Moxa Technologies | MC-4510-C23 | Industrial Computing

Industrial Computing
Introduction to Moxa’s Industrial Computers
Rugged Computers���������������������������������������������������������������������������������������������������������������������������������������������� 18-2
Ready-to-Run Rcore Software Platform�������������������������������������������������������������������������������������������������������������� 18-6
Customization Service���������������������������������������������������������������������������������������������������������������������������������������� 18-10
Industrial Computers
x86-based Wallmount Embedded Computers���������������������������������������������������������������������������������������������������� 18-14
Rackmount Embedded Computers�������������������������������������������������������������������������������������������������������������������� 18-16
Marine Displays and Computers������������������������������������������������������������������������������������������������������������������������ 18-18
Wireless Embedded Computers ������������������������������������������������������������������������������������������������������������������������ 18-20
RISC-based Wallmount Embedded Computers ������������������������������������������������������������������������������������������������ 18-21
DIN-Rail Embedded Computers ������������������������������������������������������������������������������������������������������������������������ 18-22
Modular Embedded Computers ������������������������������������������������������������������������������������������������������������������������ 18-23
For detailed product specifications see Moxa’s Industrial Computing product catalog, or visit our corporate
website at www.moxa.com/industrialcomputing.htm.
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Industry-specific
Industrial
Ethernet
Computing
Switches
Industrial Computing
Rugged Computers
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Industrial Computing > Rugged Computers
Harsh Environments
Fanless Design for Wide Operating Temperatures
Creating a fanless design presents many challenges for developers
of wide temperature products. Not only do the components need to
meet wide temperature requirements, but the hardware layout design
that integrates all peripheral computers must fulfill wide temperature
demands as well.
One of the major challenges faced by IPC manufacturers is to provide
a fanless computer that meets industrial standards and works well in
wide temperatures and harsh environments. Moxa’s design philosophy
emphasizes compact and elegant architectures that do not use fans.
A fanless design reduces size, complexity, susceptibility to dust,
and wear and tear. Instead of taking shortcuts by using problematic
components, Moxa selects components that generate less heat but can
still maintain high system performance. The result is a more stable,
reliable, and cost effective system that dramatically reduces total cost
of ownership.
Moxa’s Industrial-grade Design
Conventional Design
-40 to 75°C operating temp.
-10 to 60°C or
-40 to 75°C storage temp.
40-hour uninterrupted burn-in
N/A
Rigorous chamber testing:
Forced-convection and
natural-convection thermal chambers
simulate real-world conditions
Standard chamber testing:
Forced-convection thermal
chamber
BIOS
Dynamic Throttling Technology
N/A
Patented Heat Dissipation Design
Traditional externally-attached heat sinks can only go
so far. For even more robust heat dissipation, Moxa has
patented an innovative “L and H-type” heat sink that
makes direct contact with the major inner heat sources to
cool down a device’s internal temperature.
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info@moxa.com
Industrial Computing
Special Heat Dissipation Design
BIOS Dynamic Throttling Technology
BIOS throttling efficiently cools down the system, but also lowers
system performance. Moxa’s dynamic throttling technology
optimizes throttling behavior for maximum reliable performance.
Rigorous Thermal Performance Testing
Design is only half of the thermal picture: the device ultimately
must also be tested in order to verify its performance. However,
not all tests are equal: test parameters and conditions directly
effect how accurately the test simulates real world conditions.
There are two types of test chambers used by industrial computing
providers:
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Industrial Computing > Rugged Computers
Forced Convection Chamber (FCC)
This type of chamber, which uses slow airflow to heat the chamber,
produces less reliable results since it poorly simulates the actual
environmental conditions of industrial applications.
Natural Convection Chamber (NCC)
This type of chamber, which simulates a windless environment, more
closely resembles actual industrial application settings. Results from
these tests are more reliable because the static airflow is a closer
simulation of real-life industrial environments.
Anti-vibration and Anti-shock
Protecting and safeguarding data is vital for all storage devices, particularly those
deployed in harsh environments such as moving vehicles where vibration and shock are
frequent and unpredictable.
Safeguarding a data acquisition system’s storage devices, such as CFs, SDs, and Flash
memories, from the effects of excessive motion and detachment is extremely important.
Many of Moxa’s industrial-grade systems are backed by 5G anti-vibration and 50G antishock guarantees, making them ideal for rolling stock and other mobile applications.
It is important to realize that there can be a big difference between the protection
provided by products from different companies. With Moxa’s unique and innovative
bracket design, and our knowledge of which materials to select, we are able to provide a
range of anti-vibration and anti-shock grades to ensure compliance with maritime testing
standards. Our anti-vibration and anti-shock technology reduces data loss to a minimum and provides a safe and sound storage environment for
deployment in transportation vehicles and other highly mobile applications.
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Industrial Computing
Conformal Coating
Protective conformal coating on PCBs and other electronic circuitry
isolates components from the effects of moisture, dust, corrosion,
vibration, and shock, all of which are present in harsh maritime
environments. Moxa’s conformal coating method ensures a reliable
and rugged system by reducing the effects of mechanical stress and
vibration on the circuitry, and also improves the circuitry’s ability to
resist extreme temperatures, vibration, and chemical vapors.
Reasons to Choose Moxa for Conformal Coating
• Our products use Dow Corning 1-2577 silicon resin coating, which forms a
firm, abrasion-resistant surface after curing
• All products with conformal coating are tested and inspected in accordance
with the strict IPC-A-610D 10.5.2.2 Class 1/2/3 standard under black light
• Conforms to IPC-CC-830 SR type thickness requirements (50 to 210 μm)
• Additional full-function testing and quality assurance prior to shipment
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Industrial Computing > Rugged Computers
Industrial-proven Certification
DNV/IEC 60945/IACS-E10 Certified and ECDIS Compliant
DNV 2.4, IEC 60945, and IACS-E10 directive certifications attest that Moxa’s marine computers
operate reliably in marine applications, and help create a solid computing infrastructure for
various navigation, radar, and conning tasks. Marine computers are also used is in the control
room to process applications such as the positioning system and automation control system.
