Poor Man’s MacBook to MacBook Air Hack


Since I lug my late-2008, aluminum MacBook wherever I go, I decided to reduce its weight while I was making some upgrades.

First, I never carry my power adapter with the extension cord. Granted, the extension cord can be mighty useful in certain circumstances, I find that I don’t need it 90% of the time. Copper wire adds weight, so I decided to only carry the power brick with the removable wall adapter nub.

Second, there isn’t much that you can do without a milling machine and a lot of confidence to reduce the weight of a MacBook. However, you can pull out the optical drive to reduce the overall weight footprint of the MacBook, and in doing so, you make it more like an optical drive-less MacBook Air.

I had planned to go into the guts of my MacBook, because I needed to upgrade its hard drive and its memory. My photo and media collection necessitated a larger hard drive, so I had to replace the 120 GB SSD with a 500 GB Western Digital Scorpio HDD.

I originally purchased the maximum amount of RAM that the MacBook could hold: 4 GB PC3-8500 memory. However, the earlier maximum was dictated by Apple implementing software addressing limitations on the MacBook line, which they removed with Snow Leopard and Lion. I had read about folks installing 8 GB of DDR3 RAM in this MacBook model without any trouble, so I decided to do that, too, because it is an inexpensive upgrade that yields great rewards in system performance.

Replacing a hard drive in this MacBook is relatively painless. You open the battery cover, pull out the battery, remove a screw, pull the hard drive and unplug the SATA cable, using a torx driver you place the drive guides on the new hard drive, replace, plug in the SATA cable, put back the drive holding rail and screw, and replace the battery and cover.

Replacing the RAM in this MacBook is more involved, but it exposes the motherboard and optical drive. Due to going to the trouble to get to the RAM, I decided to add an additional mission to this project: remove the little used optical drive or Superdrive.

New Corsair memory:


To replace the RAM, you have to remove the screws holding the bottom plate with a jeweler’s Philips head screwdriver, pull up the plate, and then you will see everything exposed. The RAM is held in by plastic clamps that can be bent out of the way to release the SODIMMs. You pull the SODIMMs up about 45 degrees and then pull them out of the memory slots. To put in the new RAM, in this case Corsair PC3-8500 4 GB x 2, 8 GB paired memory kit, you slide the RAM in at about a 45 degree angle and push down until the SODIMM clicks into place. You do this for both SODIMMs.

Before removing the optical drive:


To remove the optical drive, you have to remove four tiny Philips head screws, with one of them being under the LCD panel’s data connector, which snakes around the case to the motherboard. To expose that last screw, you have to carefully remove the video feed cable from the motherboard. Remember to plug it back in after you pull the optical drive out. Also, the optical drive is plugged into the motherboard. It is easy to use your fingernail to pop the connector off at the motherboard, but you do have to be careful, because there is a component on the motherboard close to where you put your fingernail. You lift the optical drive from underneath the speaker assembly, and then slide it out all of the way. It is possible to accidentally disconnect the hard drive’s SATA connection to the motherboard when you do this, so remember to check all the connectors before you replace the cover. Also, keep your screws’ locations straight, because they are of different lengths.

After removing the optical drive:


The optical drive, or what Apple calls the Superdrive:


Now, I am less one optical drive, but I have significantly more storage space and application work space. The computer feels slightly lighter, too, which makes my back happy.

Adobe Flash Will Really Deplete Your Battery

After reading this post on Wired which reposts a review of the new MacBook Air from Ars Technica, I am going to uninstall Adobe Flash from my MacBook. As has been widely reported, Apple decided to not include Flash with the latest MacBook Air. The reason given was that it was better for consumers to download the most up-to-date version of Flash on their own rather than shipping busted out-of-date software from Adobe. Apple and Steve Jobs are waging a war against Adobe’s interactive bloatware, and this recent move with the updated MacBook Air seemed to be another salvo. However, it now seems that Apple was concerned about the loss of battery life as a result of having Flash installed. According to the tests by Ars:

Having Flash installed can cut battery runtime considerably—as much as 33 percent in our testing. With a handful of websites loaded in Safari, Flash-based ads kept the CPU running far more than seemed necessary, and the best time I recorded with Flash installed was just 4 hours. After deleting Flash, however, the MacBook Air ran for 6:02—with the exact same set of websites reloaded in Safari, and with static ads replacing the CPU-sucking Flash versions.

I would like to see if I get some lost battery time back without Adobe Flash’s rapacious need for CPU cycles. Unfortunately, I believe that many sites that I use rely on Flash for interface elements, so I don’t know if I will be able to keep Flash off of my MacBook. Flash could become the zombie app that you just can’t keep down as it hungrily seeks electrons.