Tools Featured in this Teardown

This teardown is not a repair guide. To repair your Nintendo WaveBird Wireless Controller, use our service manual.

This is the connector side of the WaveBird receiver. Remove two tri-wing screws, and separate the black and gray halves of the receiver.
  • This is the connector side of the WaveBird receiver.

  • Remove two tri-wing screws, and separate the black and gray halves of the receiver.

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Remove four tri-wing screws to remove the connector from the housing. Remove four tri-wing screws to remove the connector from the housing.
  • Remove four tri-wing screws to remove the connector from the housing.

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  • Insert wisdom here.

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Red: 3.43V logic supply (pin 1 on cable)
  • Red: 3.43V logic supply (pin 1 on cable)

  • Brown: Ground (pin 3 on cable)

  • Green: Data (pin 2 on cable, recessed by 2mm into connector)

  • Violet: Shield (pin 4 on cable)

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The PCB has a metal RF shield that protects the radio from interference from the game console; this extends the useful range of the controller. One half of the shield is held on with friction clips; the other half must be desoldered.
  • The PCB has a metal RF shield that protects the radio from interference from the game console; this extends the useful range of the controller.

  • One half of the shield is held on with friction clips; the other half must be desoldered.

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The IC is a custom (or relabeled) Nintendo chip marked "WCRX-DOL / T2.7488K1".  ("Wireless Controller Receiver - Dolphin").  It is presumably a microcontroller that decodes signals from the radio and sends them to the console.
  • The IC is a custom (or relabeled) Nintendo chip marked "WCRX-DOL / T2.7488K1". ("Wireless Controller Receiver - Dolphin"). It is presumably a microcontroller that decodes signals from the radio and sends them to the console.

  • This 4-pin connector goes to the joypad connector on the GameCube.

  • Desolder these four points to remove the shield and expose the radio on the other side.

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The bottom side has all the RF circuitry -- the chip is a Nintendo chip marked "WR-DOL / H2102 / CG2710 / 02", presumably the radio.
  • The bottom side has all the RF circuitry -- the chip is a Nintendo chip marked "WR-DOL / H2102 / CG2710 / 02", presumably the radio.

  • EPCOS X6882 custom bandpass filter

  • Trim-pot for adjustment at the factory -- could be a frequency tweak or gain adjustment.

  • The rotary switch allows the user to choose a frequency to avoid interference with other devices.

  • The antenna is mounted directly on the PCB, inside the device.

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bushing

Member since: 04/23/2010

8,615 Reputation

14 Guides authored

3 Comments

Hello. I have 2 receivers that only have three pins. Just below the Data pin there is nothing there...not as your pictures show. I bought a wavebird on ebay and it wont work. How can both of my receivers be missing a pin? I treat them like gold because I know these are not manufactured by Nintendo anymore. So it looks like the 2mm into connectors are missing. What? How?

cllonyx - Reply

The Wavebird receiver only needs 3.3volts, data and ground to operate so that's why there is only 3 pins.

If you gave more details on whats happening it would be much easier to diagnose the problem.

Ivan -

My receiver is dead I think. The controller is perfectly fine but the receiver light won't even come on. Any suggestions how to resurrect this receiver?

Stan Roy - Reply

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