Embedded ARM Device Server v2.0
Overview
Embedded Device Server modules v2.0 by SystemBase are small Linux-ready ARM-based modules supporting RS-232, RS-422 and RS-485 interfaces operating at up to 921.6 Kb/s, supporting an extended operating temperature range (from -40 to +85 °C) and equipped with an Ethernet or Wireless interface.
Features
- 32-bit ARM9 processor with MMU (Memory Management Unit)
- External 16-bit address / 8-bit data bus interface
- Max 921.6 Kb/s serial speed
- 10/100 Mbps Ethernet or 802.11b/g Wireless
- Power over Ethernet capable
- Low power consumption
- Extended operating temperature range (from -40 to +85 °C)
- Real time embedded Linux, Lemonix (Kernel 2.6.x)
- Development Kit, SDK, API & LemonIDE (Eclipse based IDE)
Available Models
- Eddy CPU V2.0
- Eddy Serials V2.0
- Eddy Memory Module V2.0
- Eddy DK V2.0
Eddy CPU V2.0
Models | Eddy-CPU V2.0 (4 MB) | Eddy-CPU V2.0 (8 MB) |
|---|---|---|
CPU | 32-bit ARM926EJ-S | |
Flash | 4 Mbyte parallel | 8 Mbyte parallel |
SDRAM | 32 Mbyte | |
Pin Header Interface | 108 | |
UARTs | 2 | |
GPIO Pins | max. 16 | |
Power Input | 3.3 V | |
Power Cons. | 3.3V/200 mA | |
Operating Temp. | -40 °C to +85 °C | |
Dimensions | 25.0 x 42.0 mm | |
Weight | 7.0 g | |
Order now | | |
Eddy Serials V2.0
Eddy-S1 (V2.0) | /DB9 | /DB9-C | /DB9 POE | /DB9 PoE-C | /Pin | /Pin-C |
|---|---|---|---|---|---|---|
RS232 | 1xDSUB9 | - | 1xDSUB9 | - | 1xPin |
|
RS422/485 | - | 1xDSUB9 | - | 1xDSUB9 | - | 1xPin |
Ethernet | 1 x 10/100 Mbps on RJ-45 | |||||
PoE | - | - | Yes | Yes | - | - |
CPU | ARM926EJ-S, 180 MHz CPU Clock | |||||
LEDs | - | Ready, Data | Tx, Rx, Ready, Power | |||
Dimens. | 62 x 45 x 19 mm | 75 x 50 x 19 mm | 60 x 42 x 16 mm | |||
Weight | 28.65 g | 44.50 g | 18.8 g | |||
Power Input | 5V Power Jack | 5V Power Jack or 48V PoE | 3.3V - 5V Pin Input | |||
Power cons. | 5V / 290 mA (1.5 W max.) | |||||
Operating Temp. | -40 °C to +85 °C | |||||
User I/Os | - | - | - | - | 4 | 4 |
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Eddy Serial to Memory module V2.0
Eddy Serial to Memory module is ideal choice for applications with large memory storage requirement. It is equipped with a SDIO and a USB host port, allowing the user to select the preferred storage medium and capacity. Data gathered and accumulated from serial devices can be saved and backed up to be sent via Ethernet later. It can also serve as ideal backup storage solution in case of Ethernet communication failure.
Specifications | S2M |
|---|---|
Serial Port 1 | RS232 or RS422/485 Combo (full) |
Serial Port 2 | RS232 or RS422/485 Combo |
USB Host | 2 x 2.0 Full-Speed |
LAN Port | 1 x 10/100 Mbps Ethernet on RJ-45 |
Memory Interface | SDCard/SDIO, MultiMediaCard |
Power Input | 5.0 V DC |
Power Consumption | 1.5 W (max.) |
Dimensions | 60 x 80 x 19 mm |
Weight | 41 g |
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Eddy Development Kit V2.0
The Eddy Development Kit V2.0 helps developers to integrate Eddy V2.0 modules. With LED displays on Power, Ready, communication interface, GPIO, and serial line status, engineers can easily recognize the operation status of the module. Development environment including cross-compiler, simple code, documentation, and tools are included to accelerate integration and customization process.
