Sollae Systems CIE-M10 User manual

Sollae Systems
http://www.sollae.co.kr
Modular I/O Device Server
CIE-M10 User’s Manual
Version 1.1
2009-07-01

CIE-M10 User’s Manual Ver. 1.1
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1 Contents
1CONTENTS ...............................................................................................................................- 1 -
2PRODUCT BRIEFS....................................................................................................................- 5 -
2.1 Introduction..........................................................................................................................................................- 5 -
2.2 Components.........................................................................................................................................................- 5 -
3SPECIFICATION........................................................................................................................- 6 -
3.1 Brief Specification ..............................................................................................................................................- 6 -
3.2 Hardware Interface............................................................................................................................................- 7 -
3.2.1 Dimension ....................................................................................................................................................- 7 -
3.2.2 JP1 Port .........................................................................................................................................................- 7 -
3.2.3 Analog Input Port.....................................................................................................................................- 8 -
3.2.4 Digital Input Port ......................................................................................................................................- 9 -
3.2.5 Digital Output Port ............................................................................................................................... - 10 -
3.2.6 Ethernet Port............................................................................................................................................ - 10 -
3.2.7 Serial Port.................................................................................................................................................. - 10 -
3.2.8 LED ............................................................................................................................................................... - 11 -
4GETTING STARTED .............................................................................................................. - 13 -
4.1 Test Operation.................................................................................................................................................. - 13 -
4.1.1 PC „s IP Address ..................................................................................................................................... - 13 -
4.1.2 Installing CIE-M10 ................................................................................................................................. - 13 -
4.1.3 Configuring CIE-M10 ........................................................................................................................... - 13 -
4.1.4 Testing Modbus/TCP ............................................................................................................................ - 14 -
4.1.5 Testing with a Web browser (HTTP) ............................................................................................. - 14 -
5CONFIGURING PARAMETERS ............................................................................................ - 16 -
5.1 Parameters ......................................................................................................................................................... - 16 -
5.2 Configuring with ezManager..................................................................................................................... - 16 -
5.2.1 ezManager ................................................................................................................................................ - 16 -
5.2.2 Configuring Method with ezManager ......................................................................................... - 17 -
5.2.3 ezManager Buttons............................................................................................................................... - 17 -
5.2.4 ezManager Parameters ....................................................................................................................... - 19 -
5.2.5 Example of ezManager Operation –MAC Address............................................................... - 23 -
6OPERATION........................................................................................................................... - 25 -
6.1 Operation Mode.............................................................................................................................................. - 25 -

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6.1.1 Normal Mode.......................................................................................................................................... - 25 -
6.1.2 Serial Configuration Mode................................................................................................................ - 25 -
6.1.3 ISP Mode ................................................................................................................................................... - 25 -
6.2 Uploading New Firmware ........................................................................................................................... - 25 -
6.3 Uploading New Web Pages....................................................................................................................... - 26 -
7INPUT / OUTPUT PORTS.................................................................................................... - 28 -
7.1 Digital Input And Output Ports................................................................................................................ - 29 -
7.1.1 Common Options.................................................................................................................................. - 29 -
7.2 Modbus/TCP...................................................................................................................................................... - 30 -
7.2.1 Introduction.............................................................................................................................................. - 30 -
7.2.2 Standard Modbus/TCP ........................................................................................................................ - 30 -
7.2.3 Modbus/TCP Protocol ......................................................................................................................... - 31 -
7.2.4 Configuring Modbus/TCP .................................................................................................................. - 32 -
7.2.5 Mater Mode ............................................................................................................................................. - 33 -
7.2.6 Serialized Modbus/TCP....................................................................................................................... - 33 -
7.3 Macro Mode...................................................................................................................................................... - 34 -
7.3.1 Introduction.............................................................................................................................................. - 34 -
7.3.2 Operators................................................................................................................................................... - 34 -
7.3.3 Operand ..................................................................................................................................................... - 34 -
7.3.4 Example of Equation ............................................................................................................................ - 35 -
7.4 Web (HTTP)........................................................................................................................................................ - 37 -
7.4.1 Configuring Web Function................................................................................................................ - 37 -
7.4.2 Security....................................................................................................................................................... - 38 -
7.4.3 User Web Page ....................................................................................................................................... - 38 -
8SERIAL PORT ........................................................................................................................ - 39 -
8.1 Introduction....................................................................................................................................................... - 39 -
8.2 Serial Communication Mode..................................................................................................................... - 39 -
8.3 TCP Server .......................................................................................................................................................... - 39 -
8.3.1 Connection ............................................................................................................................................... - 40 -
8.3.2 Serial Data Before TCP Connection............................................................................................... - 40 -
8.3.3 Data Communication........................................................................................................................... - 40 -
8.3.4 Terminating Connection ..................................................................................................................... - 40 -
8.4 TCP Client ........................................................................................................................................................... - 41 -
8.4.1 Serial Data Before Connection ........................................................................................................ - 41 -
8.4.2 Data Communication........................................................................................................................... - 41 -
8.4.3 Terminating Connection ..................................................................................................................... - 42 -
8.4.4 DNS.............................................................................................................................................................. - 42 -