The ECDIS (Electronic Chart Display & Information System) delivers precise positioning
information and intuitive route and navigation planning functions to improve the safety and
efficiency of seagoing vessels. Moxa’s ECDIS compliant computers help mariners handle a
variety of navigation-related tasks, and ECDIS digital charts, displays, and data make marine
navigation easy and reliable.
IEC 61850-3/IEEE 1613 Certified and IEEE 1588 Compliant
The IEC 61850-3 and IEEE 1613 standards define the strictest
requirements for EMI immunity and error free communications
for equipment used in substations. Due to the nature of substation
environments, it is imperative that all hardware used in the system
be highly functional and reliable. Embedded computers must perform
consistently, for both front-end computing and backbone hosting. As a
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leading manufacturer of industrial-grade embedded computers, Moxa
has a vast selection of IEC 61850-3 certified computers and products.
IEEE 1588 v2 compliant precision time protocol and clock
synchronization ensure precise time accuracy for event loggers in
power substation systems.
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Industrial Computing
EN 50155 and e Mark Certified
The EN 50155 standard governs the operation, design, construction,
and testing of electronic equipment used on rail vehicles and in railway
applications. Moxa’s railway computers are EN 50155 certified and
undergo environmental testing to ensure reliable performance under
a variety of power supply conditions, such as voltage variations,
power interruption, and supply changeover. The computers can also
withstand environmental disturbances, including vibration, shock, and
extreme temperature.
A product that displays the e-mark ensures that automobile and
motorcycle products sold by manufacturers and operated by users
conform to basic safety and environmental standards. Moxa’s e Mark
certified products covered by regulatory controls are tested and ertified
which are ideal for vehicular applications.
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Quality Control
Longer MTBF and low RMA rate
MTBF of Embedded Products
Industrial Computing > Rugged Computers
Moxa’s embedded computers undergo a 40-hour
burn-in chamber test and offer a longer MTBF.
This translates to fewer parts to replace and lower
overall cost for industrial systems. In addition, the
low RMA rate (under 1.5%) guarantees that the
applications can operate with low maintenance
effort.
3 or 5-year warranty
Moxa’s embedded computers are backed by a solid
3 or 5-year warranty, which is longer than other
IPC providers who only offer a 2-year warranty.
The longer warranties reflect our confidence in
the reliability of our products, even when used for
demanding industrial applications.
Moxa (industrial-grade)
Other Brands (conventional)
Fan and cable-free
Fans and cables often used
5-year warranty (RISC)
3-year warranty (x86)
2-year warranty
(extended warranty costs extra)
RMA Rate: under 1.5%
RMA Rate: over 2%
Longer MTBF:
x86 wide temp. > 8 years
RISC wide temp. > 13 years
Longer MTBF: N/A
Special Certifications:
DNV, IEC 61850-30, EN 50155, e/E Mark
Special Certifications: N/A
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Industrial Computing
Ready-to-Run Rcore Software Platform
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Industrial Computing > Ready-to-Run Rcore Software Platform
Take advantage of Moxa’s Rcore platform to increase your competitiveness and ensure a faster time-to-market. The Rcore platform provides the
following hard-to-beat benefits:
Easy-to-use application libraries
Proven and bug-free sample code
Consulting-level advice for application development
Fast concept validation and development cycle
BIOS and Boot Loader
Moxa provides full-featured BIOS and boot loader solutions for both x86-based and
RISC-based systems. The wide range of options and extensions provide an answer to any
potential need. Key features include:
BIOS
Power failure recovery
LVDS innovation: various resolutions
supported (up to 64 options)
Wide compatibility with
peripheral devices
Secure software protocols
Dynamic throttling technology
Fast boot
Remote system wake-up
BIOS code customization and
consulting
Remote LAN boot
Secured pen drive boot
Boot Loader
External disk boot option
MDM remote management tool to remotely update firmware or for system recovery
Fast boot
Boot loader customization and consulting
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info@moxa.com
Industrial Computing
Operating Systems
Moxa’s x86 and RISC-based embedded computers offer a powerful computing
environment and stable system for a variety of industrial applications. These
computers use either a Linux or Windows (CE and XPe) embedded operating system
to provide programmers around the world with a user-friendly environment for
application development, and help reduce the effort required for system integration.
Moxa is continually on the lookout for real-time operating systems that are suitable
for mission critical applications.
Middleware
VPN
The VPN (OpenVPN, L2TP, and IPSec) middleware makes it easy for user applications to create
secure tunnels between communication parties.
Firewall
The firewall (iptable) middleware protects enterprise information from un-friendly access.
Database
The database system (MySQL and MSSQL) middleware can be used to manage eld-data
acquisition, with web services (Web, PHP, ASP) included to give programmers an integration
framework for building Internet accessible eld applications, such as WebSCADA.
VPN Middleware
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Industrial Computing > Rugged Computers
Moxa offers a variety of middleware to help you easily integrate these application modules into
your system. This is essential for leveraging the key features of these modules and reducing the
effort required for application development.
Unbeatable middleware for integrating application modules into proprietary systems
Virtual Private Network (VPN)
IPsec Protocol
A Virtual Private Network (VPN) allows the provisioning of private
network services for an organization or organizations over a public
infrastructure, such as the Internet, instead of with physical wires. The
network is said to be “virtual” because it links two “physical” networks
(local area networks) using an unreliable connection (the Internet),
and “private” because only computers that belong to a local area
network on either end of the VPN can “see” the data. The technologies
introduced today are applied to IP-based VPNs rather than frame relay
or ATM networks.
Internet Protocol Security (IPsec) is a suite of protocols for securing
Internet Protocol (IP) communications by authenticating and/or
encrypting each IP packet in a data stream. IPsec protocols provide
a set of security services to create secure channels between a pair of
security gateways, such as a router or a rewall. Since IPsec provides
reliable encryption, integrity, authentication, and replay protection,
adding IPsec to Moxa’s embedded computers helps prevent threats
from intruders.
OpenVPN
Openswan
OpenVPN is one of the virtual private network (VPN) solutions that
establish secure tunnels between host computers. Two networking
techniques are supported by OpenVPN: Ethernet bridging and IP
routing. Moxa provides a ready-to-run OpenVPN middleware to enable
Moxa embedded computers to be used as OpenVPN gateways with IP
routing capability.
