Eddy-S4M is a high-performance, ultra-compact Mini PCI type embedded CPU module built around an ARM9 core processor. With Eddy-S4M, equipment for a wide range of industrial applications can be easily designed and developed, and the comprehensive SDKs and APIs provided by SystemBase make it possible to develop application-optimized equipment quickly and easily. It provides a 16-bit address bus and 16-bit data bus interface for connecting various external devices, along with Ethernet, USB, SPI, and other peripherals, plus 34 programmable GPIO pins.
For developers aiming to build specialized embedded equipment, developing a device entirely from scratch is no easy task. Embedded development that requires understanding the characteristics of each individual component can consume significant development time and may result in unstable equipment performance. Developing an operating system and having the hardware verified for stability and reliability can demand even more time and effort. Custom-ordering a finished hardware board can be an alternative, but without close communication with the manufacturer, it is easy to end up with the wrong product, and high costs and minimum order quantities driven by profitability concerns must also be factored in. Eddy-S4M resolves these challenges by offering high-performance hardware specifications together with a comprehensive set of SDKs and APIs, delivering the best solution optimized for specialized applications.
Eddy-S4M DK provides an evaluation platform for developing and testing applications for Eddy-S4M. Before integrating the hardware environment, developers can test their applications on the Eddy-S4M DK, and pre-tested applications help shorten overall product development time. Peripheral LEDs such as Power and Ready make it easy to check the operating status of Eddy-S4M at a glance, while an LCD and switches for testing external devices, along with various external expansion ports, provide an optimized development solution.
Eddy allows users to upload and run their own custom-developed applications. To build socket/serial communication applications tailored to a specific system, developers can use the APIs included in the development environment along with the available open source code.
LemonIDE™ is an Eclipse-based development environment that provides a GUI for easily developing applications that run on embedded Linux. All tasks related to building and editing source code using the GNU toolchain, as well as remote debugging and monitoring, can be performed within this development environment.
| Specifications | Processor: ARM926EJ-S (400MHz) Flash Memory: 8MB Data Flash, 32MB SDRAM Ethernet: 10/100 Base-T (MAC PHY, Auto MDI/MDIX) UART: Port 1: DCD, RXD, TXD, DTR, DSR, RTS, CTS, RI (full signal); Ports 2, 3: RXD, TXD, RTS, CTS only USB 2.0: FS, 2 Host / 1 Device port, 2.0 FS (12Mbps) SD Card: MicroSD support (up to 16GB, SDHC supported) ADC: One 4-channel, 10-bit ADC TWI (I²C): Master, multi-master, and slave mode SPI: 8-bit to 16-bit programmable data length, four external peripheral chip selects MCI: MMC spec v3.11 / SDIO spec v1.1 / SD card spec v1.0, up to 2GB, 12.5Mbps GPIO: Up to 34 programmable I/O pins Power Input: 3.3V (200mA max) Dimensions: 2.35(W) x 2.43(L) x 0.29(H) in / 59.75(W) x 61.80(L) x 7.3(H) mm Weight: 0.5 oz / 14.2g |
| Specifications | Protocols: TCP, UDP, Telnet, ICMP, DHCP, TFTP, HTTP, SNMP, SSH, SSL LAN: 10/100 Mbps, 1 RJ-45 port Addressing: Static IP, DHCP |
| Specifications | OS: Embedded Linux Management Tools: SNMP, Web, PortView™ Development Tools: LemonIDE™ & SDK |
| Specifications | Operating Temperature: -40 to 85℃ Storage Temperature: -60 to 150℃ Humidity: 5–95% non-condensing Certifications: CE, FCC |
(Accessories)
Click the button below to go to the resource center, where you can download related materials such as manuals, drivers, and utilities.
DownloadEddy-S4M is a high-performance, ultra-compact Mini PCI type embedded CPU module built around an ARM9 core processor. With Eddy-S4M, equipment for a wide range of industrial applications can be easily designed and developed, and the comprehensive SDKs and APIs provided by SystemBase make it possible to develop application-optimized equipment quickly and easily. It provides a 16-bit address bus and 16-bit data bus interface for connecting various external devices, along with Ethernet, USB, SPI, and other peripherals, plus 34 programmable GPIO pins.
For developers aiming to build specialized embedded equipment, developing a device entirely from scratch is no easy task. Embedded development that requires understanding the characteristics of each individual component can consume significant development time and may result in unstable equipment performance. Developing an operating system and having the hardware verified for stability and reliability can demand even more time and effort. Custom-ordering a finished hardware board can be an alternative, but without close communication with the manufacturer, it is easy to end up with the wrong product, and high costs and minimum order quantities driven by profitability concerns must also be factored in. Eddy-S4M resolves these challenges by offering high-performance hardware specifications together with a comprehensive set of SDKs and APIs, delivering the best solution optimized for specialized applications.
Eddy-S4M DK provides an evaluation platform for developing and testing applications for Eddy-S4M. Before integrating the hardware environment, developers can test their applications on the Eddy-S4M DK, and pre-tested applications help shorten overall product development time. Peripheral LEDs such as Power and Ready make it easy to check the operating status of Eddy-S4M at a glance, while an LCD and switches for testing external devices, along with various external expansion ports, provide an optimized development solution.
Eddy allows users to upload and run their own custom-developed applications. To build socket/serial communication applications tailored to a specific system, developers can use the APIs included in the development environment along with the available open source code.
LemonIDE™ is an Eclipse-based development environment that provides a GUI for easily developing applications that run on embedded Linux. All tasks related to building and editing source code using the GNU toolchain, as well as remote debugging and monitoring, can be performed within this development environment.
| Specifications | Processor: ARM926EJ-S (400MHz) Flash Memory: 8MB Data Flash, 32MB SDRAM Ethernet: 10/100 Base-T (MAC PHY, Auto MDI/MDIX) UART: Port 1: DCD, RXD, TXD, DTR, DSR, RTS, CTS, RI (full signal); Ports 2, 3: RXD, TXD, RTS, CTS only USB 2.0: FS, 2 Host / 1 Device port, 2.0 FS (12Mbps) SD Card: MicroSD support (up to 16GB, SDHC supported) ADC: One 4-channel, 10-bit ADC TWI (I²C): Master, multi-master, and slave mode SPI: 8-bit to 16-bit programmable data length, four external peripheral chip selects MCI: MMC spec v3.11 / SDIO spec v1.1 / SD card spec v1.0, up to 2GB, 12.5Mbps GPIO: Up to 34 programmable I/O pins Power Input: 3.3V (200mA max) Dimensions: 2.35(W) x 2.43(L) x 0.29(H) in / 59.75(W) x 61.80(L) x 7.3(H) mm Weight: 0.5 oz / 14.2g |
| Specifications | Protocols: TCP, UDP, Telnet, ICMP, DHCP, TFTP, HTTP, SNMP, SSH, SSL LAN: 10/100 Mbps, 1 RJ-45 port Addressing: Static IP, DHCP |
| Specifications | OS: Embedded Linux Management Tools: SNMP, Web, PortView™ Development Tools: LemonIDE™ & SDK |
| Specifications | Operating Temperature: -40 to 85℃ Storage Temperature: -60 to 150℃ Humidity: 5–95% non-condensing Certifications: CE, FCC |
(Accessories)
Click the button below to go to the resource center, where you can download related materials such as manuals, drivers, and utilities.
Download