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8.5 AT Command .................................................................................................................................................... - 42 -
8.6 UDP ....................................................................................................................................................................... - 43 -
9AT COMMAND MODE ........................................................................................................ - 45 -
9.1 Introduction....................................................................................................................................................... - 45 -
9.2 AT Command Format.................................................................................................................................... - 45 -
9.2.1 Basic Command Format ..................................................................................................................... - 45 -
9.2.2 Basic Response Format ....................................................................................................................... - 45 -
9.2.3 Basic AT Commands............................................................................................................................. - 45 -
9.2.4 Example of Basic AT Commands.................................................................................................... - 46 -
9.2.5 Expanded AT Command Set............................................................................................................. - 47 -
9.2.6 Example Of The Extended AT Commands ................................................................................. - 48 -
9.3 On-line State and Command State ........................................................................................................ - 48 -
9.3.1 Changing to Command State from On-line State ................................................................. - 49 -
9.3.2 Changing to On-line State from Command State ................................................................. - 49 -
9.4 TCP Connection ............................................................................................................................................... - 50 -
9.4.1 Active Connection –Client................................................................................................................ - 50 -
9.4.2 Passive Connection –Server ............................................................................................................ - 50 -
9.5 TCP Disconnection.......................................................................................................................................... - 50 -
9.5.1 Active Disconnection ........................................................................................................................... - 51 -
9.5.2 Passive Disconnection ......................................................................................................................... - 51 -
10 ADDITIONAL FUNCTIONS.................................................................................................. - 52 -
10.1 Security Function............................................................................................................................................. - 52 -
10.1.1 Password.................................................................................................................................................... - 52 -
10.1.2 Access Control with MAC Address................................................................................................ - 52 -
10.1.3 Access Control with IP Address ...................................................................................................... - 52 -
10.1.4 Access Control from ezManager.................................................................................................... - 52 -
10.1.5 Disabling Security Functions ............................................................................................................ - 52 -
10.2 Managing TCP Sessions............................................................................................................................... - 53 -
10.2.1 How To Disconnect TCP Sessions .................................................................................................. - 53 -
10.3 IP Address Notification Function............................................................................................................. - 54 -
10.4 Telnet Function................................................................................................................................................. - 54 -
10.4.1 Commands For Telnet Console....................................................................................................... - 54 -
11 TECHNICAL SUPPORT/WARRANTY /PRECAUTIONS..................................................... - 56 -
11.1 Technical Support ........................................................................................................................................... - 56 -
11.2 Warranty.............................................................................................................................................................. - 56 -
11.2.1 Refund......................................................................................................................................................... - 56 -

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11.2.2 Free A/S...................................................................................................................................................... - 56 -
11.2.3 Charged A/S............................................................................................................................................. - 56 -
11.3 Precautions......................................................................................................................................................... - 56 -
12 MODIFICATION HISTORY OF THIS DOCUMENT............................................................ - 58 -

