Introduction
The Anker Desktop Docking Station is a co-branded product with Black Myth: Wukong. It features a 2.5D relief-style surface finish. The display UI adopts symbols used in the Black Myth: Wukong game, while the built-in wallpapers showcase iconic scenes from the game, delivering a distinctive and immersive user experience.
The docking station provides a total of 14 ports, including four USB-C ports, three USB-A ports, two HDMI ports, one DisplayPort, a 3.5 mm audio jack, and a 2.5 Gbps Ethernet port, as well as SD and TF card slots. It supports quad-display output with independent displays. The DisplayPort supports up to 8K at 60 Hz output, while the HDMI ports support up to 8K at 30 Hz output.
The dock integrates a built-in GaN power supply with a total output power of 160 W. The front panel features three USB-C ports supporting data transfer rates of 10 Gbps and 5 Gbps, making them convenient for connecting smartphones and external storage devices. The rear panel houses the HDMI and DisplayPort outputs, Ethernet port, and USB-A ports, which are intended for permanent connections such as monitors and peripherals.
All three front USB-C ports support up to 100 W power output, while the rear USB-C port supports up to 140 W output. The front display shows charging power, data transfer, and network connection status, supports app-based control, and is paired with an internal temperature-controlled cooling fan. Below, we take a closer look at this product.
Product Appearance
The front of the packaging box features the ANKER × Wukong branding, along with an image of the docking station, the product name, and its key selling points.
The back of the packaging is labeled with the names of each port and their corresponding functions, and also features usage scenario illustrations along with an overview of the product’s key selling points.
The docking station is protected by foam padding.
The protective paper includes a notice indicating that the DisplayLink driver must be installed to enable the display output function.
The package includes the docking station, an AC power cable, a 10 Gbps data cable, cable ties, a cable organizer, and a user manual.
The included data cable comes with a Black Myth-themed cable tie.
The package includes a dual USB-C data cable.
The length of the cable is about 100 cm (39.37 inches).
ChargerLAB POWER-Z KM003C shows that the cable is equipped with an E-Marker chip, supporting power delivery of 50V/5A and data transfer rates of USB 3.2 / USB4 Gen 2 (10 Gb/s / 20 Gb/s).
The power cable is secured with a Velcro strap.
The power cable is a two-prong type with a rating of 10 A, 250 V.
The power cable has a specification of 2 × 0.75 mm².
The C7 plug has a rating of 2.5 A, 250 V.
Close-up of the co-branded cable organizer.
The front of the docking station features a three-dimensional gold stamping finish.
The front panel includes an LCD screen, a TF card slot, an SD card slot, USB-C ports, and an audio jack.
Below the TF card slot is the SD card slot, with icons and labels indicating its function.
All three USB-C ports support 100 W fast charging, with the data transfer rates of 10 Gbps and 5 Gbps indicated below.
Close-up of the 3.5 mm audio jack.
There is a rotary encoder located on the side.
The rear panel features ventilation holes, an Ethernet port, USB-A ports, a DisplayPort, HDMI ports, a USB-C port, and a power input.
The ventilation holes use a grille design.
Close-up of the 2.5 G Ethernet port and USB-A ports.
Close-up of the DisplayPort and the two HDMI ports.
Close-up of the upstream USB-C port for connecting to the computer, supporting 140 W PD 3.1.
Close-up of the power input socket.
This side features ventilation holes and houses an internal cooling fan.
The bottom is marked with specification information and equipped with anti-slip feet.