Openswan is an implementation of Internet Protocol Security (IPsec)
for Linux platforms. Moxa provides Openswan conguration examples
for integrators who want to use RSA (Asymmetric key cryptography)
and PSK (Symmetric key cryptography) authentication algorithms
to create host-to-host, subnet-to-subnet, or host-to-subnet IPsec
connections.
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Industrial Computing
Sample Code
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To lower customers’ development cost, Moxa provides sample code for a wide
range of embedded applications, such as serial-to-Ethernet (S2E), serial-to-serial
(S2S), and Modbus TCP and RTU. This high-level sample code or application
libraries hide the details of implementing complex data communication by
presenting relatively simple function prototypes for user applications. In addition,
low-level libraries that manage direct access to peripheral I/O devices, such as
LCM, key pad, digital IO signals, and watchdog functions, are also included. With
ready access to such a rich assortment of embedded applications, programmers
obtain much greater flexibility than would otherwise be possible. These libraries
help programmers quickly grasp the full functionality of their applications, and in
this way gain the condence needed to complete their project, speeding up product
development and ensuring that code is efficient and bug-free.
Sample Code Makes Software Development a Piece of Cake!
Industrial Computing > Ready-to-Run Rcore Software Platform
In addition to being part of the Linux community, the Moxa embedded
computer family also includes models running the Microsoft®
Windows® Embedded operating system. Adopting a widely used
LCM
programming environment makes our embedded computers suitable
for software development and legacy system migration.
Keypad
The LCM Programming function helps
developers easily program LCM displays on the
UC-7410/7420 and DA-660 series computers.
The Keypad Programming function helps developers
easily program keypad buttons on the UC-7410/7420
and DA-660 series computers. In addition to the
primary function, additional API functions are
provided, such as a callback function defined by
programmers to associate with an event.
Serial
Socket
In addition to the primary Serial Port Programming
function, Moxa embedded computers offer higher
level APIs for serial connections.
Moxa embedded computers come with network
interfaces that allow client-server applications
to communicate with each other across a
computer network. A Socket Programming
function helps developers implement socket
programming with TCP or UDP protocols.
Buzzer
Real Time Clock
Developers can use the RTC Programming
function to get the current time, set the
hardware clock time to a specific time, set the
hardware clock time to the system time, or set
the system time from the hardware clock, by
using the function sample codes.
A Buzzer Programming function allows developers
to trigger alarm beeps for unusual events.
Watchdog Timer
Moxa’s embedded computers are
also equipped with a Watchdog Timer
Programming function that sets the
system back to normal if applications don’t
acknowledge.
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To download Sample Code, visit the following link:
Download
info@moxa.com
http://rcorecommunity.moxa.com/
samplecodedownload
Industrial Computing
Tool
Moxa provides a Windows PC-based tool (MDM) that autodetects, congures,
and manages Moxa’s embedded computers over an Internet environment. This
tool provides features for setting IP addresses, managing files, monitoring
memory usage of computers, and helping application developers deploy their
programs en masse to an entire army of computers.
AP
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MIRF
MIRF (Moxa Intelligent Routing Framework) is an innovative
solution for wireless railway passenger network applications.
In order to provide commercial-grade multimedia service,
system integrators need to develop more value-added software.
Unfortunately, open programmable platforms for development may
not be readily available.
Industrial Computing > Rugged Computers
Moxa’s AP provides a flexible and customizable interface that can be easily
implemented into a user’s existing platform. The AP includes: (1) MIRF,
an innovative platform for the rolling stock industry that allows users to
easily configure their system with the most ideal and optimal settings, (2)
Web Enabler, which offers an easy-to-use method for solar inverters to get
online for remote monitoring, and (3) SSD Health Monitor, which enables
users to easily monitor and detect the SSD status.
Get your inverter online with Moxa’s Solar Power
Inverter Web Enabler
Moxa’s Web Enabler makes it easy to get your solar power inverter
online, and provides the following advantages:
•
•
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Both remote and real time views
Periodically queries inverter energy values of different types
Supports extended storage of energy values by overwriting the
oldest values
SSD Health Monitor
Moxa’s SSD Health Monitor is a software tool that helps users detect
and monitor the health status of SSDs and hard disk drives. The tool
makes it is easy to complete the following tasks:
•
•
•
Instantly monitor SSD health status
Detect bad sectors on the SSD
Prevent the SSD from crashing and other risks
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Industrial Computing
Customization Service
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Industrial Computing > Customization Service
Overview
Professional Design Service (PDS)
Moxa’s customization service for industrial computing products is
based on the Professional Design Service (PDS) concept, which
aims to provide customers with tailor-made solutions. Industrial
applications often have specific requirements, and specialized
solutions are often needed. With 25 years of experience in the industrial
networking and automation field, Moxa can offer professional,
customized products and services that are ideal for your own industrial
applications.
Customer Benefits
•
•
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Local single-point contact and exclusive key account service
Accelerated time-to-market with Moxa’s team of experienced engineers
Global RMA and logistic support
Quality solutions to meet corporate standards
Customized and versatile systems to ensure customer satisfaction
• Cost reduction through Taiwan-based purchasing channels
• Reduce engineering costs with Moxa’s extended industry
experience
• Reduce investment on production assets and quality assurance
system
• Enhanced efficiency through Moxa’s global business presence
Core Technologies
Comprehensive Connectivity Solutions
Industry Expertise
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• DNV/IEC 60945/IACS-E10 certified and ECDIS compliant for
marine applications
• IEC 61850-3/IEEE 1613 certified and IEEE 1588 compliant for
power applications
• EN 50155/e Mark certified for railcar and railway applications
Versatile serial communication technology
Ethernet ports, including LAN port, switch port
Industrial-grade interface: CANBus, DI/DO, AI/AO
Wireless technology: GSM, GPRS, EDGE, 802.11a/b/g
Display functions: VGA, LVDS
Ready-to-run Rcore Software Value
Highly Scalable
• Custom programming libraries
• MIRF-Multi-Interface routing frame work
• Management software available
• Modular design
• Built-in HD slots for storage expansion
• Compact form factor design
System-wide Thermal Technology
Precise Conformal Coating
• High performance with fanless design
• -40 to 85°C wide-temperature design
• BIOS dynamic throttling technology
• Complete process to reduce the effects of mechanical stress and
vibration on the circuitry
• Conforms to IPC-CC-830 SR type thickness requirements (50 to
210 μm)
• Additional full-function testing and quality assurance prior to
shipment
Moxa creates “mutual value” by working closely with customers to meet their exact specifications!
