The ZX-1U107T is a compact 60W GaN charger built around USB PD 3.2, SPR AVS/DPS and PPS charging technology.
It is designed for brands looking for a small, high-output USB-C charger for the latest generation of smartphones, tablets and lightweight computers. In particular, its charging architecture makes it a strong fit for iPhone 18 Pro Max charger applications where dynamic charging performance matters more than simply putting a large wattage number on the box.
The charger delivers up to 60W through a single USB-C port, while its PPS and AVS/DPS profiles provide different charging paths for compatible devices.
At only 37.9 × 36 × 36.1 mm, it is also small enough to work as a compact travel charger, retail wall charger or private-label fast charger.
The latest iPhone charging ecosystem has made charger specifications more interesting.
For an iPhone 18 Pro Max charger, the important question is no longer simply whether a charger says 60W or 65W. The charging architecture, voltage negotiation and dynamic power control also matter.
The ZX-1U107T supports SPR AVS/DPS under the PD3.2 charging architecture, with:
It also supports PPS up to 60W Max.
Zonsan's recent technical content explains that AVS is part of the newer USB PD 3.2 direction and uses adjustable voltage rather than relying only on traditional fixed voltage steps.
For a brand developing an iPhone 18 charger, this gives the product a much more specific technical position than a conventional 60W PD charger.
The ZX-1U107T is specified for iPhone 18 Pro Max fast-charging applications and follows the same 60W-class dynamic charging direction used by Apple's latest charging ecosystem.
Under Zonsan's specified test/application profile, the charger can provide approximately 55W of charging power to iPhone 18 Pro Max during the initial high-power charging stage. After around 10 minutes, the charging power can dynamically move down to approximately 40–45W as the phone manages its battery charging conditions.
This behavior is important to understand when selling an iPhone 18 Pro Max charger.
A 60W charger does not force the phone to consume 60W continuously. The phone decides how much power it requests according to its battery state, temperature and charging control strategy.
In other words:
60W Max charger output ≠ 60W continuous phone consumption.
That distinction is especially important for B2B brands writing product specifications, packaging claims and marketplace listings.
Zonsan's recently published iPhone 18 Pro Max charging analysis also discusses the relationship between AVS, charging power and the actual charging curve.
The ZX-1U107T uses a straightforward single-port configuration.
Instead of adding extra ports and distributing power between several devices, the entire design focuses on delivering a strong USB-C charging experience from one compact wall charger.
5V/3A, 9V/3A, 15V/3A, 20V/3A (60W Max)
5–11V/5A — 55W Max
5–21V/3A — 60W Max
9–15V/2.67A, 15–20V/2A (3A DPS capability)
This combination allows the charger to serve different device charging requirements through the same USB-C interface.
The body measures only: 37.9 × 36 × 36.1 mm
That makes the ZX-1U107T one of the more compact ways to package a 60W-class USB-C charger.
The small size is useful for customers who sell:
For consumers, the benefit is simple: less space in a bag.
For brands, the benefit is equally practical: a compact charger is easier to position as a premium travel accessory without making the product physically large.
The ZX-1U107T uses a GaN power architecture to achieve high power density within its compact enclosure.
GaN is not itself the charging protocol. It is the semiconductor technology used in the power stage. The actual charging behavior comes from the charger controller, power architecture and negotiated charging protocol.
That distinction matters when specifying a product.
For this model, the engineering combination is:
GaN power stage + PD3.2 + SPR AVS/DPS + PPS + compact thermal design
The result is a 60W charger designed around both power density and modern USB-C charging requirements.
ZONSAN's current product portfolio covers GaN, PD, PPS and AVS chargers from low-power wall chargers through high-power desktop platforms.
The ZX-1U107T can be positioned for charging applications across the current iPhone family:
iPhone 14 → iPhone 15 → iPhone 16 → iPhone 17 → iPhone 18
For the latest generation, the product is particularly suited to iPhone 18 Pro Max charging applications using the specified AVS/DPS architecture.
This gives distributors and charger brands a useful product lifecycle advantage. Rather than developing a charger around one older iPhone generation, the same 60W platform can be marketed across a wider range of USB-C Apple devices.
The charger is also suitable for:
Samsung fast charging depends on the connected device's supported charging protocol; the ZX-1U107T's PPS capability is intended for compatible PPS charging applications.
One thing we pay attention to when developing high-power compact chargers is that the output rating is only one part of the product.
A charger this small still has to deal with:
That is why the ZX-1U107T is developed as a complete power platform rather than simply increasing the nominal output of an existing charger.
The PC V0-grade fire-resistant housing adds another layer to the mechanical and safety design.