Model: A83B3
Input: 100–240 V~, 50–60 Hz, 2.5 A
USB-C4 Output: 5 V ⎓ 3 A, 15 W / 9 V ⎓ 3 A, 27 W / 15 V ⎓ 3 A, 45 W / 20 V ⎓ 5 A, 100 W / 28 V ⎓ 5 A, 140 W (140 W Max)
USB-C1 / USB-C2 / USB-C3 Output: 5 V ⎓ 3 A, 15 W / 9 V ⎓ 3 A, 27 W / 15 V ⎓ 3 A, 45 W / 20 V ⎓ 5 A, 100 W (100 W Max)
USB-A1 / A2 Output: 5 V ⎓ 0.9 A, 4.5 W (4.5 W Max)
USB-A3 Output: 5 V ⎓ 0.5 A, 2.5 W (2.5 W Max)
Total Output: 171.5 W Max
The length of the docking station is about 195.2 mm (7.69 inches).
The width is about 92.3 mm (3.63 inches).
The height is about 47.5 mm (1.87 inches).
That's how big it is on the hand.
The weight is about 826 g (29.14 oz).
When powered on, it displays the Anker × Wukong co-branding.
It can display the output power of each port as well as the total output power.
It can also individually display each port’s output power, connection speed, and the current voltage and current of the port.
The USB-C1/C2/C3 supports QC3+/4+, FCP, SCP, AFC, PD3.0, PPS, DCP, SAM 2A, and Apple 2.4A protocols.
It has five fixed PDOs of 5V3A, 9V3A, 12V3A, 15V3A, and 20V5A, along with one set of PPS, which is 4.5-11V5A.
The USB-C4 supports PD3.1 140W.
It has five fixed PDOs of 5V3A, 9V3A, 15V3A, 20V5A, and 28V5A.
Teardown
Next, let's take it apart to see its internal components and structure.
First, remove the front panel.
The casing is secured with screws.
The rotary encoder is connected via a plug-in connector.
Pull the internal mechanism out of the casing.
The rotary encoder is located inside the casing.
It is soldered onto a separate small PCB.
The interior of the casing is equipped with a dust filter.
The docking station uses a plastic internal chassis.
The PCBA module is secured inside the casing with screws.
The display ribbon cable and cooling fan are connected via connectors and reinforced with adhesive.
The screen is secured using a frame.
Unscrew the mounting screws and remove the PCBA module.
The PCBA module is powered through wires.
A thermistor is used to detect temperature.
Disconnect the wires.
The internal chassis houses the power module and the cooling fan assembly.
Unscrew the mounting screws and remove the power module along with the cooling fan assembly.
The cooling fan and heatsink are secured with screws.
The heatsink has raised sections corresponding to the inductors, with thermal paste applied.
The cooling fan is from SUNON, model EF50101B2-C041-S99, rated at 12 V, 1.44 W, and made in China.
The air outlet features a grille for ventilation.
The length of the power module is about 119.6 mm (4.71 inches).
The width is about 59.7 mm (2.35 inches).
The thickness is about 23.2 mm (0.91 inches).
The power module’s output wires are connected via soldering, and the heatsink is also secured by soldering.
The AC input wires are soldered, insulated with heat shrink tubing, and the solder joints are reinforced with adhesive.
The power module is enclosed by the heatsink.
The other side is secured with adhesive tape.
Remove the heatsink.
Thermal paste is applied on the front side of the PCBA module.
Thermal paste is also applied on the back side of the PCBA module.
Clean off the thermal paste. On the front side, there are components such as fuses, blue Y capacitors, varistors, common mode chokes, safety-rated X2 capacitors, a bridge rectifier, film filter capacitors, filter inductors, a PFC boost inductor, high-voltage filter capacitors, LLC resonant capacitors, resonant inductors, a transformer, and filter solid-state capacitors.
On the back side, there are components such as a combined PFC + LLC controller, PFC MOSFETs, PFC rectifiers, LLC MOSFETs, a synchronous rectifier controller, and synchronous rectifiers. A white optocoupler is positioned between the primary and secondary sides for output voltage feedback.
The input fuse is from Betterfuse, part number 932, rated at 5A 250V.
The blue Y capacitors are from DGCX, part number CD221K.
The varistor is from SET, model SFV10D621K, used for suppressing overvoltage surges.
The common mode choke is wound using enameled wire and insulated wire.