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info@moxa.com
Industrial Computing
Why Choose Moxa?
Processes and Quality Control
Moxa offers quality product designs for both hardware and software.
As a professional industrial networking and computing automation
solution provider, Moxa offers industrial-grade products that meet
even the most severe industrial requirements. For example, fanless
products need a sophisticated thermal design to dissipate heat from
the inside of the products, and some products are even required to
meet specific industrial certifications, such as EN 50155 for rolling
stock applications, IEC 61850-3 and IEEE 1588 for power automation
applications, and DNV for the marine industry. To meet these harsh
requirements, Moxa’s engineers are dedicated to providing high
quality products that ensure reliable operation when used as part of a
variety of industrial applications. Moxa also aims to provide a flexible
software platform that allows users to implement their own programs
for specific applications, quickly and easily. This is particularly useful
when you want to build applications that use existing software and
platforms, such as APIs, sample code, libraries, and network services.
With Moxa’s help, you can expect to get your customization projects
off the ground quickly, with minimal effort and cost. In addition, Moxa
has implemented a sophisticated customization service SOP, that
applies to both CVF (Customized Version with Full-scale Change) and
CVS (Customized Version with Small-scale Change) projects.
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Industrial Computing > Rugged Computers
Full-scale Change
Full-scale change projects require an entirely new hardware design and/
or new software functions. Moxa is able to accept projects for a wide
range of applications, including those that require rugged, industrial-grade
solutions.
Small-scale Change
Small-scale change projects only need minor changes to hardware and/
or software. For example, you may want the products to display your own
company’s logo, or need new interfaces for different device connections.
Moxa can also provide project management and consulting services to
help you with your own industrial applications.
In order to provide dedicated and customer-centric customization
service,we follow a well-defined process for each project. The process
guarantees that your requirements will be carefully considered so that we
can provide reliable, tailor-made products.
Customization Service Timeline
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Industrial Computing
Multi-faceted Approach to Design
Compared to more traditional design approaches, Moxa’s
approach is based on platform and system instead of components.
Traditional designs usually aim to provide products that emphasize
hardware specifications, such as CPU, memory capacity, and
numbers of communication interfaces. On the contrary, Moxa’s
“total platform and total system” designs result in ideal solutions
that fit customers’ industrial application requirements, and make it
possible for customers to quickly set up their applications with the
most well-suited products. In addition, Moxa’s 25 years of experience
in the industrial automation industry makes it easy for us to offer
customers suitable products and solutions.
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Industrial Computing > Customization Service
Management Capability
Moxa’s KA (Key Account) strategy is to use an SME (Sales
Management Excellence) system to establish mutual and reliable
relationships with key customers. This system offers great service
and support by providing the most ideal products and creating
added value for key customers. In addition, after-sales service
is one of Moxa’s strengths, and our 3 or 5-year warranty ensures the
longevity of our products. Moxa also has a broad knowledge of vertical
markets, and is always eager to share this knowledge with our key
customers.
Integrated Solution
Choosing Moxa means choosing the most experienced solution
provider in the industrial automation market.Moxa can integrate a
variety of industrial requirements for networking, computing, and
data acquisition into a single platform and system for industrial
automation. Both hardware and software requirements can be
easily integrated to provide ideal solutions that fit customers’
industrial application requirements, and make it possible for
customers to quickly set up their applications with the most wellsuited products. In addition, Moxa’s 25 years of experience in the
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industrial automation industry makes it easy for us to offer customers
suitable products and solutions, and our strong after-sales service and
3 or 5-year warranty ensures the longevity of our products. Moxa’s
engineers have a broad knowledge of vertical markets, and are always
eager to share this knowledge with our key customers. In addition, the
software add-on value that Moxa brings offers customers a ready-torun platform for system integration.
info@moxa.com
Industrial Computing
Moxa Customization Service Case Studies
V2406-XPE (TM) Computer
• Modified from the standard V2406 computer
• 2 hard disks for added storage capacity
• Dual independent displays (VGA + DVI-I)
• Dual LAN ports with M12 connectors
• Multiple digital input/output channels
• Multiple USB hosts for external storage or devices
• EN 50155 certified
NVR application for cars in a Taipei Metro System train
EBC-2101-T Communication Module
• New hardware design
• New main board with V2101 CPU board
• Wireless module
• 1 LAN port with M12 connector
• Multiple LAN ports for network redundancy
• Multiple digital input/output channels
• Easy integration with existing systems
Communication computer for railway digital cellular repeater system
This product is based on the V2101 CPU board, has been designed to fit
the user’s blade board in a 19-inch rackmount chassis. It has screw-type
M12 connectors for both LAN and switch ports, and built-in GPS and
cellular communication modules.
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Industrial Computing > Rugged Computers
This product is based on the MC-4510-C23 computer and has been
customized for the live view and playback functions required by NVR
applications. The new design includes a power input and LAN ports that
use M12 connectors, and a patented hard disk drive kit that supports
two removable commercial hard disks to meet EN 50155 and EN 50121
standards for rolling stock and railway applications.
Windows FTU Tool and FTU Gateway Establishment with EM-1240 CPU Board
• Linux 2.6 ported
• Implements FTU Gateway
• Implements Windows FTU Tool
Power Distribution
This software customization project combined the Linux 2.6 platform with
the EM-1240 CPU board. The combination of network setup function from
the Moxa Device Manager (MDM) tool and FTU Gateway and Windows FTU
Tool completely fulfilled the customer’s requirements for power distribution
applications.