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2 Product Briefs
2.1 Introduction
The need for the data communication system via Internet is rapidly increasing due to the
development of Internet. In order to send and receive data via Internet, TCP/IP protocol must be
used. Any machines that need an Internet connection must implement TCP/IP protocol. In order
for any device to implement TCP/IP protocol, the machine must either be able to implement
TCP/IP protocol by itself, have an open TCP/IP source implanted, or must use an OS that is
capable of implementing the protocol. However, the above options require a great deal of time,
cost, and effort to make it work.
CIE-M10 uses Modbus/TCP and HTTP to provide users with ability to control and monitor
remote digital output ports and analog/digital input ports. Therefore, with CIE-M10, remote I/O
ports can easily be controlled and monitored at the same time. Also, CIE-M10 provides the Macro
functions to change automatically the output port values based on the value of input ports.
Not only that CIE-M10 can control and monitor digital I/O ports, it also provides with functions
that can covert the serial data to TCP/IP data and vice versa. Therefore, one CIE-M10 can perform
numerous functions at the same time.
Along with its strong TCP/IP/UDP functions, CIE-M10 also provides DHCP and PPPoE functions
to be used in cable and xDSL networks. And it has DDNS (Dynamic DNS) function, so it can be
used more easily in the internet.
It is also equipped with online debugging functions that will allow the users to quickly respond
to the problems that might occur during the installation.
2.2 Components
CIE-M10 body

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3 Specification
3.1 Brief Specification
Power
Input
Voltage
3.3V (±10%)
Current
Consumption
190 mA @ 3.3V without load
Size
64.4 mm x 40 mm x 17 mm
Weight
about 17 g
Interface
Input
Digital Input Ports –8 Ports (3.3V CMOS)
Analog Input Ports –1 Port with 10bits ADC
Output
Digital Output Ports –8 Port (3.3V CMOS)
Serial
1 x UART (300bps ~ 230400bps) with 3.3V CMOS
RTS/CTS Flow Control
Network
10Base-T/100Base-TX (RJ45)
Network
Ethernet 10/100M bits auto-sense
Auto MDI/MDX(cable auto sensing)
Protocols
TCP, UDP, IP, ICMP, ARP, DHCP, PPPoE, Telnet
DNS lookup, DDNS(Dynamic DNS), Modbus/TCP, HTTP
RFC2217(Telnet COM Port Control Option)
Debugging
Online debugging function
RoHS
Compliant to RoHS
Communicati
on Mode
I/O Ports
Modbus/TCP –Slave/Master, Passive/Active, Serial
Web browser(HTTP)
Macro Mode
Serial Port
TCP Server/Client, AT emulation, UDP
Utilities
ezManager
Configuration Utility through LAN or Serial
Socket Test
Firmware/HTML uploading
ezVSP
Virtual Serial –TCP/IP Driver for Windows
Table 3-1 Brief Specification
 Firmware and Utility can be downloaded from our website. (http://www.eztcp.com)

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3.2 Hardware Interface
3.2.1 Dimension
Figure 3-1 CIE-M10‟s Dimension
3.2.2 JP1 Port
JP1 is a user interface which is not populated by any connecters to be connected to user device
with user‟s conector. The pitch is 2.54mm.
#
Name
Description
Dir.
Etc.
1
DI0
Digital Input Port 0
In
Min VIL= -0.3V
Max VIL= 0.8V
Min VIH= 2.0V
Max VIH= 5.5V
2
DI1
Digital Input Port 1
In
3
DI2
Digital Input Port 2
In
4
DI3
Digital Input Port 3
In
5
DI4
Digital Input Port 4
In
6
DI5
Digital Input Port 5
In
7
DI6
Digital Input Port 6
In