The safety X2 capacitor is from WINDAY ELECTRONIC, rated at 0.47 μF.
The other common mode choke is wound with flat copper wire.
The bridge rectifier is from PY, model GBL610, rated at 1000 V 6 A, used in a parallel configuration with two units, and housed in a GBL package.
The film filter capacitor is rated at 1 μF, 450 V.
The other film filter capacitor has the same rating of 1 μF, 450 V.
The filter inductor is wound with enameled wire.
The master control chip is from MPS, model HR1211. It is a multi-mode PFC and current-mode LLC integrated controller that combines the functions of 2-3 traditional chips into a single chip. The PFC controller supports both CCM and DCM operating modes.
The HR1211 uses a digital control core, supports high-voltage startup, and features intelligent X-capacitor discharge. The PFC stage supports a maximum operating frequency of 250KHz, while the LLC stage integrates a 600V half-bridge driver and a built-in bootstrap diode, with a maximum operating frequency of 500KHz. It also supports a wide range of protection features and is housed in a SOIC-20 package.
The solid capacitor supplying power to the master control chip is rated at 220 μF, 35 V.
The PFC MOSFETs are from Innoscience, using two units in parallel, marked with 70DA140C, and model INN700DA140C. They are enhanced GaN switches with a voltage rating of 700V and a transient voltage tolerance of 800V. The on-resistance is 140mΩ, and they feature a Kelvin source. These MOSFETs are housed in a DFN 5*6 package.
The devices have very low gate charge and output charge, meeting the industrial application requirements in accordance with JEDEC standards. They are equipped with built-in ESD protection and comply with RoHS, lead-free, and EU REACH regulations. These MOSFETs are suitable for totem-pole PFC, fast-charging power supplies, high power density, and high-efficiency switch-mode power supply applications.
Here is the information about Innoscience INN700DA140C.
The PFC rectifier is from Global Power Technology, model G3S06506C. It is a 650V-rated, 6A current SiC diode, housed in a TO-252 package.
Two 150mΩ shunt resistors are connected in parallel to detect the current of the PFC MOSFETs.
Two RS3M diodes are connected in parallel for PFC bypass.
The PFC boost inductor is wound with an ATQ27 core and is securely insulated with tape wrapping.
The high-voltage filter capacitor is from Sancon, rated at 450V, 68μF.
The other capacitor has the same specifications.
The LLC MOSFETs are from Silan, model STS65R190L8AS2TR. They are NMOS transistors with a voltage rating of 650V and an on-resistance of 155mΩ, housed in a DFN-4-8*8*0.85-2.0 package.
The resonant inductor is wound with an ATQ18 core.
The resonant capacitor is from WQC, rated at 0.022μF, 630V.
The LLC transformer is wound with an ATQ27 core and is securely insulated with tape wrapping.
The blue Y capacitor is from DGCX, part number CD471K.
The other blue Y capacitor is from WQC, part number CD102M.
The CTMICRO CT1018 optocoupler is used for output voltage feedback.
The LLC synchronous rectifier controller is from MPS, model MP6924A. It offers enhanced anti-interference capabilities and fast turn-off functionality, and is compatible with both CCM and DCM modes. The MP6924A integrates two synchronous rectifier controllers, each designed for the rectification of outputs from the two secondary windings of the LLC transformer. It is suitable for synchronous rectification applications in LLC converters and comes in an SOIC-8 package.
The two synchronous rectifiers from Leadtek, marked with S6808, model LTS6808FJX, are NMOS with an 80V voltage rating and a Rds(on) of 6.7mΩ. They are designed for DC-DC conversion applications, including laptop and graphics card use, and come in a DFN5*6-8L package.
Here is the information about Leadteck LTS6808FJX.
The solid capacitors from Sancon are rated at 680μF, 25V.
The filter inductor is wound with enamel-coated wire.
