For best results, use a high magnification when working with socket pins and microscopes.
For best results, use a high magnification when working with socket pins and microscopes.
I adjusted my socket pins. Here’s my update on the situation. I checked the videos you mentioned and tried using a 10x magnifying glass, but it didn’t help much. What level of magnification works best? How much did Linus use? JayzTwoCents was using a microscope, so I looked around and found others recommending them, though I’m hesitant to buy one that costs hundreds. Is there a good option under $100, or should I stick with a regular magnifying glass?
When purchasing anything, opt for a solid new CPU and motherboard setup. The 6th/7th generation chips are outdated, while a 12th generation i3 outperforms even a 7th generation i7. Consider upgrading only if you can do it without cost in my view. You could repurpose the 6500, 7700K, and motherboard for parts at roughly the same price as a quality new combo.
Looking at the bent repair, some pins are twisted in an odd way. It seems you can't just snap it off because those pins were part of the VCC setup, making it hard to keep it stable. I’ll mark it down with a +1 for @NF-A12x25.
There are many affordable microscope options available online. The version you mentioned is priced well below a few hundred dollars and can be found on Amazon. Another choice offers compatibility with endoscopes and magnification features. Be aware that certain models may require extra arms or stands, especially if you intend to use them for repairs on narrow surfaces like motherboards. Some designs have bent or twisted components rather than straight ones.
I fix pins without a microscope but I have five left in my left eye, which might explain why I don’t need one. The far left pin is bent out of place, fairly simple to adjust, probably not essential since that spot has just extra VCC connections. A thicker blade would work better because the weight helps bend pins easier, but a needle could also do the job if you treat it like a lever. If you don’t, you risk breaking the pin under your hand’s force. The curled pins are in the data section of the socket—damaging any of them is tough, as you’ll also have to bend the pin head, which is delicate. You’d need very thin tweezers for that, which is possible but challenging and carries a risk of the heads breaking off. For the tools, just a weighted blade, some needles for leverage, and thin tweezers to manipulate the heads would suffice.