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Industrial Computing
x86-based Wallmount Embedded Computers
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Industrial Computing > x86-based Wallmount Embedded Computers
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x86-based Processor Offer Powerful Performance
Moxa’s V Series computers feature either Intel or AMD processors,
offering powerful performance for sophisticated industrial applications,
such as data acquisition, data computing, and protocol conversion.
Display Output for Field Site Monitoring
All V series computers are equipped with a VGA output, providing an
ideal solution for applications that involve field site monitoring. Some
models even come with an LVDS output to provide greater display
connection flexibility.
Multiple Communication Interfaces
All V series computers feature a variety of communication interfaces,
such as serial ports, DI/DO channels, LAN ports, switch ports, PCMCIA
slots, USB hosts, and CompactFlash sockets. This wide range of
Model
Name
Serial Ports
RS-232
RS-232/
422/485
LAN Ports
10/100
Mbps
interface options make Moxa’s V series computers perfect solutions
for industrial automation, such as in factory automation, production
lines, and even mining facilities.
Storage
Gigabit
CF
DI/DO
USB
PCMCIA
IDE
30 VDC
OS
Switch
CE
Wide
Temp.
XPE
V462
2
2
2
–
P
4
–
P
–
–
P
P
–
V464
2
2
4
–
P
4
–
–
–
–
P
P
–
V466
2
2
4
–
P
4
–
–
–
8
P
P
–
V468
2
2
4
–
P
4
–
–
8/8
–
P
P
–
Serial Ports
LAN Ports
Storage
Display
Model
Name
RS-232
RS-232/
422/485
10/100
Mbps
10/100/
1000 Mbps
CF
SD
M12
Type A
V2101
–
2
–
2
P
P
–
4
–
3/3 (30 VDC)
V2401
8
4
–
2
P
–
–
4
P
4/4 (5 VDC)
V2402
–
4
–
2
P
–
–
4
P
V2406
–
4
2 (M12)
–
P
–
1
2
P
V2422
–
4
–
2
P
–
–
6
V2426
–
4
2 (M12)
–
P
–
1
2
V2616
–
2
2 (M12)
–
P
–
1
2
w w w. m o x a . c o m
USB
info@moxa.com
DVI
LVDS
Wide
Temp.
P
–
P
P
P
P
P
–
4/4 (5 VDC)
P
P
–
–
6/2 (30 VDC)
P
P
–
P
P
4/4 (5 VDC)
P
P
–
–
P
6/2 (30 VDC)
P
P
–
P
P
6/2 (30 VDC)
P
P
–
–
SATA
DI/DO
VGA
Industrial Computing
18
certified solutions that incorporate extensive features and functions
specifically for railway applications.
Brand New Computers for AFC and Rolling Stock
Low Power Consumption
All V series computers feature sophisticated power-saving designs.
For example, Moxa’s V2100 and V2400 series Intel Atom computers
consume less than 30 W of power, yet provide powerful performance.
This combination of low power requirements and high performance is
particularly helpful for industrial applications such as Automatic Fare
Collection (AFC) and rolling stock.
V Series Expansion Modules
Modules
Description
EPM-3337
Wireless module with GSM, GPRS, EDGE, HSDPA, GPS, WLAN 802.11 a/b/g/n
EPM-3112
2 isolated CAN ports with DB9 connectors
EPM-3438
8 DIs and 8 DOs with 3 KV digital isolation protection, 2 KHz counter
EPM-3032
2 isolated RS-232/422/485 ports with DB9 connectors
EPM-3552
VGA and DVI-I
EPM-DK01
1 slot for mini PCI and mini PCIe expansion modules
EPM-DK02
2-slot mini PCIe expansion module
Industrial Computing > x86-based Wallmount Embedded Computers
Moxa’s computers are designed to operate efficiently and provide
greater reliability. To achieve this, we offer EN 50155 and EN 50121
Product Spotlight
V2616
x86-based wallmount embedded computer
•
•
•
•
•
•
•
High performance network video recorder for rolling stock applications
EN 50155 certified for temperature ranges up to Class T1
EN 50121-3-2 certified for railway applications
IEC 61373 certified for shock and vibration resistance
One internal SATA II storage tray for 2.5” SSD or HDD
Two removable storage trays for 2.5” SSDs or HDDs
Supports RAID 1/0 functions for data reliability
info@moxa.com
w w w. m o x a . c o m
18-15
Industrial Computing
Rackmount Embedded Computers
18
Industrial Computing > x86-based Wallmount Embedded Computers
IEC 61850-3 and IEEE 1613 Certified
The IEC 61850-3 and IEEE 1613 standards define the highest standard
of EMI immunity and error free communication requirements for
network equipment used in substations. Moxa’s substation Ethernet
switches and embedded computers comply with the IEC 61850-3 and
IEEE 1613 standards, guaranteeing that the computers are protected
against various environmental factors.
Ideal Products for Power Applications
19-inch Rackmount Installation for Easy Deployment
Industrial-grade Design for Stable System Operations
All DA series computers have a 19-inch rackmount design wellsuited for data collection and computing in power automation
applications. These computers are also ideal as front-end controllers
for complicated protocol conversion applications in substation
automation.
The industrial-grade design of DA series computers ensures reliable
and stable operations for various industrial applications. The DA
design does not use fans or cables, reducing the number of parts,
wear and tear, and points of failure. The DA-681-I-DPP-T is even IEC
61850-3 certified, making it the optimal solution for power substation
applications that require IEC 61850.
Powerful Serial and Network Communication
Multiple serial ports and network interfaces provide more options for
device connections and make it easier to design a redundant system
architecture. You can also easily add WLAN/cellular connections by
installing the appropriate interface card in the PCMCIA slot.
Dual Power Inputs for Reliable Operation
Dual power inputs with 100-240 VAC/VDC compatibility allow DA
series computers to continue operating during power interruptions.
Versatile Storage Options for Data Logging
Multiple Expansion Modules for Greater Flexibility
The DA-682 and DA-710 offer two or four expansion slots that can be
used with the seven available DA series expansion modules, allowing
you to tailor your communications suite to your specific application.
