Jacob

I am trying to upgrade an Asus Laptop. It is an international variant, but is an X550LD board. (1) What I Started With The...

I am working on a 2-in-1 laptop tablet and had to disassemble the screen to look at something. I need to adhere the...

*I know how to google, if the only advice you can provide is from the 1st google page please move on. So I have a iMac Mid...

This is a continuation from my previous question: SSD Upgrade on Mid 2013 MacBook Air Not Working The original Apple SSD...

So, I am using a SM951 256GB M.2 SSD with a NGFF M.2 Adapter. I have researched and found them to be compatible with my...

First things first, IF YOU DON'T ACTUALLY KNOW STAY AWAY. I KNOW HOW TO GOOGLE. I'M ASKING THOSE WHO HAVE ACTUALLY TRIED...

Currently have the entire machine gutted and plan to max out everything in hopes of running Sierra as stable as possible....

The screen got destroyed on this phone, so I disassembled it to salvage the board. However, I noticed there was. loose...

I need to replace the charge port. Can I just replace the port itself via soldering? Or do i need to replace the entire...

Title says it all. Was wondering if I can solder it back on, or there is a trace I have to glue down. Or if neither will...

From what I’ve experienced through Apple, they don’t actually do a lot of ‘repairs’. They can definitely diagnose and replace components, but in terms of circuit level components, they just up and replace everything with a new part. They call these ‘Depot Repairs’. If you actually pay apple to fix liquid damage on your board, they will not even mess with any ultrasonic. They may not even have such machines in a Genius Bar (I can not verify that statement). So what you are asking doesn’t apply to Apple, so you have to use the thinking of, the indicator was already tripped when something was spilled. Your use of ultrasonic will mark that it was repaired properly.

If you browse the Mid-2012 Geekbench 4 results, you'll find that all of the highest scores have 2133MHz RAM inside of them. While this may likely just be coincidence that power users put in the best possible regardless of benefit, it does guarantee compatibility. Again, it stands that these systems can only address 1600MHz, and any faster will be slowed down (unless I am missing something). Might be a good experiment.

Does the gasket reapply easily? It seems like once you get it off it wouldn’t like to go back on.