Feature:
1. The module integrates the full hardware TCPIP protocol stacks, no codes is required to implement the TCPIP protocol stacks.
2. Support 10100MBPS transfer rate, support sleep mode and wake on networks.
3. The internal integrated 32K TXRX buffer, supports 8 independent ports to run simultaneously.
4. The module supports 3.3V or 5V power supply, which is convenient for users to use in different microcontroller systems.
5. The communication method between the module and the microcontroller system is for SPI protocol, which supports for SPI clock frequencies up to 80M.
Specification:
Item Type: Ethernet Networks Module
Material: PCB
Purpose: Suitable for operation learning and development of college students, engineers, technicians, factories, DIY, electronic enthusiasts, etc.
Simultaneous Support: 3.3V & 5V
Support HardWired TCPIP Protocol: TCP, UDP, ICMP, IPv4, ARP, IGMP, PPPoE
10BaseT100BaseTX Ethernet PHY Embedded System
Automatic Response (full duplexhalf duplex mode): Support
8 Independent Sockets at the Same Time: Support
Internal 32Kbytes memory for TxRx buffer
Shutdown Mode: Support
Wake on LAN: Support
Interface: for SPI interface (for SPI MODE 0.3) to facilitate the connection with the microcontroller
for SPI Clock Frequency Maximum: 80M
Size: Approx. 55 x 28mm2.2 x 1.1in
Pin Definition:
Pin HeaderFunction DescriptionPin HeaderFunction Description
3.3V3.3V power input pin 5V5V power input pin
MISOfor SPI master input slave output pin GNDPower ground pin
MOSIfor SPI master output slave input pin RSTW5500 hardware initialization pin (active low)
SCSfor SPI SLAVE selection pin (active low) INTW5500 interrupt pin (active low)
SCLKfor SPI clock pin NCSuspend
.
Package List:
1 x Ethernet Networks ModuleThe module integrates the full hardware TCPIP protocol stacks, no codes is required to implement the TCPIP protocol stacks.
Support 10100MBPS transfer rate, support sleep mode and wake on networks.
The internal integrated 32K TXRX buffer, supports 8 independent ports to run simultaneously.
The module supports 3.3V or 5V power supply, which is convenient for users to use in different microcontroller systems.
The communication method between the module and the microcontroller system is for SPI protocol, which supports for SPI clock frequencies up to 80M.