Expansion modules include 8-port RS-232/422/485 modules, 4-port
10/100 Mbps LAN modules, 8-port RS-422/485 modules, 8-port
switch modules, and universal PCI expansion modules. The modules
have a user-centric design that allows you to swap modules quickly
and easily.
DA series computers come with CompactFlash sockets, USB ports,
and even additional hard disk expansion slots, which provide many
convenient options for storage expansion and data options.
Product Spotlight
DA-683
x86-based rackmount embedded computer
•
•
•
•
•
18-14
w w w. m o x a . c o m
Intel Dual Core Atom D510 1.66 GHz processor with 1 MB L2 cache
6 10/100/1000 Mbps Ethernet ports, 2 RS-232 serial ports, 4 DIs, 4 DOs
2 PCI expansion slots for inserting expansion modules
IEC 61850-3 and IEEE 1613 certified (DPP-T models only)
IEEE 1588 supported (Linux models only)
info@moxa.com
Industrial Computing
18
DA-SP08-DB
DA-SP08-I-DB
8 RS-232/422/485 ports with DB9
connectors
8 RS-232/422/485 ports with DB9
connectors, 2 KV isolation
DA-SP38-I-TB
DA-LN04-RJ
8 RS-422/485 ports, terminal block, 2 KV
isolation
4-port 10/100 Mbps LAN module with
RJ45 connectors
DA-SW08-RJ
DA-SP08-I-TB
8-port 10/100 Mbps switch module with
RJ45 connectors
8 RS-232/422/485 ports, terminal block,
2 KV isolation
DA-UPCI-DK
DA-FX04-MM-ST-T
1-slot Universal PCI expansion adaptor
4-port 100 Mbps fiber LAN module with
ST connector
Model Name
Serial Ports
DA-681
LAN Ports
Storage
DI/DO
OS
10/100 Mbps
SATA
CF
USB
30 VDC
XPE
Linux
RS-232: 4 (isolated)
RS-485: 8 (isolated)
6
P
P
2
–
P
P
DA-682
–
4 (Gigabit)
P
P
4
–
P
DA-710
RS-232:2
4 (Gigabit)
P
P
4
4/4
P
DA-683
RS-232:2
6 (Gigabit)
P
P
4
4/4
DA-685
RS-232: 2
RS-485: 6
6
P
P
P
–
Serial Ports
Model Name
Isolation
Switch
PCI Slot
Power
IEC 61850-3
Single
Dual
Certified
–
P
P
P
P
2
P
P
–
P
4
P
P
–
P
P
2
P
P
P
–
–
–
P
P
–
LAN
Connector
PCI
RS–232/422/485
RS–232/485
2 KV Digital
10/100 Mbps
10/100 Mbps
(RJ45)
DB9
RJ–45
Terminal
Block
Fiber
3.3/5 V
DA–SP08–I–DB
8
–
P
–
–
–
P
–
–
–
–
DA-SP08-DB
8
–
P
–
–
–
P
–
–
–
–
DA-SP08-I-TB
8
–
P
–
–
–
–
–
P
–
–
DA-SP38-I-TB
–
8
P
–
–
–
–
–
P
–
–
DA-SW08-RJ
–
–
–
8
–
–
–
P
–
–
–
DA-LN04-RJ
–
–
–
–
4
–
–
P
–
–
–
DA-UPCI-DK
–
–
–
–
–
–
–
–
–
–
P
DA-FX04-MM-ST-T
–
–
–
–
–
P
–
–
–
P
–
info@moxa.com
100 Mbps
(ST)
w w w. m o x a . c o m
Industrial Computing > Rackmount Embedded Computers
DA Series Expansion Modules
18-15
Industrial Computing
Marine Displays and Computers
18
Industrial Computing > x86-based Wallmount Embedded Computers
Overview
Moxa is a leading provider of computing solutions and services and
has a broad product portfolio that includes industrial networking
and system integration. With distributors in more than 60 countries,
Moxa’s time-tested product expertise and international support
network now extend to developing the most up-to-date marine
automation solutions. Moxa’s marine displays and computers are
designed specifically for the latest marine applications, and feature
sophisticated designs with industrial grade components, ensuring
reliable system operation for marine applications. With Moxa’s marine
displays and computers, you can truly make your marine visions a
reality.
Compact Size and Rugged Design
With their compact size, Moxa’s marine displays and computers are
ideal for both indoor and outdoor industrial environments, including
field sites that do not have a lot of extra space. In addition, the
products’ rugged design and high-quality components make them well
suited to withstand the environmental hazards often present at field
sites.
High Performance
With the Intel Core 2 Duo processor, Moxa’s marine displays and
computers can bring high performance computing to a variety of
industrial applications. They can handle complicated industrial tasks
such as data acquisition, data computing, and information analysis,
and serve as front-end controllers to reduce the load on back-end
servers.
Fan and Cable-free
The common practice of using fans and cables in a computer system
increases the number of components and moving parts, which in turn
makes the system less rugged and more prone to failure from basic
wear and tear. Instead of using fans, Moxa selects components that
generate less heat but can still maintain high system performance,
making Moxa’s marine displays and computers ideal for applications in
extremely hot or cold environments. In addition, our cable-free design
reduces EMI noise to ensure more reliable and stable operation.
ECDIS
ECDIS is a computer-based navigation information system that
complies with International Maritime Organization (IMO) regulations
and replaces the more traditional paper charts. An ECDIS system
displays the information from Electronic Navigational Charts (ENC)
and integrates positional information from the Global Positioning
System (GPS) and other navigational technologies, such as radar and
automatic Identification Systems (AIS). Moxa’s marine displays and
18-14
w w w. m o x a . c o m
computers are calibrated and type-approved ECDIS products designed
in full compliance with the latest IMO, IHO, and IEC standards, and
fit seamlessly with the most sophisticated integrated marine bridge,
ECDIS, and automation systems. Moxa is committed to delivering
high quality products that exceed customer expectations, and as such
we actively research thermal and optical bonding technology, color
calibration, vibration proofing, and many other essential technologies.
info@moxa.com
Industrial Computing
18
ECDIS type approval process
ECDIS type approved displays with color calibration go through a
complex and sophisticated process to meet ECDIS requirements. In
order to provide customers with a library for color calibration, the
display must pass several checkpoints, including collecting RGB
maximal values, collecting luminance values for RGB 8-step, and using
this data to convert CIE standard colors to RGB colors. All of these
steps are required to generate RGB files used by panel computers to
display accurate colors in marine applications. However, each step
requires the attention of experienced engineers using sophisticated
tools.
