Introduction

One of the many mid segment smartphones from Wiko. We took a closer look at this affordable smartphone.

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This teardown is not a repair guide. To repair your Wiko Pulp 4G Phone, use our service manual.

Image 1/3: Qualcomm® Snapdragon Quad-Core with 1.2 GHz Image 2/3: 2 GB RAM and 16 GB ROM (and additional Micro SD for up to 64 GB) Image 3/3: 5 inch IPS Display with 1280x720 pixels
  • So, what do we have here? This affordable smartphone offers some impressive specs at first glance:

  • Qualcomm® Snapdragon Quad-Core with 1.2 GHz

  • 2 GB RAM and 16 GB ROM (and additional Micro SD for up to 64 GB)

  • 5 inch IPS Display with 1280x720 pixels

  • 13 megapixels camera with 1080P video recording at 30 fps

  • USB OTG connection, a standard 3.5mm headphone jack, and an integrated Stereo FM Radio receiver

  • Android​ 5.1 Lollipop

  • Dual sim: 1 micro SIM + 1 nano SIM

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Image 1/3: With the Wiko's official length measuring 143.9 mm from top to bottom, it is only 0.1 mm shorter than the shift5.1. Image 2/3: We played a very simple game of smart phone Jenga with the phones to see how their widths and thickness...''stack'' up to each other. Image 3/3: Both have the same width: 72 mm.  The Pulp4G, on top, is 8.8 mm thick, yet it appears thinner than the 7 mm of the shift 5.1, possibly due to its curved edges.
  • We line a shift5.1 (left) up next to our Wiko Pulp 4G and see some similarities in their designs.

  • With the Wiko's official length measuring 143.9 mm from top to bottom, it is only 0.1 mm shorter than the shift5.1.

  • We played a very simple game of smart phone Jenga with the phones to see how their widths and thickness...stack up to each other.

  • Both have the same width: 72 mm. The Pulp4G, on top, is 8.8 mm thick, yet it appears thinner than the 7 mm of the shift 5.1, possibly due to its curved edges.

  • The back cover has a different look but is the same kind of snap off.

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Image 1/2: Image 2/2:
  • Starting with the easily removable back cover we begin our journey towards the inside of this smartphone.

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Image 1/3: With 9.5 Wh (2500 mAh @ 3.8 V), it finds its place ahead of the [https://www.ifixit.com/Teardown/iPhone+6+Teardown/29213#s69246|iPhone 6] with 6.91 Wh (1810 mAh @ 3.82 V) and close behind the [https://www.ifixit.com/Teardown/Samsung+Galaxy+S5+Teardown/24016#s61515|Galaxy S5] with 10.7 Wh (2800 mAh @ 3.85 V). Image 2/3: With 9.5 Wh (2500 mAh @ 3.8 V), it finds its place ahead of the [https://www.ifixit.com/Teardown/iPhone+6+Teardown/29213#s69246|iPhone 6] with 6.91 Wh (1810 mAh @ 3.82 V) and close behind the [https://www.ifixit.com/Teardown/Samsung+Galaxy+S5+Teardown/24016#s61515|Galaxy S5] with 10.7 Wh (2800 mAh @ 3.85 V). Image 3/3: With 9.5 Wh (2500 mAh @ 3.8 V), it finds its place ahead of the [https://www.ifixit.com/Teardown/iPhone+6+Teardown/29213#s69246|iPhone 6] with 6.91 Wh (1810 mAh @ 3.82 V) and close behind the [https://www.ifixit.com/Teardown/Samsung+Galaxy+S5+Teardown/24016#s61515|Galaxy S5] with 10.7 Wh (2800 mAh @ 3.85 V).
  • The user-removable Li-Po battery pops out with the move of a finger.

  • With 9.5 Wh (2500 mAh @ 3.8 V), it finds its place ahead of the iPhone 6 with 6.91 Wh (1810 mAh @ 3.82 V) and close behind the Galaxy S5 with 10.7 Wh (2800 mAh @ 3.85 V).

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  • The mid frame is held in place by eleven Phillips screws.

  • Having removed those screws we use our trusty plastic opening tool to pry away the mid frame.

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Image 1/2: We are happy to see that it connects to the motherboard via spring contacts, allowing easy replacements in the future. Image 2/2: We are happy to see that it connects to the motherboard via spring contacts, allowing easy replacements in the future.
  • The only thing that remains inside the midframe is the rear facing loud speaker.