For B2B buyers, this is the difference between looking at a specification sheet and evaluating an actual charger platform.
The ZX-1U107T is specified for ERP Level VII energy efficiency, making energy efficiency part of the product design rather than an afterthought.
This is particularly relevant for European charger programs, where standby and energy-efficiency requirements increasingly affect the design and compliance of external power supplies.
For OEM projects, the final certification and regulatory configuration should always be confirmed against the exact product version, plug and destination market.
As a charger manufacturer, Zonsan does not treat certification as the only quality checkpoint.
The production process includes electrical testing and 100% aging testing for 2 hours before shipment. Zonsan's published manufacturing information also describes PCBA testing, HI-POT testing, automatic aging, functional testing and EMC laboratory capabilities.
For a compact 60W GaN charger, engineering verification can include:
The exact test program can be defined according to the customer's product specification and target market.
The ZX-1U107T is available as an OEM/ODM platform rather than only as an off-the-shelf retail product.
Zonsan can support customization of: Charger color, Logo, Packaging, Plug, Cable, Specification label, Product appearance, Customized charging parameters, where the platform allows.
For a brand launching an iPhone 18 Pro Max charger, this means the same engineering platform can be adapted to the customer's retail identity instead of purchasing a generic charger and adding a logo afterward.
ZONSAN currently positions itself specifically around OEM/ODM charger manufacturing rather than competing with its customers through a retail charger brand.
The ZX-1U107T is intended for customers who need more than a basic 60W USB-C adapter.
The product combines:
60W output
PD3.2
SPR AVS/DPS
PPS up to 60W
GaN technology
PC V0 fire-resistant housing
ERP Level VII
Mini 37.9 × 36 × 36.1 mm design
Zonsan provides the manufacturing side behind the product, including product engineering, testing, certification support and OEM/ODM production.
The company's current factory information describes a charger-focused manufacturing operation covering GaN, PD and other fast-charging platforms, with products ranging from 5W to 240W.
| Item | Specification |
| Product Name | 60W AVS/DPS PD3.2 Charger |
| Model | ZX-1U107T |
| Technology | GaN |
| USB Port | 1 × USB-C |
| Input | 110–240V~ 50/60Hz 1.5A Max |
| Maximum Power | 60W |
| USB-C Output | 5V/3A, 9V/3A, 15V/3A, 20V/3A |
| PPS | 5–11V/5A; 5–21V/3A |
| PPS Power | 60W Max |
| AVS | 9–15V/2.67A; 15–20V/2A |
| DPS | 3A DPS capability |
| Housing | PC V0 Fire-Resistant Material |
| Energy Efficiency | ERP Level VII |
| Size | 37.9 × 36 × 36.1 mm |
| Certifications | CE, CB, RoHS, KC, KCC, FCC, EPR, ETL, EAC, GS |
| OEM/ODM | Color, Packaging, Logo, Cable, Plug, etc. |
Yes. The ZX-1U107T is designed for iPhone 18 Pro Max charging applications using its PD3.2 and SPR AVS/DPS charging architecture. The product is intended for the 60W-class dynamic charging requirements associated with the latest iPhone generation.
The charger itself is rated at 60W Max, but the connected iPhone controls the actual charging power. Under Zonsan's specified application profile, iPhone 18 Pro Max can reach approximately 55W during an initial high-power charging stage before dynamically reducing power as charging progresses.
Both technologies allow dynamic adjustment of charging conditions, but they belong to different USB Power Delivery mechanisms. PPS is widely used for smartphone fast charging, while SPR AVS is part of the newer PD3.2 architecture. Zonsan's technical explanation provides a more detailed comparison of the two approaches.
Yes. The charger supports PPS and is suitable for compatible Samsung Galaxy S22 through S26 series fast-charging applications. The actual charging speed is determined by the connected Samsung device and its charging requirements.
The model uses GaN power technology and a compact power architecture to achieve high power density. Its body measures only 37.9 × 36 × 36.1 mm, making it suitable for portable and travel-focused charger products.
The model is specified for ERP Level VII energy efficiency and is available with certifications including CE, CB, RoHS and EPR, together with KC, KCC, FCC, ETL, EAC and GS according to the product configuration.
Yes. Zonsan provides OEM and ODM services covering color, packaging, logo, cable, plug and other customization requirements. Zonsan's current OEM/ODM information also confirms that the company focuses on customized charger manufacturing for brand customers.
The production process includes electrical testing and 100% aging testing for 2 hours. Additional testing can cover temperature, output regulation, charging protocol performance, EMC/EMI and other customer-defined engineering requirements.