The front of the docking module features a 3.5mm jack, USB-C ports, TF and SD card slots, a network port, USB-A ports, a DP (DisplayPort) interface, an HDMI interface, and another USB-C port.
The back of the module is equipped with a protocol chip, memory, MCU, synchronous buck-boost controller, and level-shifting chip.
After removing the screws securing the heatsink, you will find a DisplayLink chip, memory, and a hub chip underneath the heatsink.
The USB-C upstream port is connected to the VIA Labs VL822-Q8 hub chip, which integrates an upstream port and a multiplexer for two downstream ports. This chip is designed for expanding two USB-A and two USB-C interfaces, supporting a data transfer rate of 10Gbps, and comes in a QFN-88 package.
The clock oscillator is from JWT, with a frequency of 25.000MHz.
The memory is from GigaDevice, marked with Q5EE, model GD25Q16EEIG, with a capacity of 2MB. It supports a working voltage range of 2.7-3.6V and comes in a USON8 package.
The USB hub chip is from VIA Labs, model VL817-Q7. It is a 5G rate hub chip used for USB interface expansion and comes in a QFN-76 package.
The memory is from GigaDevice, model GD25LQ64ETIG, with a capacity of 8MB. It supports a working voltage range of 1.65-2V and comes in an SOP8 package.
The clock oscillator is from JWT, with a frequency of 25.000MHz.
The multiplexer, marked with A34, model ASW3410QNG, supports a typical bandwidth of 10GHz and operates within a voltage range of 1.5-5V. It comes in a QFN18L package and is used for switching between the front and back sides of the USB-C interface.
The USB hub chip is from GENESYS, model GL850G. It is a four-port USB 2.0 hub chip and comes in an SSOP28 package.
The clock oscillator is from JWT, with a frequency of 12.000MHz.
The DisplayLink chip is from Synaptics, model DL-7400. It connects to the host via a USB 3.2 interface and supports four DP++ or HDMI 2.0 outputs. It also integrates digital audio and 2.5G Ethernet, and comes in an fcCSP524L package.
The clock oscillator is from JWT, with a frequency of 25.000MHz.
The memory chip is from XCMEMORY, model GDB4CBQN-MK. It is an LPDDR4X memory with a capacity of 2GB, a speed of 3733Mbps, and comes in a 200-ball FBGA package.
The synchronous buck converter chip is from ANPEC, model APW7438A. It is a 7A output current synchronous buck converter that supports an I2C interface for output voltage adjustment. The switching frequency is 1.2MHz, and the chip features ultra-low Rds(on) MOSFETs. It supports an input voltage range of 2.7-6V and includes undervoltage lockout, overvoltage, and overcurrent protection. The chip comes in a QFN-14 package.
Close-up of the buck inductor.
The network card chip is from REALTEK, model RTL8221DI. It is designed for 2.5G wired network connections and comes in a QFN48 package.
Close-up of a 25.000MHz clock crystal oscillator.
The network transformer, model G24172CG, supports 2.5G network applications and features an SMT package.
The audio chip is from REALTEK, model ALC4032. It is a low-power USB digital audio chip that supports a 192kHz/24-bit sampling rate and comes in a QFN48 package.
The MCU is from XHSC, model HC32F460PETB. It features an ARM Cortex-M4 core with a 200MHz clock speed, 512KB of flash memory, and 192KB of SRAM. The chip supports a working voltage range of 1.8-3.6V and includes UART, SPI, I2C, I2S, CAN, QSPI, SDIO, and USB-FS interfaces. It is packaged in an LQFP100 form factor.
The MCU is equipped with an external 8.000MHz crystal oscillator.
The MCU is equipped with an external 32.768kHz crystal oscillator.
The memory is from GigaDevice, model GD25Q128EWIG, with a capacity of 16MB, supports a working voltage of 2.7-3.6V, and uses a WSON8 package.