What distinguishes the color calibration of Moxa’s displays?
Moxa’s ECDIS type approved displays have been thoroughly tested
with the color calibration process, and include a reliable and fine-tuned
color calibration library. Few suppliers in the current marine market
can offer technology of a similar level, because doing so requires such
a high level of engineering expertise and technological sophistication.
With more than 24 years of experience in networking automation,
Moxa can provide displays that have been carefully tuned for precise
color calibration, and that fulfill the exacting ECDIS standards.
How did Moxa achieve an IP67 rating?
Achieving an IP67 rating is difficult for any type of product, but is
even more difficult for a large 22-inch panel computer. An IP67-rated
computer must be completely protected against contact with dust
by not allowing any ingress of dust, and must be able to withstand
immersion in one meter of water for up to 30 minutes. Obtaining an
IP67 rating requires a total commitment to device protection design.
• Adhesive dispensing process: It is very difficult to achieve a tight
seal on a 22-inch screen, making the capacity and speed of
adhesive dispensing a key consideration. When dispensing is
inadequate, seals can fail to adhere properly, and the optical
coating and color of the display can be adversely affected. To
maintain consistent quality and precision, Moxa uses precision
automated dispensing equipment.
• Front-side I/O waterproof design: The I/O controls on the front
panel of Moxa’s MPC-122-K marine panel computer are IP67-rated
and include a dimming switch, OSD (on-screen display) control,
and USB ports.
• Material selection: Silicon resin is an exceptionally firm adhesive,
particularly since the molecular coefficient is finer and the
coefficient of variation is lower than other materials.
Storage
Display
Contrast Viewing Response Optical Ethernet RS-232/ RS-232 NMEA PCI
Ratio
Angle
Time
Bonding Ports
422/485 Ports Ports Slots
VGA
DVI
Panel
Size
Aspect
Ratio
Pixels
P
P
P
22
16: 10
1680 x 1050
1000: 1
178/178
8 ms
–
2
2
–
–
–
P
P
P
22
16: 10
1680 x 1050
1000: 1
178/178
8 ms
P
2
2
–
–
–
P
P
P
P
–
–
–
–
–
–
–
2
2
–
–
–
P
–
P
P
P
–
–
–
–
–
–
–
2
2
2
–
–
MC-5150-AC/DC
P
–
P
P
P
–
–
–
–
–
–
–
2
2
2
12
–
MC-5157-AC/DC
P
–
P
P
P
–
–
–
–
–
–
–
2
2
2
12
2
MD-124
–
–
–
P
P
24
16:9
1920 x 1080
5000: 1
178/178
25 ms
–
–
–
–
–
–
Model
Name
Built-in
MPC-122X-K
–
P
MPC-122Y-K
–
P
MC-4510-C23
–
MC-5150-DC-CP
CF HDD
Industrial Computing > Rackmount Embedded Computers
ECDIS for Color Calibration
info@moxa.com
w w w. m o x a . c o m
18-15
Industrial Computing
Wireless Embedded Computers
18
Industrial Computing > x86-based Wallmount Embedded Computers
WLAN Solution for Short-range Communication
802.11a/b/g
The embedded 802.11a/b/g module provides a stable wireless network
connection and reliable communication, enabling Moxa’s wireless computers to
be used as control units for short-range communication.
Dual Network Mode
The W311/W321/W341 embedded computers support Infrastructure Mode and
Ad-hoc Mode for added flexibility when constructing a wireless architecture.
The WEP, WPA, and WPA2 designs provide safe and reliable wireless
communication and data acquisition for remote devices.
Repeater Function
The W311/W321/W341 computers can be used as a repeater to relay
communications from wireless embedded computers, providing a cost-effective
solution when building a WLAN architecture for industrial applications.
W315A/325A
Cellular Solution for Long-range Communication
Quad Band GSM/GPRS/EDGE Service
Stable and Reliable Wireless Communication
When used with the embedded GSM/GPRS 900/1800/850/1900 MHz
module, the W315A/W325A/W406 computers provide long-range
communication that is suitable for industrial applications where wired
and wireless LAN services are impossible or extremely costly.
Support for GPRS multi-slot Class 10 and GPRS mobile station Class
B standards allows these wireless computers to offer quick and reliable
wireless communication for any industrial M2M application.
Serial Ports
Model Name
18-14
W311/321/341
Full Encryption for Data Transmission Security
WLAN
Cellular
LAN Ports
10/100 Mbps
Storage
DI/DO
OS
RS-232/422/485
802.11 a/b/g
850/900/1800/
1900 MGz
USB
Linux
CE
W311
1

–
1
–
–
–
–
W321
2

–
1
–
–
–
–
W341
4

–
1
1 x Relay Output
2
–
–
W315A
1
–
GSM/GPRS
1
–
–
–
–
SD
W325A
2
–
GSM/GPRS
1
–
–
–
–
W406
2
–
GSM/GPRS/EDGE
1
4 (30 VDC)
1
–
–
w w w. m o x a . c o m
info@moxa.com
Industrial Computing
RISC-based Wallmount Embedded Computers
18
UC series computers include multiple connection options for data
communication, such as serial ports, PCMCIA, SD, DI/DO, and
USB hosts. These products work well as front-end controllers for
demanding applications, including data acquisition, data computing,
and protocol conversion.
RISC-based Processor for Optimal Solutions
UC Series computers use RISC-based processors to offer the most cost-effective solutions for building a variety of industrial applications.
Model
Name
Serial Ports
CAN Ports
RS-232/422/485
Ports
LAN Ports
Optical
Isolation
10/100
Mbps
Storage
DI/DO
CF
USB
Ports
Switch
Ports
30 VDC
OS
CE
Linux
Wide Temp.
