Nvidia Shield Teardown



Teardowns provide a look inside a device and should not be used as disassembly instructions.

Featured Guide

Featured Guide

This guide has been found to be exceptionally cool by the iFixit staff.

It's a gamepad. It's a tablet. It's a gamblet—erm, Shield? You love your hybrid car, you love your hybrid golf clubs, but will you love this hybrid game console? We're still not sure if this is an awesome gaming tablet, or an awesome tabletting game console. But what we do know is that we want to see it naked.

Join us as we meld gadget-gutting fun with punny inquisition in our Nvidia Shield Teardown.

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Step 1 Nvidia Shield Teardown  ¶ 

  • Before we can consider this device worthy of teardown, we must put it through rigorous testing. Good news—it passed the personal gaming test with aplumb. Let's check out some specs:

    • Nvidia Tegra 4 Quad Core Mobile Processor

    • 5-inch 1280x720 pixel Multi-Touch Retinal Quality display

    • 16 GB Flash Memory with microSD slot

    • 2 GB RAM

    • 802.11n 2x2 Mimo Wi-Fi

    • Bluetooth 3.0

    • Android Jelly Bean operating system

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Step 2  ¶ 

  • Flip off your old TV console, flip up the 5" Shield Retinal display, and settle in for some serious Sonic power—literally.

    • The 294 ppi display and stereo speakers are pretty impressive in this little console.

    • We wonder why it is called a Retinal display, as the eye's retina receives light; it doesn't transmit it. We assume it's because the other kids are jumping off the proverbial bridge.

  • Enough hedgehoggery. Let's see what this bad boy is packing.

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Step 3  ¶ 

  • The 20+ ounce Shield may not be ultra-portable, but that doesn't stop it from having a lot of sweet ports.

    • MicroSD

    • Mini-HDMI output

    • Micro-USB 2.0

    • 3.5 mm stereo headphone jack

  • We at iFixit would like to formally nominate the Nvidia Shield for the Coolest Air Intake Award.

    • Was the neon green accent necessary? Probably not. But maybe active cooling on a handheld is something worth showing off.

  • A look at the model number, P2450, reveals no hidden message, though conspiracy theories are always welcome.

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Step 4  ¶ 

  • Screws and screw covers—old news for the teardown fans in the audience. Not to worry, we'll make it quick.

    • Screws are old news, but good news. We want to save our epic battles for gaming, not for repairing.

  • We are eager to crack into this device for a few reasons:

    • Though the Shield is marketed primarily as a gaming device, it fills a unique cross-device niche.

    • The build and functionality of the Shield allow it to very nearly fill the role of a small tablet.

    • This opens up the market possibility of intense gaming tablets, a technological convergence that could reduce the number of devices you own and throw away.

    • It might be from outer space.

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Step 5  ¶ 

  • One thing is for sure—with its shields disabled, this device looks nothing like any tablet we've ever taken apart…

    • …or game console…

    • …or anything…

    • …except maybe Shellder.

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Step 6  ¶ 

  • The flick of a spudger and a few connectors are all that you need for button panel assembly disassembly.

  • The buttons are a big selling point of the Shield, making it a full-fledged controller for hard-core gaming.

    • The bummer is, many games don't have controller support.

    • On the tablet front, the joysticks can be used for touch-free tablet browsing, albeit a little glitchy and unintuitive.

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Step 7  ¶ 

  • It combines PC gaming, Android gaming, Netflix viewing, and web surfing, so it's hard to deny that the Shield has some serious potential.

  • It is impossible, though, to deny that it has serious potentiometers! The ubiquitous little orange controllers can be found under the triggers and the joysticks.

  • We unscrew the joystick board to get a closer look at these little guys.

Step 8  ¶ 

  • Check out the potentiometers as we jog that dial…

  • What's a potentiometer, you ask? Good question.

    • A potentiometer is a special type of resistor that has multiple terminals and an adjustable voltage divider.

    • A mechanical action, in this case the movement of the joystick, changes the resistance of each potentiometer. Measuring the voltage through each potentiometer indicates the joystick's deflection along two axes, pinpointing its position.

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Step 9  ¶ 

  • A, B, see the D-pad come out of the Shield.

  • The button board registers presses of the ABXY buttons, the D-pad, and five control buttons.

  • We love the modularity of this design. Just in case the button mashing gets out of control, we are happy to know that the button board can be replaced separately from other components.

