Acer Aspire E1-771G Intel SATA AHCI Driver Windows XP
Acer Aspire E1-771G Intel SATA AHCI Driver
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Acer Aspire E1-771G Intel SATA AHCI Driver
Actual contents were considerably less. Depending on compression, each image of all five partitions totaled around 26 GB. Now I was ready to install my new SSD and hard drive. I did this by following the advice in an instructional video.
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Basically, I had to unplug the power and battery and remove the big panel on the back of the machine. The screws did not actually come out of the panel; I had to gently pry the panel out with the loosened screws still partway inserted into it. A Kingston video Acer Aspire E1-771G Intel SATA AHCI I found after the fact advised that I should have pressed the power button after removing the battery and the power cable, just to be sure there was no lingering power in the system.
For the one installed hard drive, I removed the two obvious but tiny screws and slid the drive out, away from where the screws had been.
Now I could see that, while Crucial incorrectly reported two RAM sockets, I actually had two in each of two banks, for a total of four socketswith a reported maximum capacity of 32GB. To remove an existing module, I would use a fingernail to push the clips aside.
Here, the photo shows the clips for Module 1 already partly pushed aside. The module would then pop up. To add another module instead of removing one, I would just push Acer Aspire E1-771G Intel SATA AHCI into the empty socket shown here as Socket for Module 2 and then push it down until its clips Clips for Module 2 held it in place. When I did add the third module, later, I had to play around for a while before I figured out how to get it to go in all the way.
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Installing two hard drives meant removing the mounting bracket also called a caddy or Acer Aspire E1-771G Intel SATA AHCI tray from the stock drive and installing it onto the SSD, and also getting a second bracket for the replacement hard drive. The bracket is the light-colored piece of metal shown in the drive bay at the bottom left of the photo above.
I had not realized that it would be necessary to buy a mounting bracket. It was hard to find one.
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The part number stamped onto the existing bracket was 13NNM Those are zeroes, not ohs. A search turned up very few references to it.
I eventually found it: This was not a situation calculated to inspire love of Acer. Designing a substitute would not be easy: It looked like a bracket for an Acer Aspire G might also fit. I sent them an email asking if they had a caddy for a G.
They eventually pointed me to exactly the right item in their product list. But by that point, I had worked out my own solution. First, I decided to use the existing caddy for the replacement hard drive, since unlike the SSD it had exposed circuits that might come afoul of whatever paper clips or pieces of rubber I might shove into the bay to support it in lieu of a genuine mounting bracket.
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I swapped the bracket from the stock drive to the replacement drive, put the replacement HDD into drive bay 2, and focused my attention on the SSD and drive bay 1. One possibility was to use tin snips to cut up a soup can and bend the resulting pieces into four appropriately sized and shaped brackets, one for each corner of the SSD.
I reasoned that it might not be necessary to have the two tongues that screws would affix to the case see photo, above if I could instead design springy brackets that would push up, down, and sideways at the opposite end of the SSD. This sounded like Acer Aspire E1-771G Intel SATA AHCI lot of work and perhaps several sliced fingers from the sharp edges of the tin, however, and anyway I figured most people do not have tin snips and therefore my solution would be unhelpful though some kinds of ordinary scissors might also be sacrificed to the mission.
I noticed that the drive bay and the inside of the back panel came with pieces of foam and solid rubber installed. I guessed that drive temperatures probably would not be so hot as to melt those pieces. So it seemed that I might use rubber to keep the SSD in place upwards and downwards.