  • We are happy to see that it connects to the motherboard via spring contacts, allowing easy replacements in the future.

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Image 1/3: We take a moment to rejoice when we see all those ZIF connectors and bracket-covered press connectors. Then, start swiftly unlocking and unplugging them one by one. Image 2/3: We take a moment to rejoice when we see all those ZIF connectors and bracket-covered press connectors. Then, start swiftly unlocking and unplugging them one by one. Image 3/3: We take a moment to rejoice when we see all those ZIF connectors and bracket-covered press connectors. Then, start swiftly unlocking and unplugging them one by one.
  • On the back of the display assembly we find the motherboard at the top section.

  • We take a moment to rejoice when we see all those ZIF connectors and bracket-covered press connectors. Then, start swiftly unlocking and unplugging them one by one.

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Image 1/3: Second in line is the big brother for the rear facing side which provides 13 megapixels for full HD video recording. Image 2/3: Second in line is the big brother for the rear facing side which provides 13 megapixels for full HD video recording. Image 3/3: Second in line is the big brother for the rear facing side which provides 13 megapixels for full HD video recording.
  • First thing to come out is the small front facing camera which offers 5 megapixels.

  • Second in line is the big brother for the rear facing side which provides 13 megapixels for full HD video recording.

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Image 1/2: Just two more Phillips screws to unscrew and we can take the board out for a close inspection. Image 2/2: Just two more Phillips screws to unscrew and we can take the board out for a close inspection.
  • One of the display cables still clings to the motherboard but can be peeled off easily.

  • Just two more Phillips screws to unscrew and we can take the board out for a close inspection.

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Image 1/2: MSM8916 CPU with an [http://www.arm.com/products/processors/cortex-a/cortex-a53-processor.php|ARMv8 Cortex-A53|new_window=true] Image 2/2: [https://chipworks1.force.com/DefaultStore/ccrz__ProductDetails?viewState=DetailView&cartID=&sku=HYN-H9TQ17ABJTMC-URKUM&&store=DefaultStore|SK hynix H9TQ17ABJTMC|new_window=true] 2GB eMMC RAM storage

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Image 1/3: Last part at the top section is the earpiece speaker. Image 2/3: Last part at the top section is the earpiece speaker. Image 3/3: Last part at the top section is the earpiece speaker.
  • Behind the mother board we remove a rubber gasket that goes around the headphone jack and holds the lens for the LED flash.

  • Last part at the top section is the earpiece speaker.

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Image 1/3: First we disconnect the cable coming from the motherboard and pry out the vibrator. Image 2/3: Next we peel off a small connector plate and disconnect the antenna cable. Image 3/3: Now we are ready to carefully pry out the daughter board itself which is glued in with some double sided tape.
  • At the bottom of the display assembly we find a daughter board with some components.

  • First we disconnect the cable coming from the motherboard and pry out the vibrator.

  • Next we peel off a small connector plate and disconnect the antenna cable.

  • Now we are ready to carefully pry out the daughter board itself which is glued in with some double sided tape.

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Image 1/2: On the other hand, all of the components are soldered to the board, which makes repairing them individually a bit trickier. Image 2/2: USB port
  • Being able to detach the daughter board completely from the cable (and therefore from the mother board) is a big advantage over the shift5.1.

  • On the other hand, all of the components are soldered to the board, which makes repairing them individually a bit trickier.

    • USB port

    • Vibrator

    • Microphone

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Image 1/2: With the sticker gone it is possible to also take away the power and volume buttons. Image 2/2: We stop here, leaving the connector cable in place.
  • Speaking of the connection cable, we peel off the big sticker and find the second display cable running underneath and directly into the display itself.

  • With the sticker gone it is possible to also take away the power and volume buttons.

  • We stop here, leaving the connector cable in place.

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Image 1/1:
  • We take a moment and sum up what we've discovered.

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Final Thoughts
  • Replacing the battery is easy as pie with the swappable back cover.
  • This phone doesn't use excessive glue nor proprietary screws—we found only Phillips throughout the entirety.
  • Most of the components can be replaced separately.
  • The motherboard and daughterboard are connected via a detachable cable.
  • Unfortunately, the components on the daughterboard are soldered on, making a repair on an individual component difficult.
Repairability Score
7
Repairability 7 out of 10
(10 is easiest to repair)

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