Introduction

HONOR has introduced an 80W Wireless Charger Stand featuring an ergonomic 65° inclined design. Equipped with dual coils, it functions both as a stand and a charger, supporting charging in both portrait and landscape orientations. This enables effortless placement and simultaneous use while charging, delivering up to 80W HONOR SuperCharge for compatible devices.

The charger incorporates a low-noise active cooling fan with intelligent speed control. It automatically switches to an ultra-quiet mode at night, ensuring a peaceful charging experience without disturbing sleep. An integrated LED indicator continuously monitors charging status and foreign objects, providing enhanced safety and reliability. Next, let’s take a closer look at its internal components and design.

Product Appearance

The front of the packaging features the HONOR logo, the product name, and an image of the charger.

The back displays the key features and detailed specifications of the product.

The package includes the HONOR 80W Wireless Charger Stand, a user manual, and a warranty card.

The charger is made of PC and metal materials. The metal frame of the base features a painted finish for a refined appearance.

With a 65° inclined design, it serves both as a wireless charging stand and a convenient phone holder.

The front panel is equipped with dual coils, allowing the phone to charge in both portrait and landscape orientations.

The center of the front panel features the HONOR logo.

The recessed design features an air outlet at the bottom. When a phone is placed on the stand, it naturally forms an airflow channel that helps dissipate heat from both the charging base and the phone.

The front of the base is equipped with an LED indicator. If metallic objects interfere, the LED will flash rapidly to alert the user.

The rear of the charger features a USB-C power input port.

The bottom cover has anti-slip pads at all four corners and also displays the specification information.

Model: Power‑W06

Input Port: USB Type‑C

Input Range: 5–20 V ⎓ 6 A (Max)

The center area of the bottom cover features a grille air intake. A low-noise fan provides active cooling, with intelligent speed control that automatically switches to an ultra-quiet mode at night.

The length of the base is 103.98 mm (4.094 inches).

The width is about 66.61 mm (2.62 inches).

The height is about 108.49 mm (4.27 inches).

That's how big it is in the hand.

The weight is about 235 g (8.29 oz).

It can charge the HONOR 300 Pro, successfully enabling 80W SuperCharge.

The measured wireless charging output is about 53.33 W.

Teardown

Next, let's take it apart to see its internal components and structure.

By removing the four anti-slip pads at the bottom, the hidden screws inside are revealed.

Remove the screws to open the bottom cover.

The fan is secured with screws. The USB-C port and LED indicator each have independent PCBs, which are also fixed in place with screws.

After removing the fan, a plastic partition is revealed in the area previously covered by the fan, along with protective foam padding.

The metal frame is secured to the upper plastic casing using screws.

Remove the internal module.

The inner side of the plastic casing is lined with a graphite thermal pad.

The PCB and wireless charging coils are secured using a plastic bracket. The fan and LED indicator PCBs are connected via wires and feature a plug-and-play design.

The dual coils are soldered directly to the PCB.

Two thermistors monitor the temperature of the dual coils, with well-formed solder joints.

Fully disassemble all components of the internal module.

The PCB of the USB-C socket is connected to the main PCB via a ribbon cable. The front houses the wireless charging controller chip, wireless charging power MOSFETs, coil-switching MOSFETs, a synchronous buck converter, solid capacitors, and other components.

The back contains synchronous boost MOSFETs, a boost inductor, a solid capacitor, resonant capacitors, and other related components.

The metal casing of the USB-C socket is spot-welded for reinforcement.

The wireless charging controller chip is CPS CPS8200, a highly integrated wireless charging transmitter IC. It features a built-in 32-bit processor, 64 + 2 KB MTP, 32 KB ROM, and 2 KB SRAM, with the MTP supporting read/write protection and programmable via CC and DPDN. The chip provides two I2C interfaces and two UART interfaces. It integrates a switching buck converter, linear regulators, DC-DC controller, full-bridge driver, and communication modules, along with a multi-channel 12-bit ADC.

The CPS8200 supports QC2.0, QC3.0, PD3.1, SCP, and AFC fast charging protocols. Internally, it incorporates three pairs of half-bridge drivers for both step-up and step-down conversion, enabling fixed-frequency voltage regulation for wireless charging. When paired with the appropriate MOSFETs, it can implement a complete Qi2 wireless charger. The chip supports a 24 V supply voltage, with the power stage rated for up to 45 V, and includes built-in protections for over-voltage, over-current, and over-temperature.

Close-up of a 40.000MHz clock crystal oscillator.

It uses a 10 μH inductor for buck conversion to achieve self-powering.

The synchronous boost MOSFETs are from JJWD, model JMSL0609AG. They are NMOS devices with a voltage rating of 60 V and an on-resistance of 5 mΩ, packaged in a PDFN 5 × 6‑8L form factor.

The 6.8 μH boost inductor is secured and protected with adhesive reinforcement.

This solid capacitor is from YMIN, with a specification of 50V, 47μF.

The other three solid capacitors are also from YMIN, each with the same specification of 50 V, 47 μF.

The four wireless charging power MOSFETs are from WAYON, model WMQ048NV6LG4. They are NMOS devices with a voltage rating of 65 V and an on-resistance of 5.2 mΩ, packaged in PDFN 3030‑8L.

The MOSFETs used for switching the wireless charging coils are also from WAYON, model WMB060N10LG2. They are NMOS devices with a voltage rating of 100 V and an on-resistance of 6 mΩ, packaged in PDFN 5060‑8L.

The two resonant capacitors are from STE, each with a specification of 0.25 μF, 250 V.

The synchronous buck converter used to step down the voltage for the fan is marked with 3683 and comes in an SOT23-6 package.

Close-up of the paired 6.8 μH buck inductor.

Close-up of the wireless charging coil.

Close-up of the thermistor.

Close-up of another thermistor.

A metal heat sink is installed on the back of the coil.

The fan is model B65H9MA2199, rated for 5 V, 0.35 A input.

Close-up of the LED indicator PCB.

Well, those are all components of the HONOR 80W SuperCharge Wireless Charger Stand.

Summary of ChargerLAB

Here is the component list of the HONOR 80W SuperCharge Wireless Charger Stand for your convenience.

The inclined stand design, combined with dual built-in coils, allows charging in both portrait and landscape orientations while also functioning as a phone holder, providing an excellent user experience. The 80 W high-power wireless charging enables rapid charging for HONOR devices. In addition to the built-in active cooling fan, the base casing uses metal materials to enhance heat dissipation. The fan speed can be flexibly adjusted for different scenarios, such as nighttime use.

After taking it apart, we found that it is designed based on the CPS CPS8200 wireless charging solution, paired with JJWD MOSFETs for input boost conversion. The wireless charging power MOSFETs and coil-switching MOSFETs come from WAYON, and multiple solid capacitors from YMIN are used for filtering.

Capacitors, inductors, and other components are reinforced with adhesive. A metal heat sink is installed on the back of the coil, and the casing is lined with a thermal pad. Thermistors monitor the temperature in real time, ensuring both effective heat dissipation and safe operation.

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