Samsung Galaxy S9+ repair difficulty, camera aperture details exposed in teardown
The similarity between the Samsung Galaxy S9+ and its predecessor are not limited to just the external design, as a teardown of the firm's flagship smartphone reveals its internal construction bears more than a passing resemblance to the Galaxy S8, and is just as difficult to repair.
The teardown of the Galaxy S9+ by iFixit starts off with the use of a heat gun and suction cups to open the back panel, revealing the internal construction to be remarkably similar to the Galaxy S8+. The position of components, including the battery and the shapes of circuit boards, are quite similar to the hardware elements used in last year's iteration, albeit this time with higher specification parts.
The new variable aperture rear camera introduced in this model, which can switch between f/1.5 and f/2.4 for one sensor, is revealed to use a pair of rotating rings that move into place when required. While this doesn't use the standard multiple camera blade system that can allow for many different f-stop adjustments, this method limits the selection to just two positions, but does so while taking far less space than if blades were used.
Taking apart the rest of the smartphone revealed to be a challenge for the iFixit team, due to the heavy use of glues to keep components in place and for water resistance. Many parts were able to be extracted intact, but the battery's high glue usage required adhesive removal liquid to pull the part safely.
The list vendors providing chips located on the motherboard is almost the same as the Galaxy S8+, with barely any changes to the lineup. The component producer list includes Samsung itself for the memory, Qualcomm, Toshiba, Maxim, Murata, NXP, Avago, and Skyyworks.
It is noted the battery is a 3.85V, 3,500mAh, 13.48Wh unit, which is the same specification as the version used in the Galaxy S8+ and the infamous Note 7.
Samsung Galaxy S9+ (Left), iPhone X (Right)
The assembly of components on the front of the Galaxy S9+ used to power its Intelligent Scan security is apparently the same as the biometric-related components used in the S8+, consisting of an iris scanner, front-facing camera, IR emitter, and proximity sensor. While it is compared to the 3D-scanning Face ID system and True Depth camera assembly used in Apple's iPhone X, it seems that the Intelligent Scan is purely a software-based security upgrade rather than hardware.
The teardown report suggests it may have been overly ambitious for Samsung to attempt to take on Animoji with its own AR Emoji "without a hardware update to bring it up to speed" with the rival iPhone X.
The Samsung Galaxy S9+ has been awarded a "repairability" score of 4 out of a possible 10, equalling the S8+ but failing to beat the iPhone X's 6 out of 10. While it scores points for being modular, allowing for the independent replacement of components, the tough disassembly caused through the heavy use of adhesive as well as the higher risk of glass breakage worked against the device.
The teardown of the Galaxy S9+ by iFixit starts off with the use of a heat gun and suction cups to open the back panel, revealing the internal construction to be remarkably similar to the Galaxy S8+. The position of components, including the battery and the shapes of circuit boards, are quite similar to the hardware elements used in last year's iteration, albeit this time with higher specification parts.
The new variable aperture rear camera introduced in this model, which can switch between f/1.5 and f/2.4 for one sensor, is revealed to use a pair of rotating rings that move into place when required. While this doesn't use the standard multiple camera blade system that can allow for many different f-stop adjustments, this method limits the selection to just two positions, but does so while taking far less space than if blades were used.
Taking apart the rest of the smartphone revealed to be a challenge for the iFixit team, due to the heavy use of glues to keep components in place and for water resistance. Many parts were able to be extracted intact, but the battery's high glue usage required adhesive removal liquid to pull the part safely.
The list vendors providing chips located on the motherboard is almost the same as the Galaxy S8+, with barely any changes to the lineup. The component producer list includes Samsung itself for the memory, Qualcomm, Toshiba, Maxim, Murata, NXP, Avago, and Skyyworks.
It is noted the battery is a 3.85V, 3,500mAh, 13.48Wh unit, which is the same specification as the version used in the Galaxy S8+ and the infamous Note 7.
Samsung Galaxy S9+ (Left), iPhone X (Right)
The assembly of components on the front of the Galaxy S9+ used to power its Intelligent Scan security is apparently the same as the biometric-related components used in the S8+, consisting of an iris scanner, front-facing camera, IR emitter, and proximity sensor. While it is compared to the 3D-scanning Face ID system and True Depth camera assembly used in Apple's iPhone X, it seems that the Intelligent Scan is purely a software-based security upgrade rather than hardware.
The teardown report suggests it may have been overly ambitious for Samsung to attempt to take on Animoji with its own AR Emoji "without a hardware update to bring it up to speed" with the rival iPhone X.
The Samsung Galaxy S9+ has been awarded a "repairability" score of 4 out of a possible 10, equalling the S8+ but failing to beat the iPhone X's 6 out of 10. While it scores points for being modular, allowing for the independent replacement of components, the tough disassembly caused through the heavy use of adhesive as well as the higher risk of glass breakage worked against the device.
Comments
Haven't you heard? Android enjoys the greatest user loyalty.
https://www.digitaltrends.com/mobile/android-wins-loyalty-test/
Now, I think the conclusion of the data is wrong because it fails to consider that Android is also the cheapest, but that is another matter.
I won a Samsung tablet a few months ago. I have always wanted to try a Samsung product and give Android a spin. Glad I didn't spend money on something like one of these phones because that tablet and Android are icky.
Makes me wonder what a heat piped version could do, or let alone an actively cooled one. The Apple TV 4K has an actively cooled A10X which is cool, but with more limited apps and games taking advantage of it, imagine an actively cooled A11X clamshell running iOS or something. I'd actually love to see Apple start small internal studios, or partially fund other studios, to take advantage of the impressive actively cooled chip in the A10X.
Here's what Apple is doing these days…
Who said it was poorly engineered?
If you want to see some examples of poor, take a lot at the Moto X and the Echo Show, although the Echo Show gets a little leeway since the device isn't designed to be pocketable or portable so condensing the logic board doesn't have a high priority. Still, it's pretty grotesque and looks like it was designed by tyro interns.
If you didn't know that they did teardowns of Samsung phones because AI mostly posts about Apple then you need to branch out a bit. Why are some people so insecure about their Apple products that you're offended that a company creates repair guides for them? These are an added value for those that need them. That's it! It doesn't diminish whatever status you think owning an Apple product gives you, it doesn't diminish their build quality, and it doesn't hurt Apple's stock. Quite the opposite as it shows just how excellent Apple's engineering is.
2) Yikes! I hadn't heard about the iris scanner issue. Imagine if that happened with Face ID. That would've been a top news story.