M2M Pro 2 User Manual

M2M Pro router
User manual
(shortened version)
_____________________________________
Rev: 1.1.1
2010-10-13
Document specifications
This documentation belongs to the M2M Pro router device which was made by WM
Rendszerház Kft.
The User Manual includes the description of the device’s architecture, construction,
interaces, functionality with the installation-steps and required configuration setup for
the proper operation.
Author:
Contact:
Tóth Csaba
Version:
1.1.2
Status:
Created:
Release
Last modification:
14. 09. 2012.
Email: csaba.toth@m2mserver.com
01.09. 2010.
2
Contents
CHAPTER 1. INTRODUCTION .............................................................................. 4
1.1
Product overview ........................................................................................... 4
1.2
Main features ............................................................................................... 5
CHAPTER 2. DEVICE CONSTRUCTION ....................................................................... 9
2.1
Internal construction ....................................................................................... 9
2.2
Interface options .......................................................................................... 12
2.3
Optional module extensions ............................................................................. 14
2.4
Technical reference ....................................................................................... 17
Chapter 1: Introducing
Thank You for choosing the M2M Pro router device for your business.
1.1 Product overview
M2M Router Pro is an advanced, programmable modem device which has numerous
additional functions (hardware and software). These possibilities make the device suitable for
ensuring the communication backgourd for almost any industrial applications and secure
application needs as parts of high-available (HA) systems.
The device estabilish the connection between various network systems
(GSM/GPRS/EDGE/HSDPAEthernet) – with application of the widely supported
wireless network standards – through the option that almost any reachable communication
module can be connected towards the router.
The primary task of the programmable modem device is to keep the
GPRS/EDGE/HSDPA interface module on the network continously and in case of
connection loose, it has to connect it again.
We can switch several different or parallel devices to the router (for example an
industrial IP-camera), which will connect to the device and the network also through
the Ethernet connector, and it will get through the necessary data for the central
server.
The router is prominently suitable at non-ADSL supported locations as an alternative
solution to secure the internet/network access (owing for the high-speed mobile
network connection).
4
1.2 Main features

Hardware and functional properties
 High-capacity, powerful AMR9 microprocessor (180 MHz clock speed, 200
MIPS)
 Mobile service provider- independent usage supported – You can choose the
option to handle two different providers’ Mobile SIM cards at the same time
(dual, paralell SIM option)
 8 Mbyte dataflash memory (for the MicroBoot– romboot, u-boot, kernel,
file-system (rootfs) and for storing the WMR-made softwares (/mnt
partition))
 64Mbyte NAND flash memory for storing the applications and programm data
 64 Mbyte (2x32 Mbyte) SDRAM memory (temporary stack for the
kernel, file-system (ramdisk))
 High-speed USB 2.0 hosts - for devices
 Status LEDs
 Integrated watch-dog circuit
 10/100 Mbit Ethernet interface
 serial port connection option (for applications/industrial usage/unique
developments)
 SD/MMC memory card connection/extension option (for ex. store
pictures, media data)
 USB Pen drive connection option
5
 GPRS/EDGE/3G/HSDPA module connection possibility – for the offered
interfaces by WMR (option):
80-pin board-to-board connector: high-capacity Siemens
Cinterion EU3-E (HSDPA) module supported
PCI Express connector (for industrial environments): Option
GTM-380 HSO board-to-board interface module
 Dedicated RTC (Real Time Clock) chip, which can be configured
through the WM-M2M server with the SNTP protocol – purchasing the
Time service from providers
 jumper switch options (serial port, debug port, watchdog circuit)
 Built-in temperature sensor
 Modular construction (base circuit, selectable interface modules, extended
parts: Contact ID, M-BUS, RS485, I/O ports, etc.)
 operation as a WLAN device

Software properties:
 Option using the factory default software (by WMR) or other developed
software upload possibility
 Major software functions (DNS, DHCP/fix IP, SNTP, FTP, VPN, Firewall,
Port forwarding, L2TP/PPTP tunneling, IP routing, NAT, Connection
tracking, etc.)
 Network connection failure/error recovery function (in case:
breaking/disconnetion of mobile network traffic, access problems)  the router
automatically rebuilds the connection and reconnects the devices, and checks
the availability of the network connection
6
 Possibility of run unique application software (for ex. Modbus TCP master,
Modbus RTU RS485 or RS232 interface, M-BUS master)  data query, store;
data sending recurring in cycles – this affects in any case of changes ont he
mobile network or through the Ethernet interface
 Mapping Modbus registers to the unique SNMP registers: The management
application refresh continously the SNMP registers’ convenient data. After writing
the defined SNMP register the data will paste into the PLC thourgh the Modbus
TCP.
 Manage option at the WM-M2M® User Interface (GUI) or across the SNMP
protocol
 Configuration at the local Web site or at the remote Web site or across the
SNMP protocol
 Store the current configuration in a data file which can be save (backup) or
restore
 Unique SNMP registers:










