Enhance your networking projects with this high-performance Ethernet Network Module, designed for efficient and stable data communication. Equipped with a reliable ENC28J60 SS chip and a 25MHz crystal oscillator, this module delivers fast transmission speeds and low latency, ensuring smooth and consistent network connectivity. Featuring an integrated HR911105A RJ45 connector with isolation transformer, it simplifies your hardware setup and provides robust signal integrity. Key Features: · High-Performance Ethernet Chip: Incorporates the ENC28J60 SS chip for fast and stable data transfer with minimal latency, ideal for various networking applications. · Integrated RJ45 Connector & Isolation Transformer: The HR911105A network interface offers seamless connectivity and protects against electrical interference, enhancing signal reliability. · Wide Compatibility: Easily interfaces with development boards, allowing direct connection without complex wiring or additional interface design, saving time and effort. · Compact and User-Friendly Design: Its small size and straightforward layout make installation simple, suitable for both beginners and experienced developers. · Energy Efficient Operation: Powered by a 3.3V pin header, this module supports low voltage operation to reduce power consumption, extending battery life in portable electronics. · Durable ABS Material: Constructed with high-quality ABS plastic for a sturdy and long-lasting build that withstands everyday use. Specifications: · Item Type: Ethernet Network Module · Material: ABS · Onboard Chip: ENC28J60 SS · Onboard Crystal: 25MHz · Network Interface: HR911105A RJ45 Connector with Isolation Transformer · Power Supply: 3.3V Pin Header Package Includes: · 1 x Ethernet Network Module This Ethernet Network Module is an ideal choice for developers and hobbyists seeking a reliable, easy-to-use networking solution. Its high compatibility and efficient design enable quick integration into your electronics projects, providing stable network communication with minimal power consumption.