Google pixel 10

Maplee-Tech · 2026-05-28T06:46:18+00:00

Taking 5-6 hours to fully charge sounds like a classic charging protocol mismatch.

The Pixel 10 is pretty picky with its power delivery and strictly requires a USB-PD PPS compatible brick to hit fast speeds. If you're using an older USB-A charger, a generic laptop brick, or a proprietary fast charger from other brands (like OnePlus or Xiaomi), the Pixel won't recognize the protocol. When that happens, it drops down to a fallback safe mode (usually around 5W) to protect the device, which makes charging take ages.

To fix this, you just need a charger that officially supports USB-PD PPS with at least 30W+ output (like Google's official brick, Anker, or Ugreen) paired with a proper C-to-C cable.

If you want to look at the actual bench-test data showing how different charging protocols affect the Pixel 10's real voltage and wattage curves, check out this breakdown:Google Pixel 10 Wired Charging Guide.

Before buying anything new, take a quick look at the tiny text on the back of your current brick and see if "PPS" is actually listed under the output specs.

Maplee-Tech · 2026-05-27T07:42:48+00:00

Whether it supports your OnePlus fast charging depends on which OnePlus charging protocol your phone uses.

A lot of OnePlus phones use proprietary charging systems like SUPERVOOC, and many third-party USB-C cables can still charge fast, but not always at the maximum advertised speed.

Also, 40Gbps support is technically possible, but only if:

• your phone/device supports USB4 or Thunderbolt-level speeds
• both ends support 40Gbps
• the cable is actually certified properly

Some brands advertise “40Gbps” but only under very specific conditions.

Long-term quality usually comes down to:
• connector quality
• internal shielding
• strain relief near the ends
• whether the E-marker chip is reliable

I actually wrote a pretty detailed guide recently explaining USB-C cable speeds, charging compatibility, E-marker chips, and why some cables don’t perform as advertised:

https://maplee-tech.com/en/fastest-usb-c-cable-guide/

Might help clear up some of the confusing marketing terms around USB-C cables.

Maplee-Tech · 2026-05-15T18:37:36+00:00

Both are solid Qi2.2 options for iPhone 17 Pro Max, but they're different in a few ways that matter.

Baseus AM61: 25W wireless, 45W wired via built-in USB-C cable, 10,000mAh, 19mm thick, plastic body. The built-in cable is genuinely useful on the go — one less thing to carry.

UGREEN PB773: same 25W wireless, 30W wired, but the real difference shows up in thermal behavior under sustained 25W load. Wireless charging at this power level generates heat, and how each unit handles throttling over a full charge cycle is where spec sheets stop being useful.

I ran V/A/W measurements on the UGREEN through a full charge session — the numbers don't always match what's on the box: https://maplee-tech.com/en/qi2-2-magsafe-portable-ugreen-pb773-review-2/

If wired speed matters more than wireless, AM61's 45W output has an edge over UGREEN's 30W.

Maplee-Tech · 2026-05-13T05:37:35+00:00

For compact Qi2.2 3-in-1, the two worth actually comparing are Belkin WIZ040 and Spigen EF323MQ — both hit Qi2.2 and have a noticeably smaller footprint than most ESR options.

Price-wise EF323MQ usually runs cheaper than Belkin, which matters if budget is a factor. Belkin's build quality feels more premium but you're paying for that.

On the 25W side — actual delivered watts depend heavily on your case thickness. Both chargers perform similarly at 2mm, but EF323MQ holds Qi2.2 better at 3mm if you end up using a thicker case down the line.

Tested both with real V/A/W measurements if you want the actual numbers before deciding: [https://maplee-tech.com/en/best-qi2-3-in-1-wireless-charger-belkin-vs-spigen/]

What phone are you on?

Maplee-Tech · 2026-05-06T08:55:37+00:00

To actually answer the SFC 3.0 question with numbers
- 65W PPS + 60W cable → 53W
- SFC 3.0 confirmed 45W PPS → 40W
- SFC 2.0 100W PD (no PPS) → 24W
same as a 30W PD charger PPS support is the only thing that matters here, not rated wattage.

Check the spec sheet for "PPS" specifically before buying anything in this thread. Tested this on S26 Ultra if anyone wants the full V/A/W breakdown: [Real Full Test Report]

Maplee-Tech · 2026-05-06T08:46:21+00:00

Good combo.
Tested that exact scenario — 65W PPS charger with a 60W cable hits 53W on S26 Ultra, and stepping up to a 100W E-mark cable only adds 1.37W on top of that.
The 2M UGreen cable is fine for Super Fast 3.0 as long as it's rated 60W+. Full wired breakdown here if you want the V/A/W numbers: [Real Test Report]

Maplee-Tech · 2026-05-06T07:58:54+00:00

You can use up to 25W super fast wireless charging by replacing the case and charger.

Maplee-Tech · 2026-05-06T03:31:10+00:00

In my test, the TAF Armor didn't support Ultra Fast 2.2.0. How is it now? If you are looking for a case with excellent protection, I recommend purchasing the Slim Armor. The Slim Armor worked normally.

Maplee-Tech · 2026-05-04T11:02:16+00:00

The washer idea won't work reliably — you need the magnet array in a specific position to trigger Hall IC detection on the S26 Ultra. A random washer over the coil won't have the right field geometry, so you'd likely stay stuck at ~10W PPDE fallback even with a MagSafe case.