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8
DI7
Digital Input Port 7
In
9
DO0
Digital Output Port 0
Out
Min VOH = 2.9V,
Max VOL = 0.4V
10
DO1
Digital Output Port 1
Out
11
DO2
Digital Output Port 2
Out
12
DO3
Digital Output Port 3
Out
13
DO4
Digital Output Port 4
Out
14
DO5
Digital Output Port 5
Out
15
DO6
Digital Output Port 6
Out
16
DO7
Digital Output Port 7
Out
17
GND
Ground
−
18
GND
Ground
−
19
ADVREF
ADC Reference Voltage
(Input Voltage Range: 2.6V ~ 3.3V)
In
20
ADC_IN0
Analog Input Port 0
(Input Voltage Range: 0V~ADVREF)
In
10bit ADC
Conversion Time:
2.33us
21
RXD
Receive Data
In
22
CTS
Clear To Send
In
23
TXD
Transmit Data
Out
24
RTS
Request To Send
Out
25
RESET-
Reset(Active Low)
In
26
ISP-
ISP Mode: Low when it boots up
(Internally pulled-up, Active Low)
In
27
VCC
Power Input (DC 3.3V)
−
28
VCC
Power Input (DC 3.3V)
−
29
GND
Ground
−
30
GND
Ground
−
Table 3-2 JP1 Specification
 4 pin connector (JP2) will be removed after the first production.
3.2.3 Analog Input Port
There is an analog input port in the CIE-M10. This port is connected to 10 bits ADC (Analog to
Digital Converter). User should input 2.6V~3.3V to the ADVREF for reference voltage of the ADC.
ADC_IN0 port is for user‟s analog sensors, its input voltage should be between 0V ~ ADVREF. The

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ADC converts the input voltage of the ADC_IN0 (0V~ADVREF) to 0~1023 digital value.
User can read this value through Modbus/TCP and HTTP. User can read the ADC value from the
address of (Digital Input Port Address + 4) with Modbus/TCP. When user read the ADC value with
a web browser, user can read this value with $a0 variable.
3.2.4 Digital Input Port
CIE-M10‟s digital input ports can be applied variously with circuit configuration –for example:
voltage input and Dry-Contact.
•Voltage Input Circuit
This circuit is to get a voltage from between the two input ports. If the voltage is high the value
is 1, and if the voltage is low the value is 0.
The following is a circuit example with photo-coupler which isolates circuits electrically.
Figure 3-2 Voltage Input Interface Circuit
The [EXTERNAL INPUT 1] and [EXTERNAL INPUT 2] ports are user interface port. The working
voltage is concluded by the photo-coupler and resistors.
•Dry-Contact Circuit
This circuit is to get a signal from mechanical switches or relays which provide just a mechanical
contact. This circuit requires an additional DC power supplier which is isolated with CIE-M10‟s
input power.
1K(1/4W)
INPUT_1 CIE_M10_DI
3.3V
INPUT_2
1K(1/4W) 1 2

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Figure 3-3 Dry-Contact Interface
3.2.5 Digital Output Port
The digital output ports can be interfaced with relays or SSR. The following is an example to
interface to relays.
Figure 3-4 Relay Interface
3.2.6 Ethernet Port
User can control or monitor the CIE-M10‟s I/O port and serial port through the Ethernet (LAN)
port which embeds 10M/100M auto-sensing function and auto MDI/MDIX.
3.2.7 Serial Port
There is a UART port which is CMOS-3.3V level. This port provides serial to TCP/IP converting
function working independently with its I/O ports.
This port supports RTS/CTS flow control function. The RTS informs to the counter part that its
receiving buffer is free and is ready to get data. And the CIE-M10 gets CTS information from the
counter part‟s RTS.
INPUT_B
1K(1/4W)
3.3V
INPUT_A
CIE_M10_DI
DC PWR
1K(1/4W) 1 2
OUTPUT_2
OUTPUT_1
VCC
CIE_M10_DO

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Parameters
Supported Values
Baud rate
300 ~ 230,400 bps
Data bits
8, 7, 6, 5
Parity
None, Even, Odd, Mark, Space
Stop bit
1, 1.5, 2
Table 3-3 Supported Values of the Serial Port
TX Interval
When CIE-M10 sends data to its serial port, there are intervals between data. It is for
slow serial devices to give it enough time to process. The unit is byte.
Telnet COM Port Control Option
CIE-M10 has Telnet COM Port Control Option function that is specified by RFC2217. If
the Telnet COM Port Control Option is enabled, CIE-M10 sends the CTS control signal to
the communication counter part, and CIE-M10 sets its serial port items(RTS, Baud rate,
data bits, parity, stop bit) after getting information from the communication counter part.
 For more information, please refer to our website. (http://www.eztcp.com)
3.2.8 LED
There are 4 LEDs in the CIE-M10 as followed.
Mode
Name
Color
Status
Description
Common
PWR
Red
On
Power is on
Do0
Green
On
When Digital Output Port 0 is 1
Normal
Mode
STS_ACT
Yellow
Blink every 1
second
Static IP address or
An IP address is assigned.
Blink 4 times
every
IP address isn‟t assigned.
On
Modbus/TCP Connected
Blink
Transmitting data to LAN
LINK_ACT
Green
On
LAN link is established
Blink
Receiving data from LAN
Off
LAN link is not established
ISP Mode
STS_ACT
Yellow
Off
When CIE-M10 is in the ISP mode
in which upload firmware and web
pages
LINK_ACT
Green
On/Off

