RF-Core Charger
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| Model NO. | BR-078US |
| Charging Type | Electric |
| Applicable Models | Phones/ Laptops/ Tablets |
| Cell Type | Li-Polymer |
| Certification | CB |
| Socket Type | for USA/Canada |
| Weight | Approx. 170g |
| Charger Output | 65W Max. |
| Power Bank Output | 22.5W Max. |
| Output Port | Type-C X2 |
| Specification | 9.8cm*5.4cm*2.0cm |
| Origin | China |
| Package Size | 40.00cm * 20.00cm * 30.00cm |
| Package Gross Weight | 10.000kg |
UPC (Model: BR-078US)
The Uninterruptible Power Charger (UPC) is a portable charging device for travel, combining a charger and a power bank. In charger mode, it supports a maximum PD 65W output, providing fast charging for laptops, mobile phones, tablets, and other devices. In power bank mode, it features a built-in 5000mAh high-capacity battery, capable of charging iOS, Android, HarmonyOS, and other devices, meeting outdoor charging needs. The product is compatible with global power grids and can be used with different types of adapter plugs, providing a lightweight, portable, and sustainable charging solution for travelers worldwide.
Detailed Specifications
| Name | UPC (65W GaN PD Uninterruptible Power Charger) |
| Output | 65W max |
| Capacity | 5000mAh |
| AC Input | 100-240V~50/60Hz 1.5A Max |
| Charger Mode | USB-C1/C2: 65W Max (5V=3A, 9V=3A, 12V=3A, 15V=3A, 20V=3.25A) |
| Power Bank Mode | USB-C1/C2: 5V=3A, 9V=2.22A, 10V=2.25A |
Specializing in ultra-slim power solutions and intelligent sensing technologies, our expertise covers next-generation power technologies—including planar transformers and GaN devices. We focus on product development for infrared gesture recognition, ambient light sensing, and millimeter-wave sensing, providing customers with ultra-slim power supplies and fully customized products.
Leveraging expertise in ultra-slim power technologies and planar transformers, the industry-leading ultra-slim UPC series was developed to deliver stable, efficient, and continuous power for multiple devices, solving common pain points like bulkiness and limited usage scenarios.
