Some notes about my component selection: I went with the fastest compatible CPU, and that’s the T7600. With these items in mind, I settled on the following upgrades: The iMac also utilized a standard SATA connection for the hard drive, allowing for an easy swap without consideration for the proprietary temperature sensors found on newer models. Not counting the Mac Pro, it was one of the last Macs with a socketed CPU, meaning that processor upgrades were possible if you could dig your way though the tightly-packed design of the system’s innards ( Update: As many have pointed out, certain iMac models as late as the current 2013 generation also preserve the socketed CPU).
Late 2006 macbook memory upgrade upgrade#
Still, the 2006 iMac was uniquely suited for this upgrade project. Further, the system’s GPU, a Radeon X1600 with 128 MB of memory, was soldered to the logic board, with no practical hope of removal. As we’ll discuss, I was able to raise the default RAM limit, but only to 4GB, and the built-in SATA connection was limited to a measly 1.5 Gbps. Instead of wiping the system and selling it for maybe $100, I decided to see if a major overhaul could give this system new life.ĭespite my ambitions, there were some constraints that were unavoidable.
:max_bytes(150000):strip_icc()/208MacBookPro-5a8df96cff1b7800376a39fc.jpg "late 2006 macbook memory upgrade")
The 2.0 GHz Core Duo CPU was fine for basic tasks, but its 32-bit nature, and 2GB of RAM also greatly limited my software options. The 250GB hard drive was making more noise than I was comfortable with, and the operating system, now OS X 10.5 Leopard, wasn’t able to run any modern software. After picking it up again the other day, it was still in great physical condition, but was starting to show its age. The Mac served me well, but I was quickly drawn to the Aluminum iMacs released in late 2007, so I upgraded and sent the neglected 2006 model to live with its grandparents.
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