The level shifting chip is from Runic, model RS0104. It is a 4-bit bidirectional level shifter, with the A-side supporting a voltage range of 1.65V to 5.5V, and the B-side supporting a voltage range of 2.3V to 5.5V. It comes in a TSSOP-14 package.
The synchronous buck-boost controller is from SouthChip, marked SC1817. It comes in a QFN32 package.
The synchronous buck-boost MOSFET is from Din-Tek, model DTQ3404. It is an NMOS with a voltage rating of 40V and an Rds(on) of 3mΩ. It comes in a DFN3*3-8L package.
The other two MOSFETs have the same model number.
The 4.7μH alloy inductor close-up.
The input filter capacitor is from PolyCap, part of the VN series of miniaturized products, with a specification of 100μF, 35V.
The output filter capacitor is from Sancon, with a specification of 220μF, 35V.
The USB-C4 interface protocol chip is from iSmartWare, model SW2505. It is a low-power controller chip that integrates full protocol support for PD3.1, QC, UFCS, and more. The chip is certified with USBPD3.1EPR and UFCS and supports DRP mode. It features an embedded MCU with 16 GPIO pins, supports online firmware upgrades via the C port, and allows for online simulation and debugging. It also supports optocoupler/FB control and I2C master-slave mode.
Internally, the SW2505 integrates an efficient 40MHz Cortex-M0 processor, large-capacity Flash and SRAM memory, multiple communication interfaces (I2C, UART), as well as GPIO and GPADC support. The chip is designed for low power consumption and supports voltage regulation control from 3.3V to 32V and current limiting control from 0.3A to 12A. It features various feedback control methods and bus voltage detection. Additionally, the chip integrates CV, CC loops, VIN, and VBUS fast discharge and NMOS driving circuits, providing stable and reliable power management for the system.
The SW2505 also supports DPDM fast charging protocols, allowing bidirectional communication between the charger and the device to share information. It supports BC1.2, PD3.1 DFP/UFP, DRP, and other standards, while also integrating Type-C interface logic. The chip supports multiple fast charging protocols and custom private protocol functions, as well as dead battery activation and low power detection modes. It intelligently coordinates optimal charging parameters to meet the requirements of different devices, ensuring efficient charging and data transmission.
Here is the information about iSmartWare SW2505.
The two VBUS MOSFETs use Din-Tek DTQ3404.
The USB-C buck protocol chip is from iSmartWare, model SW3566. This is an integrated 7A Buck controller that supports 140W (28V@5A) power output and multiple fast charging protocols, including PD3.1. It is a C&C dual-port SoC. The SW3566 features an embedded ARM Cortex-M0 core, integrated Type-C interface logic, PD3.1 PHY, UFCSP PHY, SCP/AFCPHY, TFCP PHY, as well as fast charging protocol detection circuits for QC/PE/SFCP, among others. With minimal external components, it provides a complete high-performance C&C dual-port fast charging solution.
The SW3566 integrates CC/CV modes, dual-port management logic, and bus voltage detection. With the corresponding buck switching and VBUS MOSFETs, it can achieve dual-port buck-down output. The internal buck converter works at selectable frequencies of 125kHz, 180kHz, 333kHz, or 500kHz, and supports both PWM and PFM modes. Output current, line loss compensation, and other protection thresholds can be set through the MCU. The integrated ADC allows for data sampling from 9 channels, including input/output voltage, output current, and chip temperature, with support for an external MCU for parameter display.
The SW3566 supports a 36V input voltage and can deliver up to 7A of output current. It includes built-in soft-start, input overvoltage/undervoltage protection, output overvoltage/undervoltage protection, output overcurrent/short-circuit protection, DP/DM/CC overvoltage protection, chip overtemperature protection, external NTC thermistor protection, and power-limiting protection. The chip comes in a QFN4*4-32 package.
Here is the information about iSmartWare SW3566.
The synchronous buck MOSFETs are from Vergiga, model VS4620GEMC. They are NMOS with a voltage rating of 40V and a Rds(on) of 6.4mΩ. The MOSFETs come in a PDFN3333 package.