UC-7410 Plus
8
–
–
2
P
1.1: 1
8/8
–
–
P
P
UC-8410
8
–
–
3
P
2
4/4
–
P
P
P
UC-8416
8
–
–
3
P
2
4/4
8
P
P
P
UC-8418
8
2
2 KV
3
P
2
12/12
–
P
P
P
UC-8430
8
–
–
3
P
6
4/4
–
P
P
P
UC-8481
2
–
–
2
P
2
4/4
–
–
P
P
Model
Name
Serial Ports
LAN Ports
RS-232/422/485
10/100 Mbps
SD
USB Ports
CE
Linux
μClinux
UC-7101
1
1
P
–
–
P
P
P
UC-7110
2
2
–
–
–
P
P
P
UC-7112
2
2
P
–
P
P
P
–
UC-7122
2
2
P
1
–
–
P
P
UC-7124
4
2
P
1
–
–
P
P
Product Spotlight
Storage
OS
Industrial Computing > Rackmount Embedded Computers
Overview
Wide Temp.
UC-8481
RISC-based wallmount embedded computer
•
•
•
•
•
•
Intel XScale IXP435 533 MHz processor
2 10/100 Mbps Ethernet ports
2 RS-232/422/485 serial ports
Wireless and GPS modules for multiple communications
Ready-to-run Embedded Linux
-40 to 70°C wide temperature model available
info@moxa.com
w w w. m o x a . c o m
18-15
Industrial Computing
DIN-Rail Embedded Computers
18
Industrial Computing > x86-based Wallmount Embedded Computers
Rugged and DIN-Rail Mountable for Easy Installation
IA series systems are all designed with a rugged vertical DIN-Rail form
factor. The computers are easy to install in small cabinets and provide
a cost effective solution for industrial automation applications such as
manufacturing automation and mining.
Ideal for Harsh Environments
Wide operating temperature models of the IA series feature a -40 to
75°C operating temperature range, and can serve as reliable solutions
Model
Name
Serial
Ports
CAN
RS-232/
422/485
Ports
LAN
Ports
10/100
Mbps
for harsh industrial automation environments.
Storage
PCMCIA
CF
OS
SD
USB
Ports
DI/DO
VGA
Wide Temp.
CE
Linux
IA240
4
–
2
–
–
P
1
4/4 (5 VDC)
–
–
P
P
IA241
4
–
2
P
–
P
1
4/4 (5 VDC)
–
–
P
P
IA260
4
–
2
–
P
P
2
8/8 (30 VDC)
P
P
P
P
IA261-I
4
–
2
–
P
–
2
8/8 (30 VDC)
P
P
P
P
IA262-I
2
2
2
–
P
–
2
8/8 (30 VDC)
P
P
P
P
Product Spotlight
IA3341 Series
IA260 Series
•
•
•
•
•
•
•
• Patented “H-Type” heat dissipation
• 4 RS-232/422/485 serial ports, 8+8 DI/DO
channels, up to 30 VDC
• VGA interface for field site monitoring
Moxa ART 32-bit ARM 9 industrial processor
64 MB RAM, 16 MB Flash onboard
2 software selectable RS-232/422/485 serial ports
50 bps to 921.6 Kbps serial speed
4 DIs and 4 DOs with 3 KV digital isolation protection
2 AIs and 2 thermocouple inputs
Supports Modbus TCP server to provide AI and
thermocouple data
• Provides TCP client library in C for Windows platforms
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w w w. m o x a . c o m
info@moxa.com
IA261-I/262-I Series
• 8+8 DI/DO with 3 KV optical isolation and 20 V
output
• 2 KV optically isolated RS-232/422/485 serial ports
• CANbus and CANopen protocols supported
Industrial Computing
Modular Embedded Computers
18
Moxa’s embedded modules are available with the μClinux operating
system pre-installed to help you minimize your system development
time. In addition, the compact, all-in-one design provides all the
components you need—CPU, RAM, Flash, and even more complex
components such as OS kernel, drivers, and middleware—to get your
products to market in less time.
Easy-to-use Development Kit
The embedded module development kit is an invaluable tool for
testing and evaluating Moxa’s embedded modules. The kit can be
ordered separately, and includes an embedded module, embedded
module carrier board, relevant documents, a software CD, and the
items needed to set up a basic layout. The kit makes it easy for users
Model Name
›› ››
Serial Ports
LAN Ports
RS-232/422/485
10/100 Mbps
GPIO
to evaluate the functionality of the embedded modules. Use the
development kit to develop and integrate your specific hardware in
advance to guarantee that the embedded modules fit seamlessly into
your industrial systems and applications.
Storage
CF
SD
OS
USB
CE
Linux
uClinux
Wide Temp.
EM-1220
2
2
10
–
P
–
–
–
P
P
EM-1240
4
2
10
–
P
–
–
–
P
P
EM-2260
4
2
8 DIs,
8 DOs
P
–
–
P
P
–
–
Industrial Computing > Rackmount Embedded Computers
Reduce Your Time to Market
Product Spotlight
EM-1220/1240 Series
EM-2260 Series
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
MOXA ART ARM9 32-bit 192 MHz processor
16 MB RAM, 8 MB flash disk on-board
2 RS-232/422/485 serial ports (EM-1220 model)
4 RS-232/422/485 serial ports (EM-1240 model)
Dual 10/100 Mbps Ethernet and SD socket
Ready-to-run μClinux Kernel 2.6 platform
Built-in RTC, buzzer
10 GPIOs reserved for system integration
Full-function development kit for quick evaluation
and application development
• -40 to 75°C wide temperature model available
info@moxa.com
Cirrus Logic EP9315 ARM9 CPU, 200 MHz
128 MB RAM on-board, 32 MB flash disk
Graphical interface for connecting external VGA devices
2 KV optically isolated RS-232/422/485 serial ports
Dual 10/100 Mbps Ethernet for network redundancy
8 DI and 8 DO channels
Supports CompactFlash and USB 2.0 hosts
Ready-to-run WinCE 6.0 or Linux platform
Full-function development kit for quick evaluation
and application development
w w w. m o x a . c o m
18-15
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