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I’m really good at making holes in expensive objects, what can I say 🤣 

What is the MOST important rail of the listed rails required to get 20v on the T2 based Apple logic boards? 

haha 100v makes T2 go brrrrrr 

To all the (very rude) people that have been emailing me about the high international shipping costs, here's what we have to work with. On some countries, we will loose money, as shipping costs exceed $45, and on some it'll come right under $45. Square doesn't let us specify rates per country, so we charge a rate that is right in the middle. Please don't waste your time with a rude email, if you don't like the cost of shipping, buy flux from someone in your country. 

Sorry for the lack of content, been swamped and have had no time to edit. Anyway, we will be moving to a nicer location in Murrieta, CA, just a few min from the Apple store. Does anyone want to see move in content or just the finished result? 

This week, we will be unveiling our first ever product, designed, manufactured, and tested 100% in house. It's going to be fairly useful, and solve a well known issue when repairing certain models of devices. Keep your eyes open for a scheduled Premiere! 

Who wants to see 30v into a older MacBook's CPU? What do you think will happen? 

Another day another screwed up encode on the M1 processor. 

I gave the M1 a chance. Initially, I thought it was a amazing CPU. Then I noticed it took almost 30 seconds to open a  edited .MOV file, which a 2012 A1286 opened instantly.  I tried rendering my latest video 3 times on the M1 using both Resolve, and Premiere Pro. Every encode was corrupt, either with no sound or frozen video at some point in the video. I then rendered the same video using the same project file with the same settings and media that I was trying to render on the M1, on my 8 core ryzen ThinkPad, which is a 15w-25w CPU, similar to the M1. Not only did the video render FASTER.. It wasn't corrupt. The M1 does great in benchmarks, and is decent in real world performance for a low wattage chip, but MacOs and possibly the CPU's firmware needs a lot of work. 

What a mess....On a properly designed board, the fuse should blow to prevent this, but on a MacBook, the board melts it's layers together..  I wonder if this device will see life again, or at least turn on long enough to get data off?