Here is the information about Vergiga VS4620GEMC.
4.7μH alloy inductor close-up.
The input filter capacitor is from PolyCap, part of the VN series of miniaturized products, with a specification of 100μF, 35V.
The output filter capacitor is from YMIN, part of the VPX series of surface-mount solid-state capacitors, with a specification of 220μF, 25V.
The VBUS MOSFETs are Vergiga VS4620GEMC.
The USB-C interface buck-down protocol chip is iSmartWare SW3566.
The synchronous buck MOSFETs are Vergiga VS4620GEMC.
Close-up of the 4.7μH alloy inductor.
The input filter capacitor is from PolyCap, part of the VN series of miniaturized products, with a specification of 100μF, 35V.
The output filter capacitor is from YMIN, part of the VPX series of surface-mount solid-state capacitors, with a specification of 220μF, 25V.
The VBUS MOSFETs are Vergiga VS4620GEMC.
The USB-C interface buck-down protocol chip is iSmartWare SW3566.
The synchronous buck MOSFETs are Vergiga VS4620GEMC.
Close-up of 4.7μH alloy inductor.
The input filter capacitor is from PolyCap, specifically the VN series compact product, with a specification of 100μF 35V.
The output filter capacitor is from YMIN, specifically the VPX series surface-mount solid-state capacitor, with a specification of 220μF 25V.
The VBUS MOSFET is Vergiga VS4620GEMC.
The synchronous buck chip is from Texas Instruments, marked with T6837H, and is the TPS56837H model. It is a synchronous buck converter with an input voltage range of 4.5-28V and an 8A output. The chip integrates 20.4/9.5mΩ MOSFETs internally and supports an output voltage range of 4-22V. It features Eco-mode to improve light-load efficiency and comes in a VQFN-HR10 package.
Close-up of the 4.7μH alloy inductor used in combination.
The other synchronous buck chip has the same model number.
Close-up of 4.7μH alloy inductor.
The synchronous buck chip is from Texas Instruments, marked with 1H4, and is the TPS566231 model. It is a synchronous buck converter with pulse skipping mode, supporting an input voltage range of 3-18V and a 6A output current. The chip comes in a QFN-9 package.
Close-up of 2.2μH alloy inductor.
The synchronous buck chip is from JOULWATT, marked with JWBH, and is the JW5026 model. It is a synchronous buck converter with a voltage rating of 40V, a 1A output current, and a fixed switching frequency of 1.1MHz. The chip features input undervoltage lockout, integrated soft start, current mode control protection, short-circuit protection, and over-temperature protection. It comes in a SOT23-6 package.
Here is the information about JOULWATT JW5026.
The other synchronous buck chip has the same model number.
The synchronous buck chip is from Tollsemi, marked with S15B, and is the TMI3410 model. It supports a 5.5V input voltage, with a 1.2A output current and a switching frequency of 1.5MHz. The chip features input overvoltage protection, short-circuit protection, and over-temperature protection. It comes in a SOT23-5 package.
The other synchronous buck chip has the same model number.
The other synchronous buck chip has the same model number as well.
The other synchronous buck chip has the same model number.
The synchronous buck chip is from Tollsemi, marked with T5F, and is the TMI3408F model. It supports a 5.5V input voltage, with a 1.2A output current and a switching frequency of 1.5MHz. The chip features input overvoltage protection, short-circuit protection, and over-temperature protection. It comes in a SOT23-5 package.
The other synchronous buck chip has the same model number.
There are three switch ICs marked with 7227.
A close-up of the buffer marked with 2G34.
The other buffer has the same model number.
There are three buffers with the same model number.
The overcurrent protection chip is from ETA, marked with HM, and is the ETA6027 model. It is a load switch with programmable protection current. The chip supports an input voltage range of 2.1-6V, with 6.1V overvoltage protection, and current limit from 75mA to 2.2A. It features fast overcurrent protection, reverse current blocking, over-temperature shutdown, and undervoltage protection. The chip comes in a SOT23-6 package.
