ET-MINI W5100 is a Board that has been designed to be the intermediate between Microcontroller that has no any Ethernet Port and Ethernet Network. This board uses Chip Ethernet Controller No.W5100 from WIZnet Company. The strong point of this Chip number is to have Hardwired TCP/IP Stack internal chip, so it is unnecessary to write any Software TCP/IP stack from external. It is easier to use and it does not waste much resource of the connected microcontroller.
W5300 Ethernet module is a perfect match tms320f28335 core board. Use WIZnet 's high-speed hardware W5300 Ethernet chip.
Xtralien™ X100 is versatile that has been developed as a general-purpose instrument to perform a wide range of experiments used in electronic engineering, condensed matter physics, chemical engineering and biotechnology.
It is a Ginkgo's iCore2 100M Ethernet module. The module can be "iCore2 module backplane" connected with "iCore2 dual-core board." It can also be used to make their own control panel, as a complete Ethernet extension to use, very convenient.
The Uthernet II is built around the Wiznet W5100 Ethernet controller. The W5100 is “a fullfeatured, single-chip Internet-enabled 10/100 Ethernet controller” that includes a built-in TCP/IP stack and 16KB internal buffer for data transmission.
V1.2 core board is V1.1 on the basis of a series of improvements to the ARMand FPGA upgraded using CORTEX-M4 core, clocked at 168MHz.
W5300 network multi-port transmission module large flow of data transmission usb gpio Ethernet transmission interfacesimon
W5300 host (MCU) uses a bus interface by direct or indirect access mode. It can be easily connected with the host, like access SRAM memory.
This project are written in Japanese. IEEE1888 is the next generation BEMS and smart grid is developed for which is an international standardized open communication standard in 2011. And the IEEE1888 is used by HTTP and XML.
The WizYasep is an an electronic circuit board, designed to transmit and transcode data flows through Ethernet, at high speed, low latency and low jitter. Its first purpose is the control of networked LED screens (made of asynchronous RBG LED)