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Mophie Speedport 67W Dual Port GaN PD 3.0 USB-C Wall Charger $46 + Delivery ($0 with $200 Order) @ Wireless 1

240

Another decent GaN charger for a discounted price.

Dimension: 56 x 50 x 28 mm
Weight: 90 g
Input: AC 100-240V ~ 1.5A 50/60Hz
Output:
- USB-C #1 PD 3.0 (5V/9V/12V/15V 3A, 20V 3.35A) 67W Max
- USB-C #2 PD 3.0 (5V/9V/12V/15V 3A, 20V 3.35A) 67W Max
- Compatible with iPhone, iPad, Galaxy, Pixel models*

Another deal that can be compared with this deal
https://www.ozbargain.com.au/node/791056

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closed Comments

    • +16

      Why do you keep commenting this whilst refusing to explain why exactly you have an issue with GaN chargers?

      • +3

        Looking at the edit, OP originally had Gan.

        It is such a stupid and pedant thing to comment about tho.

        EDIT: I saw their previous comment and gave you a +

        • +2

          Why you getting so triggered though

      • Based on the way it is used, I think many Ozbargainers don't know what it means.
        There may even be an association with cheap chargers. Or, connecting GaN with whether devices charge.

    • +1

      Which is a good thing! Small form factor, more power, generates less heat and is less prone to voltage fluctuations.

  • this or the belkin posted earlier?

    • This appears to be bulkier than the Belkin.
      It does support PPS as per Amazon.com reviews.

    • +2

      This one doesn't support PPS? If you don't use Samsung then you'll be fine? PPS = faster charge for Samsung that's all.

      What is PD / QC / PPS etc.?

      PPS allows for stepwise changes in current and voltage. It decreases the conversion loss during charging, ensuring the charge is more efficient. When the charge is more efficient, less heat is produced, and when less heat is produced, a battery’s lifespan increases. So, PPS fast charging is better for your device’s battery.

      PD is a standard for handling higher power that was introduced by the USB Implementers Forum. It allows devices to charge fast over a USB connection. It provides high-speed charging with variable voltage using intelligent device negotiation. Devices negotiate a power contract to determine how much power they can pull from a PD charger.

      QC is one of the most common fast charging protocols on the market and is found in many popular smartphones. It was invented by Qualcomm, which makes mobile CPUs. The charging standard supports backward compatibility, which means a QC 4+ charger can fast-charge a QC 3.0 device. Quick Charge achieves fast charging by increasing the charging voltage, boosting the wattage in the process. QC 5, the latest standard in Quick Charge technology, can recharge smartphones to 50% in five minutes.

      OP: https://blog.ravpower.com/2021/02/pps-fast-charging/

    • +1

      Would know the wattage it outputs for each port when both in use, one review on Amazon US states that it’s the same as the Belkin -45w and 20w

  • Similar price delivered after using ebay code.
    https://www.ebay.com.au/itm/295457990241

  • -1

    Overpriced

    • -1

      Compared to?

  • GaN charger

    • -1

      What does that mean though?

      • +1

        A GaN charger is a charger built with gallium nitride rather than the more popular silicon. As a result, it is more compact, energy-efficient, and quick to charge than a conventional charger. -Google

  • You can get gan charger on aliexpress 10x cheaper if you can wait two weeks. Or am I missing something?

    • +1

      Chances are - skimped on components, design. You're likely to have issues with longevity, no Australian standards, it may not have insulated pins(if that's important to you).

      Mainstream Chinese brands aren't "10x cheaper". Those chargers are built to a price. It's a real case of you get what you pay for, though, you may be lucky.

      • If you lucky it is made at the same factory 🏭

        • +1

          Yeah, chances are with "10x cheaper" versions, you're getting low quality regardless of which factory it is made in.

    • I’m an avid AliExpress user, but chargers aren’t something I’m going to skimp on. Risk a fire or damage to my phone, to save a few bucks, nah! That’s where I draw the line.

      Now where was that Lepin I was ordering

  • +1

    price matched with JB
    Cheers OP

  • Is GaN a gimmick? (in this context)

    I got a cheap 65W GaN from earlier deal. Seems to work fine, runs 90% efficient. But so did the original Dell charger.
    The new one is smaller and lighter. So more heat density. Will it be as reliable? My laptop does not draw more than around 45W for long, so not worried.

    Do these cheap GaN chargers use one of those nice modern GaN ICs, or just a discrete GaN FET?

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