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Product Name: | USB C Charger, Spigen 120W [GaN III] 4-Port USB C Charging Station, 100W via USB-C PD Type C Fast Charging Hub for MacBook Pro Air iPad iPhone Galaxy HP Dell ASUS Chromebook USB-C Laptop |
Manufacturer: | Spigen |
Model Number: | PD2100 |
Product SKU: | B09KMX7JF2 |
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Our community has rated this post as helpful. If you agree, why not thank The_Love_Spud
- USB-C Output
- USB-A Output
The power output combinations can seem complex but I've tried to capture them from the Amazon listing below:Single USB-C port output 100W Max
Dual USB-C port output 120W Max
Supported outputs: 5.0V⎓3.0A, 9.0V⎓3.0A, 15.0V⎓3.0A, 20.0V⎓5.0A
Single USB-A port output 18W Max
Supported outputs: 5.0V⎓3.0A, 9.0V⎓2.0A, 12.0V⎓1.5A
- When 2 USB-C ports are in use : 60W + 60W = 120W
- When 2 USB-A ports are in use: 18W + 18W = 36W
- When 1 USB-C port + 1 USB-A port are in use: 100W(USB-C) + 18W(USB-A) = 118W
- When 1 USB-C port + 2 USB-A ports are in use: 65W(USB-C) + 18W(USB-A) + 18W(USB-A) = 101W
- When 2 USB-C ports + 1 USB-A port are in use: 45W(USB-C) + 45W(USB-C) + 18W(USB-A) = 108W
- When All 4 ports are in use: 65W(USB-C) + 20W(USB-C) + 18W(USB-A) + 18W(USB-A) = 121W
In short, the USB-A ports always have access to their 18W maximum power rating. The USB-C ports are getting power limited:- When you use both USB-C, going down from one USB-C port at 100W to 60W each
- When you use both USB-A and only one USB-C. going down from one USB-C port at 100W to 65W
- When you use both USB-C ports and one USB-A, going down from 60W each to 45W each
- When all four ports are in use, limiting one USB-C to 65W and the other to 20W
Good luck!Jon
- USB-C Output
- USB-A Output
The power output combinations can seem complex but I've tried to capture them from the Amazon listing below:Single USB-C port output 100W Max
Dual USB-C port output 120W Max
Supported outputs: 5.0V⎓3.0A, 9.0V⎓3.0A, 15.0V⎓3.0A, 20.0V⎓5.0A
Single USB-A port output 18W Max
Supported outputs: 5.0V⎓3.0A, 9.0V⎓2.0A, 12.0V⎓1.5A
- When 2 USB-C ports are in use : 60W + 60W = 120W
- When 2 USB-A ports are in use: 18W + 18W = 36W
- When 1 USB-C port + 1 USB-A port are in use: 100W(USB-C) + 18W(USB-A) = 118W
- When 1 USB-C port + 2 USB-A ports are in use: 65W(USB-C) + 18W(USB-A) + 18W(USB-A) = 101W
- When 2 USB-C ports + 1 USB-A port are in use: 45W(USB-C) + 45W(USB-C) + 18W(USB-A) = 108W
- When All 4 ports are in use: 65W(USB-C) + 20W(USB-C) + 18W(USB-A) + 18W(USB-A) = 121W
In short, the USB-A ports always have access to their 18W maximum power rating. The USB-C ports are getting power limited:- When you use both USB-C, going down from one USB-C port at 100W to 60W each
- When you use both USB-A and only one USB-C. going down from one USB-C port at 100W to 65W
- When you use both USB-C ports and one USB-A, going down from 60W each to 45W each
- When all four ports are in use, limiting one USB-C to 65W and the other to 20W
Good luck!Jon
Our community has rated this post as helpful. If you agree, why not thank The_Love_Spud
Of course, that does mean that using the Spigen I could run two of those devices at full power and charge a couple of devices via USB-A... but that's simply not the solution I'm seeking for now. Instead I'll keep waiting a bit longer for PPS to further penetrate the market.
Good luck!
Jon