High quality ESP32-C6-Pico-M with Solder Pins can meet many applications. ESP32-C6 microcontroller WiFi 6 development board, supports development environments such as ESP-IDF and Arduino, 160MHz RISC-V 32-bit single-core processor, compatible with Raspberry Pi Pico expansion board, used in smart home, industrial automation, healthcare, and consumer electronics.

3-port 100M built-in one input and two outputs LX-SWF302 switching module is widely used in network home wiring, internal machinery and equipment, LED display screens and other security industrial network port expansion, etc., to extend network wiring and wiring distance.

2 optical 8 electrical POE power supply LX-IS802F adopts 2 SFP optical ports and 8 electrical ports full Gigabit design, supports ring network self-healing, WEB management, VLAN division, port mirroring, QOS bandwidth control, etc. The working limit temperature is -30~70°C, which is specially designed for industrial application environment to ensure long-term stable operation of the equipment.

LW-SGI401 small 4-port Gigabit switch module is built with industrial-grade Marvell (88e6176-rcj1) chips, with a high and low temperature range of -40°C~80°C, and is not afraid of extreme weather. It is widely used in power systems, industrial cameras, underwater robots, drones and other scenarios.

Industrial-grade 8-port full-gigabit switch module LX-SG801 Network ports 7 and 8 support reverse non-standard P0E (45+78-) power reception, and network ports 1-6 support non-standard POE (45+78-) power output. There is no need to lay power cables, the network cables can be used for power supply, reducing power supply investment and saving engineering investment.

ESP32-S2-Pico-M and ESP32-S2-LCD are small in size, rich in peripheral interfaces, integrated with low-power Wi-Fi system-on-chip (SoC) and large-capacity memory, and support Raspberry Pi Pico expansion board ecosystem development board. It has hardware encryption accelerator, RNG, HMAC and digital signature modules to meet the security requirements of the Internet of Things. A variety of low-power working states meet the power consumption requirements of application scenarios such as the Internet of Things (IoT), mobile devices, wearable electronic devices, and smart homes.