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Step 10  ¶ 

  • Next out are the stereo speakers.

    • When life short-circuits into mono, we take comfort in modular speakers. That way, you are never more than a short repair away from living in stereo.

  • While they are not portable-rave quality, the Shield has some nice speakers. As we mentioned before, these speakers offer great bass for their buck.

  • And now for something completely different: we spy with our keen eye, a magnet!

    • This guy is either attracted to the shell, to help it stay clammed up, or lets the display know when to shut off, then again… Por qué no los dos?

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Step 11  ¶ 

  • Turning our attention back to the rest of the device, we remove the Frogger-esque air intake cover from the Shield.

    • Our fingers are crossed for aftermarket replacements in various colors.

  • Unfortunately, the connectors for the antennas are all trapped under a midframe, for now. At least we can spudger the forward antenna array off of the battery to free it up.

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Step 12  ¶ 

  • We've heard rumors that the Shield has a crazy-long battery life. After some fussing, we're able to remove the three Sanyo battery cells that are responsible for the extended action.

  • The three-cell, 3.7 V, 7350 mAh, rechargeable lithium-ion battery's case is labeled 131907887.

    • These numbers add up to plenty of play time.

  • There is a small circuit board connecting the three cells of the battery. Our best guess? A charging control circuit.

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Step 13  ¶ 

  • Keeping cool is important for electronics, and if your fan stops working, the rest of your device is likely soon to follow.

  • Luckily, the Shield won't be needing anger management counseling, as the fan is a breeze to replace—it contains no screws, and its bumpers simply fit into slots on the midframe.

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Step 14  ¶ 

  • We're excited to remove the display, but are quickly thwarted. The midframe blocks the display data cable and antenna cables, pinning their connectors down. We already had trouble getting to the midframe, blocked underneath the hinge bracket—we soon find ourselves in a vicious cycle of component Jenga.

  • We remove some screws and eventually lift the midframe out of the Shield.

  • This reveals a display cable with a fancy connector board, à la MacBook.

Step 15  ¶ 

  • At iFixit, we have two sincere loves:

    • Making things better.

    • Lighting things on fire.

  • For this teardown, sparks flew as our two loves met and we rekindled an experiment from a teardown of yore, this time with the power of video documentation.

  • Yes, the midframe is magnesium.

  • No, we didn't need to resort to desperate measures in the name of love, science, and the love of science.

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Step 16  ¶ 

  • The last components to come out of the body are the motherboard and the heat sink.

  • All that remains is the cold, empty shell that once held life.

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Step 17  ¶ 

  • With the motherboard finally free and de-shielded, we get a look at the notable players:

    • Nvidia Tegra 4 Quad Core Mobile Processor

    • Samsung KLMAG2GE2A memory eMMC

    • AzureWave AW-AH691 wireless module

    • SK Hynix H5TC4G63AFR 512 MB DDR3 SDRAM (4 ICs for 2 GB total RAM)

    • InvenSense MPU-6050 6-axis gyroscope and accelerometer

    • Realtek AL5639 (probably similar to AL5634) audio microcontroller

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Step 18  ¶ 

  • An Nvidia Shield shield!

  • We missed it during play time, but the silver shield atop the Shield is its own piece, secured to the device by magnets.

    • Easily removed means easily modified—we expect to see some awesome stenciled-up Shields.

  • We have been pondering the nomenclature choice for this device, and the fact that it comes with its own high-tech shield seems too blatant a reference. Could the shield be a more secretive, more subtle allusion?

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Step 19  ¶ 

  • Ten minutes of mild terror with a spudger, and the display is free of the tape adhering it to its casing.

  • With the casing out of the way, we find a few antennas, a single IC, and a display cable hanging out on the back of the display.

  • Here are the markings we found:

    • Display: LH500W1-SD03

    • IC: RM31100

    • Indistinguishable scribbles: yeah, right…

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Step 20  ¶ 

  • Nvidia Shield Repairability Score: 6 out of 10 (10 is easiest to repair)

    • Durable design will stand up to regular backpack-toting.

    • Modular design means lower repair costs, because small parts can be replaced individually.

    • The Shield is an all-new type of device, and it feels like there is a lot of room for improvement in repairability. For now, a complicated interior design makes repair and reassembly difficult.

    • While the hinge seems sturdy, stubborn adhesive makes display repair risky, and involved disassembly makes removal difficult.

    • The battery is not easily accessible, and will require some tricky disassembly to replace.