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Serial
Configuration
Mode
STS_ACT
Yellow
Blink every 1
second
CIE-M10 is in the ISP mode which
Configures CIE-M10 through the
serial port
LINK_ACT
Green
On/Off
Table 3-4 LEDs

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4 Getting Started
4.1 Test Operation
4.1.1 PC ‘s IPAddress
Change PC‟s IP addresses as followed:
IP Address
10.1.0.2
Subnet Mask
255.0.0.0
Gateway IP address
-
Table 4-1 PC IP
4.1.2 Installing CIE-M10
CIE-M10‟s operating voltage is DC 3.3V . You have to use a stable power supplier.
Then the green LED of the RJ45 connector will blink.
4.1.3 Configuring CIE-M10
Using ezManager, change the settings of CIE-M10. Click [Search All] button on the ezManager
window. Then, ezManager will search for every ezTCP on the local network.
When there is no found device, click [Windows Firewall] button on the ezManager window to
check for firewall setting. If this setting is ON, the ezManager could not perform the search.
When CIE-M10 is found, the MAC address of CIE-M10 will be shown on the [Search List]
window. (The MAC address is also written on the bottom of the product case.)
To configure it clearly, please press [Factory Reset] button to reset it with initial values.

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Figure 4-1 Configuring CIE-M10 with an ezManager
4.1.4 Testing Modbus/TCP
It is a test of CIE-M10 to perform control and monitor functions using
Modbus/TCP. This test should be performed with Modbus/TCP program
provided by Sollae Systems. You can check the digital output port 0 easily
because it has an LED.
Connecting a Modbus/TCP
Connect the CIE-M10 with the [Connect] button.
Checking Digital Output ports
You can check the Modbus/TCP function by pressing the buttons in
the “I/O Port”.
.
4.1.5 Testing with a Web browser (HTTP)
Start a web browser as shown below and write http:// and IP address in the address window to
connect to the CIE-M10 web browser. It will allow users to monitor and control CIE-M10.
Figure 4-2 Testing
Modbus/TCP

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If you click the digital output buttons in the web page, then it toggles those and sends its
digital and analog input port values to the web browser.
Figure 4-3 CIE-M10‟s default web page

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5 Configuring Parameters
5.1 Parameters
To communicate with TCP/IP, user should set IP address related parameters. All parameters
including IP address are set by ezManager which is supplied by Sollae Systems.
5.2 Configuring with ezManager
5.2.1 ezManager
The parameters of CIE-M10 (IP address, I/O ports, serial port and etc) can be configured by
an application utility for Windows, ezManager. ezManager operates in Windows platform
(Windows 98, 98SE, 2000, ME, XP, Vista). The following window is the window that pops up
when the user starts ezManager for the first time.
Figure 5-1 ezManager