Specifications | Baseboard |
|---|---|
Serial Port 1 | 1 x RS232 , RS422/485 selectable on DSUB9 Male |
Serial Port 2 | 1 x RS232 on DSUB9 Male |
Console Port | 1 x RS232 on DSUB9 Male |
LAN Port | 1 x 10/100 Mbps Ethernet on RJ-45 |
ICE Port | Used for Flash Image Uploads |
LEDs | Power, Ready, 16 GPIO, Console and Serial Tx/RX |
Switch | Product Setting Switch |
Jumper Switch | Boot Mode Select, JTAG Select, RS422/485 Select |
Reset Button | for factory default and warm boot |
| Module Connection Socket | 108 Pin Header for Eddy-CPU V2.0 |
26 Pin Header for Eddy-S1/Pin V2.0 or Eddy-WS1/Pin V2.0 | |
34 Pin for Eddy-WS1/TTL V2.0 | |
Power Input | 5V DC, max. 2 W Power Consumption |
Dimensions | 115.0 mm x 125.0 mm |
Kit Package | 1xBaseboard, 1xEddy-CPU V2.0, 1xLan Cable, 1xSerial Cable, 1xPin Header Cable, 1xBoard Support, Jumper, 1xPower Adaptor, 1xPower Cable, 1xCD(Tools, Documentation, etc...) |
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SystemBase Lemonix™
Eddy Real-Time Linux, the basis for embedded software standard platform
Lemonix™ is a Linux-based standard operating system based designed to be applied on diverse next generation embedded software platforms.
Lemonix™, unlike classic embedded operating systems, supports network-based operations and ubiquitous network system to utilize standardized, miniaturized, real time embedded systems in ubiquitous computing environment. Furthermore, it is provided as embedded software standard platform with diverse middleware and increased convenience.
While embedded software with various scales and properties are in demand, application software programmers call for more coherent and unified developing system. Lemonix™ accepts all these requests.
The Lemonix™ operating system implants hardware optimization technology such as miniaturization, low-power support, resource management since it is limited in size, price and resources. Moreover, it provides network support, real-time scheduler, multimedia file system and quick booting capability all of which can be easily installed to target embedded systems through setup tool.
Lemonix™ comes up with following features:
- Power Management
- Multimedia File System
- Communication
- Setups
SystemBase LemonIDE™
Eddy Integrated Development Environment for Embedded Software System Development
SystemBase LemonIDE™ is an Eclipse-based integrated development environment for embedded software that provides GUI (Graphic User Interface) environment in which applications and firmware for real-time Linux system, Lemonix, can be easily developed. It also resolves former problems in TUI based development environment by providing an environment which enables all developing processes such as GNU C/C++ compiler, source code editor, debugger and etc. to be executed on a single program. This means that users don’t have to be familiar with each compiler or debugger’s program commands. Not only does LemonIDE™ provide the convenience to execute successive processes from compiling to debugging with only mouse clicks by providing a unified GUI but it also provides almost every development abilities such as automatic Makefile creation, automatic source completion, remote debugging, plug-in support, target system monitoring and etc. Furthermore, it is provided in both Linux and Windows version so that developers can choose whichever is more convenient for them.
Lemon IDE™ contains following tools:
- LemonIDE™ IDE : Designed to support project-based C/C++ source program editing, cross-compiling, remote execution, connection with GUI builder.
- LemonIDE™ Debugger : Debugs programs developed with LemonIDE™. Supports stop-point based debugging and trace point based debugging which does not need stopping the program.
- Monitoring tools : Shows information on target system’s memory, process, resource, battery usage and etc.
- Target Agent : Executed on target system. Provides functions such as file transmitting or remote execution in connection with host system.
Eddy Utility Program
SystemBase’s self-developed utility programs COM Port Redirector, PortView and TestView are designed for fluent performance of Portbase, Eddy and Wicomm.
- The COM Port Redirector, which can COM-communicate by creating a virtual COM-Port on the controlled PC, can still be used on former control programs controlled by COM-Port.
- PortView, designed for remote monitoring device products, can monitor components needed for function such as status information, serial port status and serial data’s debugging.
- TestView, designed for testing each serial communication products, has wider range of testing communication with its ability to communicate in TCP/UDP Server-Client mode as well as COM communication.
- SNMP is also provided enabling an easy monitor and management of devices connected to a network.
SystemBase commits to long-term end-of-life expectancy for Eddy modules
SystemBase does not have any obsolescence plan for Eddy v2.0 & v2.1 series yet.
Moreover, SystemBase to produce Eddy v2.0 & v2.1 series for at least 5 years from their respective launch date.
SystemBase commits to a minimum end-of-life expectancy for Eddy v2.0 & v2.1 series as follows:
- Eddy v2.0 series EOL: not before 2013
- Eddy v2.1 series : not before 2014
Should you need an even longer EOL expectancy, please contact Trenz Electronic.
