Original Dock Stand HDMI PCB circuit board For Nintendo Switch Motherboard
A Switch motherboard refers to the primary circuit board inside a Nintendo Switch gaming console, which houses and connects all the essential components required for the console’s operation. It is a highly integrated, compact motherboard designed to manage both the handheld and docked gaming modes of the Nintendo Switch. The motherboard includes the key hardware elements like the CPU, GPU, memory, storage controllers, and various interfaces necessary for the console to function.
how to connect power switch to motherboard ?
Locate the Front Panel Header: The power switch is typically connected to the front panel header on the motherboard. This is a group of pins, usually labeled "F_Panel" or "Front Panel" in the motherboard’s manual. It is commonly found near the bottom-right corner of the board.
Refer to the Motherboard Manual: Each motherboard may have slightly different pin configurations. Consult the motherboard's user manual to identify the exact location and pin layout for the power switch. The manual will show which pins correspond to PWR SW (Power Switch).
Identify the Power Switch Cable: The power switch cable typically comes from the computer case and consists of two wires (usually black and white or colored wires) with a small 2-pin connector labeled PWR SW. This connector is designed to attach to the motherboard's power switch pins.
Connect the Power Switch Cable:
Align the PWR SW connector from the case with the designated PWR SW pins on the motherboard's front panel header.
The connector can be installed either way (there’s no polarity for the power switch), so you don’t have to worry about orientation.
Gently push the connector onto the two pins to ensure a firm connection.
Double-Check the Connection: Verify that the power switch is properly connected and aligned with the correct pins to avoid any startup issues.
Test the Power Switch: Once the motherboard and all other components are installed in the case, press the power button on the case to confirm the system powers on. If everything is connected correctly, the system should boot up.
SHIPPING INFO
Delivery Time:
* 10 pieces: 14 days
* 600 pieces: 19 days
* 3000 pieces: 24 days
Packaging: Hard carton with bubble wrap, vacuum-sealed polybags
Sample Service: $0.4 each, customer covers delivery costs
Dimensions: 18 cm x 16 cm x 12 cm
Weight: 0.05 kg
Custom Orders: Available for 50+ pieces
Sunsoar is a professional PCB/PCBA factory offering high-quality, reliable products tailored to your needs. Contact us for details and custom orders.Description
Product Overview:
The HM-16 BLE 4.2 Module, equipped with a 2.54mm pinout, is fully compatible with the HM-10 in terms of size and functionality. This module provides a comprehensive pin-out with extensive interface resources and is designed to support ultra-high-speed transmission with BLE 5.0.
Key features include:
Master-Slave Operation: BLE to UART interface with protocols for both BLE 4.2 (HM-16) and BLE 5.0 (HM-18).
Form Factor: Compact dimensions of 13mm x 28mm x 2mm with a 16-pin 2.54mm row pin interface.
Power Efficiency: Standby power consumption as low as 0.1μA, with data transmission rates of up to 5-7KB/s.
Functionality Support: iBeacon, shake detection, small programs, local and remote AT commands, adjustable gain, power, and broadcast intervals. Supports Chinese device names.
Connectivity: The host can connect to any slave device on the market without requiring password pairing. It supports both automatic and manual modes, including self-learning capabilities.
Advanced Features:
Scanning Modes: Normal scanning, iBeacon scanning, and full broadcast packet scanning (V116).
UUID Handling: Supports any UUID and multiple UUIDs in manual learning mode.
Connection Management: Adjustable maximum and minimum intervals for host connection, with support for service and characteristics lookup.
Notification and Indication: Supports Notify and Indicate functionality in manual learning mode.
Data Attributes: Multiple send/receive attributes including WN, WR, IN, NO in manual learning mode.
Upgrade Capability: HM-16 uses the CC2640R2F chip and can be upgraded to BLE 5.0, ensuring high-speed data transmission with a bandwidth of up to 2MBps.
Product Specifications:
Bluetooth Protocol: Bluetooth Specification V4.2 BLE
Communication Range: Up to 60 meters in ideal conditions
Operating Frequency: 2.4GHz ISM band
Modulation: GFSK (Gaussian Frequency Shift Keying)
Transmit Power Options: -23dBm, -6dBm, 0dBm, 6dBm (modifiable via AT commands)
Sensitivity: ≤ -84dBm at 0.1% BER
Security Features: Authentication and encryption
Supported Services: Central & Peripheral
Service UID: FFE0 (configurable via AT+UNII command)
Char1 UUID: FFE1 (configurable via AT+CHAR command)
Char2 UUID: FFE2 (enabled via AT+FFE2 command)
Power Consumption: Sleep current: 50μA - 400μA, Normal standby current: 3mA, Transmission: 3.6mA
Power Supply: 2.5V - 3.7V, 50mA
Operating Temperature: -20°C to +105°C
Dimensions: HM-16: 27mm x 13mm x 2.2mm
System Functions:
Default Configuration: Baud rate 115200, 8 data bits, 1 stop bit, slave mode. Compatible with HI-12T tubes and various models such as HI-01, HI-09, HI-108, HI-10C, HI-12C, HI-16, HI-18 without requiring PCB changes for existing customers.
Dual Mode Support: EDR+BLE dual-mode standby simultaneously without switching.
Firmware: Latest firmware 7316, featuring:
- Transmission + Remote Control
- Dual-mode dual standby (EDR 4.0 + BLE 4.0)
- High-speed transmission (EDR at full rate, BLE up to 8KB/s)
- 60+ AT instruction system
- Large ITU 158 Bytes
- iBeacon functionality
- Firmware upgrade support
- Sniff Mode
- Additional functions detailed in the product manual
We look forward to your experience with our advanced BLE module.
