Although my notebook of choice (and primary computer) is my MacBook Air, I sometimes prefer something smaller and cheaper to hit the road with… Enter the netbook!
Welcome to part 4 of a multi-part post on moddng the Acer Aspire One!
In part 1, I showed how to take the Aspire One apart, how to upgrade the RAM, and how to add internal Bluetooth. In part 2, I showed how to replace the SSD with a 1.8″ PATA hard drive and how to reassemble the Aspire One. In part 3, I showed you how to add internal 3G (specifically HSDPA)…
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But I’m planning to bring you a lot more goodness – in fact, Matthew Bennett and I are starting a weekly podcast. So come back soon and come back often :)
Welcome to part 3 of a multi-part post on moddng the Acer Aspire One!
In part 1, I showed how to take the Aspire One apart, how to upgrade the RAM, and how to add internal Bluetooth. In part 2, I showed how to replace the SSD with a 1.8″ PATA hard drive and how to reassemble the Aspire One…
Now that I’ve returned, here’s what’s happening:
- I’m playing with a Nokia E71 for a couple weeks
- Tomorrow I’m heading to Helsinki for the Nokia Open Lab workshops…
- Then I’m off to Austin GDC!
- I’m still waiting for some parts to arrive for part 3 of my multi-part post on modding the Acer Aspire One
Welcome to part 2 of a multi-part post on moddng the Acer Aspire One!
In part 1, I showed how to take the Aspire One apart, how to upgrade the RAM, and how to add internal Bluetooth. Today I demonstrate how to replace the SSD with a 1.8″ PATA hard drive and how to reassemble the Aspire One…
The Aspire One SSD features the same ZIF connector found on 1.8″ PATA hard drives, which are small, light, efficient, affordable, plentiful, and somewhat shock resistant – all this while providing more storage and better performance than this particular SSD. Blame the iPod :)
Apparently, there’s just enough space for a thin (5 mm) 1.8″ PATA hard drive under the Aspire One’s motherboard. I happened to have such a hard drive floating around, a 60 GB Samsung HS06THB. It’s a plug-and-play mod – just disconnect the ribbon cable from the SSD and connect it to the hard drive.
I used double-sided adhesive foam squares to secure it to the motherboard. This adds some padding and provides protection for the hard drive, but makes for an even tighter fit. Check out the pictures.
In part 3, I’ll be adding internal 3G to the Aspire One. Stay tuned :)
Update: As mentioned in various people’s comments on various other posts that have linked to my mod, thick (8 mm) 1.8″ PATA hard drives also fit!
Also, if you are having problems connecting the existing ribbon cable to the 1.8″ PATA hard drive, try another ribbon cable with a different thickness. If the 1.8″ PATA hard drive is not recognized once connected, try flipping it over (it’s unlikely to be damaged if improperly connected)…
Welcome to part 1 of a multi-part post on moddng the Acer Aspire One!
In this part, I demonstrate how to take the Aspire One apart, how to upgrade the RAM, and how to add internal USB Bluetooth…
The internal USB Bluetooth mod is pretty much identical to the one I performed on my Asus 701 (Eee). It works without interfering with the built-in wireless or disabling any of the available USB ports. Use this post for reference.
Basically, I connected a micro USB Bluetooth module (Bluetooth 2.0 + EDR) to a 5V trace (off in standby), a nearby ground trace, and the USB signals (pins 36 & 38) available on the mini PCIe card slot occupied by the WiFi card. The Bluetooth module was stripped, wrapped in Kapton tape and installed under the palm rest.
In part 2, I’m going to show how to replace the SSD with a 1.8″ PATA hard drive and how to reassemble the Aspire One.
I’ve been eying the Acer Aspire One for a while now, because it’s one of the few netbooks equipped with both a 9″ 1024×600 pixel screen and a 1.6 GHz Intel Atom CPU that’s true to the original spirit of netbooks, i.e. affordable, small, light, SSD, Linux, and mod-friendly.
I learned from my experience with the Asus 701 (Eee) that the 7″ 800×480 pixel screen was too small and that the underclocked 900 MHz Celeron CPU was too lethargic. But I liked the sub-$400 price, sub-3 lbs weight and hack-appeal of the original Eee :)
I was disappointed with the HP 2133 (Mini-Note), because of the price, weight and the limited mod-appeal. Built-in Bluetooth was nice and the keyboard was fantastic, but the 9″ 1280×768 pixel screen was too good for my eyes (resolution-wise), the Via C7-M CPU was too inconsistent (performance-wise), and the 120 GB HD was overkill…
I’m really enjoying the Asus 901 (Eee), with its 9″ 1024×600 pixel screen, 1.6 GHz Intel Atom CPU, 12 GB SSD, built-in Bluetooth, multitouch trackpad, and hack-friendly design – but the price is too high!
I’m very impressed so far. The SSD uses a 40-pin ZIF connector compatible with most 1.8″ PATA hard drives, and there’s a missing mini PCIe connector and SIM holder on the motherboard for 3G. But first, I’ll be upgrading the RAM and adding internal Bluetooth.
It’s just so, so, so hack-elicious :)
Update: I’ve cracked it open, upgraded the RAM to 1.5 GB, and located an additional USB port and power on the motherboard for Bluetooth.