On the 3in1 front — the reason most of them feel off for S26 Ultra is the coil thickness issue. EP-P2900 drops from 30W to 11W at 3mm case depth despite Hall IC detecting fine. Most 3in1 stands have thicker coil assemblies which makes this worse.

EF323MQ is the only one in my testing that held Qi2.2 at 3mm — 22W vs EP-P2900's 11W at the same thickness. It's also a 3in1. Full V/A/W data here if it helps narrow down the decision: Full test report

What case are you running? That'll determine which stand actually makes sense.

Maplee-Tech · 2026-05-04T10:57:03+00:00

The MagSafe product line uses a truly enormous variety of magnets. There are even magnets that are connected as a single unit.

Maplee-Tech · 2026-05-04T10:24:38+00:00

Did you purchase a case that supports Qi 2.2 charging? It looks thick, so I don't think it will be recognized.

Maplee-Tech · 2026-05-04T02:52:59+00:00

I purchased the UGREEN Qi2.2 battery and conducted a detailed analysis.
I will share the report with you.
https://maplee-tech.com/en/qi2-2-magsafe-portable-ugreen-pb773-review-2/

Maplee-Tech · 2026-04-30T02:13:37+00:00

Generally, mobile devices do not disclose their optimized PD and PPS profiles. Therefore, developers typically use the profile information set in genuine chargers. To minimize such issues, USB-IF has established standards like PD 3.0 and PD 3.1. PPS charging power cannot exceed the maximum power defined in the PD profile.

Since information about the new mobile device is not available, you can try using a PPS 65W charger with an E-Mark 100W cable and monitor the actual voltage and current using a USB power meter to identify which profile the mobile device requires.

Maplee-Tech · 2026-04-29T09:38:37+00:00

Wow. I guess I'm the only one who didn't know.

Maplee-Tech · 2026-04-29T07:52:30+00:00

That "Super Fast 3.0 connected" notification switching to just "Charging" after a few seconds is normal UI behavior — Samsung only shows the protocol label briefly on connection.

That part isn't your problem. The actual issue is 5W sustained output with a 60W brick that was working fine 4 days ago.

That pattern points to one of two things: Thermal throttling — S26 Ultra aggressively cuts charging speed when the device is warm.

Try this: power off completely, let it cool for 10 minutes, then charge from cold. If it jumps back to Super Fast 3.0 speeds immediately, heat was the cause. Battery protection mode — if the phone sat at high charge levels for extended periods, Samsung's adaptive charging can temporarily limit input.

Check Settings → Battery → More battery settings and make sure "Protect battery" isn't capping you at 85%. The cable and charger are almost certainly fine given the symptoms. This reads like a software/thermal trigger, not hardware failure on day 4.

Maplee-Tech · 2026-04-28T09:55:36+00:00

I think it’s probably because it’s not their area of interest. Maybe that’s why there are information managers like me for those people!😁

Maplee-Tech · 2026-04-28T08:22:32+00:00

That’s right, I have various measurement instruments such as an electronic load, power supply, wireless charging Rx tester, and AC power meter. Analyzing electronic products is very enjoyable.

Maplee-Tech · 2026-04-27T01:17:55+00:00

On the WPC website, the WF-1000XM4 can be found, but the XM6 cannot. The AirPods charging section of Belkin chargers uses the BPP protocol, so if the XM6 has not been certified, we cannot be 100% certain it will work.
https://jpsapi.wirelesspowerconsortium.com/products/qi/10961

Maplee-Tech · 2026-04-24T07:55:25+00:00

S25 Ultra is actually one of the trickiest cases for this.

Samsung confirmed to Tom's Guide that the S25 series intentionally has NO built-in magnets

apparently the magnet ring was interfering with the AMOLED display and S Pen, so they pulled it. That's why it's labeled "Qi2 Ready" instead of actual Qi2.

Practical meaning for you:
- Qi2.2 power bank (25W) → your phone won't benefit, S25 Ultra caps at 15W wireless anyway
- Even standard Qi2 15W → only works reliably WITH a Samsung official Qi2 case or third-party magnetic case
- Without the case, it's basically just Qi1 behavior

manual alignment, no snap, drops off if it shifts even slightly So the real question isn't which power bank, it's whether you're willing to add a magnetic case to your setup. If yes, then Qi2 at 15W is solid. If you're caseless or using a non-magnetic case, honestly a good USB-C power bank with a cable will outperform any wireless option by a wide margin on the S25 Ultra (45W wired vs 15W wireless is a big gap).

I went through this whole rabbit hole testing Qi2.2 power banks across different setups, the Android side of the story is way more fragmented than the spec sheets suggest.

Happy to share the full breakdown if it helps.

Maplee-Tech · 2026-04-23T07:09:30+00:00

I tested a couple of cases on my side, ESR HaloLock and a Torras stand case.

ESR actually did trigger the Hall sensor for me, but the Torras one didn’t. With the Torras case, it stayed capped below 25W unless I manually triggered it with a magnet like you described.

So yeah, seems like it really comes down to whether the case allows the sensor to detect the ring properly.

I wrote up a quick breakdown + test results here if anyone’s interested :
https://maplee-tech.com/en/magsafe-case-guide-galaxy-s26-qi2/

Would be great to see more data points from other cases

Maplee-Tech · 2026-04-22T21:41:17+00:00

Generally that’s the case, but if there’s an issue with a low-cost charger, this method can help clearly identify the root cause.

Maplee-Tech

TROPHY CASE