Here is the information about ETA ETA6027.
A total of six ETA6027 chips are used inside the docking station, providing overcurrent protection for the card reader, video interface, and USB 3.0 interfaces.
The overcurrent protection chip is from ETA, marked with Nu, and is the ETA6286 model. It is a load switch with programmable protection current. The chip supports an input voltage range of 2.1-5.5V, with current limiting from 0.5A to 4A. It features fast overcurrent response, fault signal output, reverse current blocking, over-temperature shutdown, and undervoltage protection. The chip comes in a SOT23-6 package.
Here is the information about ETA ETA6286.
A close-up of the chip marked with OW2Tg.
The power control MOSFET is from Vergiga, model VS3508AP. It is a PMOS transistor with a voltage rating of -30V, a conduction resistance of 8.8mΩ, and comes in a PDFN 5x6 package.
Here is the information about Vergiga VS3508AP.
The card reader chip is from GENESYS, model GL3231. It is a USB 3.1 GEN 1 to dual SD 3.0 LUN storage card reader controller. The chip integrates a DC-DC converter and comes in a QFN52 package.
Close-up of a 25.000MHz clock crystal oscillator.
The memory is from GigaDevice, model GD25Q40ETIG, with a capacity of 512KB. It supports an operating voltage range of 2.7-3.6V and comes in an SOP8 package.
The TF card and SD card slots are soldered onto a small PCB and secured with screws.
Unscrew the fixing screws and remove the small PCB.
The inside of the small PCB contains the SD card slot.
The outside of the small PCB contains the TF card slot.
The USB-C sockets feature a metal shell and are securely fixed with through-hole soldering.
The 3.5mm audio interface is securely fixed with through-hole soldering.
The USB-A sockets are fixed with through-hole soldering and grounded using conductive fabric adhesive.
The DP and HDMI interfaces are securely fixed with through-hole soldering.
A close-up of the thermistor used to detect internal temperature.
Well, those are all components of the Anker Prime 14-in-1 Docking Station – Black Myth: Wukong Edition.
Summary of ChargerLAB
Here is the component list of the Anker Prime 14-in-1 Docking Station – Black Myth: Wukong Edition for your convenience.
Its design incorporates elements from Black Myth: Wukong in both the exterior and UI. The front panel features three USB-C ports, each supporting 100W output and high-speed data transfer. The back panel includes USB-A, DP, HDMI, and Ethernet ports.
After taking it apart, we found that it consists of a power module and a docking station module. The power module uses a plastic enclosure with thermal paste filling the interior. It employs the MPS HR1211 dual-controller, paired with the MP6924A synchronous rectifier controller. The PFC utilizes Innoscience INN700DA140C GaN FETs along with Global Power Technology G3S06506C silicon carbide diode. The LLC MOSFETs are from Silan, model STS65R190, and the synchronous rectifiers are Leadteck LTS6808FJX.
The docking station module uses the Synaptics DL-7400 for display interfaces and 2.5G wired network expansion, with VIA Labs VL822-Q8 and VL817-Q7 for USB interface expansion. The USB-C interface uses the iSmartWare SW3566 for protocol step-down control, paired with Vergiga VS4620GEMC MOSFETs. The 140W interface uses the SouthChip SC1817 synchronous buck-boost controller in conjunction with the iSmartWare SW2505 protocol chip, paired with Din-Tek DTQ3404 MOSFETs.
The MCU is the XHSC HC32F460PETB, used for screen display driving and overall system control. The card reader chip is the GENESYS GL3231, the network card chip is the REALTEK RTL8221DI, and the audio chip is the ALC4032. For overcurrent protection of USB-A and video data interfaces, ETA ETA6027 and ETA6286 are used. The system is equipped with a temperature-controlled fan for heat dissipation to ensure stable and reliable long-term operation.
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