentals does not seem to agree with you. And why would it be any less reliable to solder the port to something and then connect it to the main board instead of soldering it directly the main board.
It makes no sense. But it can save you having to replace a broken mainboard. Flex cables are used every where in the Z9 and other cameras , nowhere has I seen it being a reliably issue. One more does not change anything.
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