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5.2.2 Configuring Method with ezManager
There are [MAC], [IP], [Serial] tabs in the ezManager according to configuration method. Please
refer to the following table.
MAC
IP
Serial
Media
LAN
LAN
Serial
Method
UDP Broadcast
UDP Unicast
Serial Port
Identification
MAC Address
IP Address
COM Port
Properties
UDP port 50005
UDP Port 50005
115200/N/8/1
Table 5-1 Configuration Method with ezManager
5.2.3 ezManager Buttons
The followings are descriptions about buttons in the ezManager.
Search All
Search for all ezTCP series (including CIE-M10) connected to the local
network. The MAC addresses of each ezTCP will be shown on the
[Search Results] box. (The MAC address of CIE-M10 is written on the
bottom of the product.) The setting values of each ezTCP will be shown
on right side of [Search Results].
Read
Input 6 digit number written on the CIE-M10 to the MAC ADDRESS
input box or Input CIE-M10‟s IP address in the IP address category on
the IP tab. This will allow for the user to read setting parameters for a
specific CIE-M10. When there are too many ezTCPs connected to the
network and it is hard to find a desired ezTCP from the LIST box, this
button may be conveniently used.
Write
After changing the settings, save the changes to ezTCP. CIE-M10 will
automatically reset after the save. Therefore, pressing this button may
cause system shutdown during normal use.
View
Comment
If this check box is checked, ezManager displays CIE-M10‟s nick name
which is set in the Comment.
Open
To read CIE-M10‟s parameters through serial port, open a serial port
which is connected to the CIE-M10 in advance.
Read
(Serial)
Reading parameters from CIE-M10 through the serial port.
Write
(Serial)
Writing parameters to CIE-M10 through the serial port.
Set
CIE-M10 provides user authentication function in order to prevent other

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Password
people from changing its settings. The authentication process is done
using a password and this button will allow users to change the
password. This password will be used when connected to the web
(HTTP). The ID is „admin‟ in this case.
Status
User can check the status of CIE-M10 during its operation. When the
button is clicked, a new window will pop up and show operation time,
current IP address, data amount via serial port and other information.
Double-Clicking each devices of the [Search List] will also yield the same
information.
Factory
Reset
Resetting parameters of the CIE-M10
Debugging
Message
This will be used to read debugging messages from CIE-M10. In order to
use this function, activate [Debugging Message] option under [Option]
tab. When the debugging is over, please deactivate the [Debugging
Message] option to reduce network load.
The debugging messages are transmitted to the LAN in shape of UDP
broadcast.
Change
F/W HTML
uploading new firmware or new html files in the ISP mode
Export
Variables
Exporting the current parameters to a file
Import
Variables
Importing a saved file to ezManager
Multi
Write
Configuring multiple CIE-M10s
PING/ARP
Doing ping tests and managing ARP table
Simple
Test
Doing tests of serial to TCP/IP converting function.
Windows
Firewall
When the PC‟s firewall is activated, ezManager may not be operated
properly. By clicking this button, the user can easily check their Windows
firewall status.
Exit
Terminating the ezManager.
Table 5-2 ezManager Buttons

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5.2.4 ezManager Parameters
Network
Product
Product name and firmware version
Network
Local IP Address
CIE-M10‟s IP Address
Subnet Mask
Subnet Mask of the network
Gateway IP
Gateway IP Address of the network
DNS IP Address
Name Server‟s IP Address
Option
Obtain an IP From The
First Received Packet
Obtaining an IP address in the first packet after CIE-M10
booted up and is used as CIE-M10‟s Local IP Address
temporarily
Obtain an IP
Automatically (DHCP)
DHCP Enabled
Obtain an IP
Automatically (PPPoE)
PPPoE Enabled
PPPoE ID
PPPoE ID
PPPoE Password
PPPoE Password
Obtain DNS Server
Address Automatically
When CIE-M10 gets IP addresses by DHCP or PPPoE, it gets
DNS server IP address automatically.
Notify IP Change
Protocol
DDNS(dyndns.org) –Using DDNS service of DynDNS
TCP –Sending CIE-M10‟s IP to the host with TCP
UDP –Sending CIE-M10‟s IP to the host with UCP
Interval
Interval to send IP address information (Unit: Minute)
DDNS ID
Account ID: when the Protocol is DDNS
DDNS Password
Account Password: when the Protocol is DDNS
Port
TCP or UDP port of the host (Protocol: TCP or UDP)
Data Type
Data Format (ASCII/HEX) (Protocol: TCP or UDP)
Host Name(custom)
DDNS: CIE-M10‟s host name which is registered in the DDNS
server
TCP or UDP: Host name or IP address to connect
Table 5-3 ezManager Network Tab