Explore a few Ethernet designs that make building networks faster and easier for data centres, factories, cars, and smart devices.
High-density Ethernet designs help you build networks capable of handling large volumes of data across multiple devices and systems. The reference designs below provide ready-to-use platforms that integrate hardware, software, and connectivity components. Spanning applications from enterprise and data centre switches to automotive gateways, industrial Ethernet, and energy-efficient networks, these designs enable faster, more reliable development, testing, and integration of Ethernet solutions.
High-density Ethernet design
This reference design from Microchip is a complete Ethernet switch system built as a working hardware platform, with the switch chip, PHYs (physical layer transceivers), power, clocking, and management interfaces already integrated, along with supporting software to run and evaluate the system. It includes a 56-port Ethernet switch with 48 gigabit copper ports, four optical ports, and four multi-gigabit copper ports, enabling deployment in enterprise and data centre environments that require mixed interfaces and high bandwidth.
It supports scalable switching, thermal and power management, and high port density in a compact form factor. Features for monitoring, configuration, and diagnostics simplify integration with existing systems.
Applications. The reference design is suitable for enterprise backbone networks, aggregation layers, top-of-rack data centre setups, and industrial or edge networking applications.
OEM Brand. Microchip
See more details about the Health Sensor Platform 4.0 Reference Design
Gigabit Ethernet front-end design
The Gigabit Ethernet front-end reference design from Wurth Elektronik provides a framework for building Ethernet interfaces over twisted-pair cables. It includes components such as transformers, common-mode chokes, and capacitors to maintain signal integrity and meet electromagnetic compatibility requirements. Isolation transformers reduce ground-loop issues and improve signal quality, while common-mode chokes limit electromagnetic interference, making the design suitable for electrically noisy environments. The layout is structured to reduce insertion loss and maintain return loss for high-frequency performance, while surge protection elements protect against voltage spikes.
The design follows IEEE 802.3 standards, ensuring compatibility with existing networks. It provides a strong foundation for designing Ethernet interfaces while simplifying development and integration.
Applications. The reference design can be used across industrial, automotive, and consumer applications, and you can adapt it based on system needs using the provided schematics and layout guidance.
OEM Brand. Wurth Elektronik
See more details about the Reference Design for Gigabit Ethernet Front End
Secure Ethernet gateway design
Oops! This is an EFY++ article, which means it's our Premium Content. You need to be a Registered User of our website to read its complete content.
Good News: You can register to our website for FREE! REGISTER NOW
Already a registered member? If YES, then simply login to you account below. (TIP: Use 'forgot password' feature and reset and save your new password in your browser, if you forgot the last one!)
