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Under The Hood: 17-Inch Macbook Pro

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Goddamn would you look at the size of this thing. Two gigantic fans that look like they belong on the latest GeForce card and a battery that can be used to fend off potential attackers. iFixIt, a company that regularly goes inside brand new Macs to get a closer look at them, cracked open a brand-spankin’ new 17-inch unibody Macbook Pro. You know, the one you can’t remove the battery from.

Well apparently, you can remove the battery. It’s just going to require a lot of effort and void your warranty – as if you didn’t see that one coming. iFixIt says it’ll sell replacement batteries for the Macbook Pro, which is good to know considering Apple wants to charge you $180 to install and replace your old one.

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The Roundabout Kensington Surge Protector

Whether you’re hosting a LAN party or you just have an ass load of video game consoles to power, there is one peripheral that is more important than all the rest: the surge protector. With the circular design of the SmartSockets Table Top, you’ll not only be safeguarding yours (and your LAN buddies’) electrical equipment with 1500 joules of protection, but you’ll also prevent clutter. Well, so long as all the wires go their own separate ways.

Still worried about your gear? For Amazon’s price of $47.02, Kensington offers a $50,000 connected equipment replacement warranty. C’mon Kensington, buy me my next computer. Please?

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Orthopedic Technology Expands With RFID Implants

I manage to hurt myself multiple times throughout each given month, usually in places which are easy to fracture, such as the ankles or the wrists. Whether it’s due to clumsiness or completely accidental, the fact remains: I’m in pain. The good news is orthopedic firms are planning on using RFID implants to monitor a transplant’s performance while in use.

Orthopedic devices like a knee replacement must be calibrated to ensure correct functionality.  Surgeons need informational feedback when a patient returns for a follow-up after a procedure.  Sensors embedded in an implant could transmit that information to a computer allowing the surgeon to determine if the implant is performing to its full expectation.  Think of it as Scholastic’s Magical School Bus meets real life; identifying problems on the inside of the body while remaining outside of it.

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