GSM cell ID
Signal strength
bordering cell strength
number of PPP reconnections
inactive PPP time interval (offline)
status of PLC availability
status information of PLC register
TCP-write registers of the PLC Modbus
Time synchronisation
Time synchronization in the direction of PLC
 Store operation log files
 Remote management, option for the remote software update (through
the WM-M2M Ftp function across the serial/Ethernet port through mobile
network (remotely))
7

Configuration properties
 Through serial/Ethernet port
 Remotely from the mobile network-side
8
Chapter 2. Device construction
The router device is an industrial computer which was build in a roboust aluminium
case. Includes a high-capacity, powerful ARM9-based microprocesor (180MHz clock
speed), which runs a customized Linux operation system (made by WMR) – what
loads and supervises the programms which are necessary for the proper working.
Several additional device could be connected across the USB, Ethernet, I2C, SPI,
serial port, indebted the construction of the router device.
2.1 Internal construction

circuit construction – upper side
 1 - USB 2.0 host connector extensions
 2 - Micro SD-card mounting extension
 3 – LED extension (GSM dataflow activity in case of Siemens Cinterion
interface module)
 4 – Interface connector extension (for RS485, MBUS (for ex. calorimeter))
 5 – jumper switch option (Wathcdog Microcontroller)
 6 – standard interface modular connector
 7 – SIM-card tray unit (pos. 1, pos. 2)
 8 – PCI Express connector surface (a connected Option GMT380 module can
be seen in the picture, at the next page)
 9 jumper switch option (Watchdog reset function)
 10 – Dataflash (AT45DB642D) – between the two connection point of the PCI
Express connector
 11 – Antenna wire extension and connection (always on the current interface
module)
9
13
2
14
12
10
9
5
11
7
8
4
7
6
6
3
15
2
1
16
Circuit – upper side
 12 – jumper switch option (debug port/serial port)
 13 - Ethernet connector extension (IEE 802.3, 1 x 10/100M Auto-Negotiation
LAN/WAN RJ45 port)
 14 – status LED extension (bicolor: red/green)
 15 – serial port connector extension (DSUB-9 (RS232))
 16 – power supply connector extension (Microfites, 4-pin)

circuit construction – bottom side
 1 - 80-pin board connector
 2 – 64 MB NAND flash memory (store programs, data)
 3 - 2 x 32Mbyte SDRAM memory
 4 – ARM 9 microcontroller (type: AT91RM9200, 180 MHz clock speed)
 5 - Ethernet controller port extension
10
3
2
1
 6 - USB 2.0 connector extension
1
3
2
4
6

5
i
n
i
t
n
Circuit – bottom side
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t
r
e
f
r
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Microcontroller
f properties
s
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z
 Processor:
ATMEL ARM-based MCU
s
c
 Processor
type: z
ARM 9 (AT91RM9200), 256-pin connector
s
c
 Processor clock speed:
180 MHz (200 MIPS)
a
 Processor data: s
16 kbyte data cache, 16 kbyte instruction
t
a
cache, write buffer, 24.4mA, 16 kbyte SRAM,
l
128 kbyte ROM
t
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,
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,
2.2 Interface options

Front-side connectors
 1 – 2 x USB 1.1 host connector for USB device socket
 2 – Micro-SD card socket
 3 - Antenna SMA connector
5
3
6
1
6
2
2
4
7
 4 – GSM network response LEDs (colours: green, red; signal: GPRS/3G)
 5 – Interface connector socket (RS485, MBUS (for ex. calorimeter))
 6 – case fixing screw
 7 – hard-wire mounting (C-slide)
12

Back-side connectors
 1- 10/100 MBit/s Ethernet connector (IEE 802.3 LAN/WAN RJ45 port)
 2 – Status LED (bicolor: red/green; signal: PWR/LAN/WLAN)
 3 – Mini-USB 2.0 connector for mini-USB device socket
 4 – Serial port I/O socket (DSUB-9 (RS232))

6
4
7
1
2
5
3
8
7
 5 – configuration reset button (under DSUB-9 connector) – to factory defaults
 6 – power supply connector (Microfites, 4-pin)
 7 - case fixing screw
 8 – hard-wire mounting (C-slide)
13
2.3 Optional module extensions
There are more option to swith an additional HSDPA or EDGE module to the router. This
hardware upgrade process and the further software implementation and programming will
be handled by the WMR Rendszerház.
You only need to make Your choice among the module standard and other operational
functions which You wanted to use. You should define the connectable devices and
communication types and the quality of service (for example HA, network bandwith, etc.)
and approximately negotiate the annual costs for securing the service. Co-workers of WMR
will help You to make Your ideal decision, and with this support You’ll be absolutely able to
choose the most-required module for Your business (based on technician and costefficiency angles considering the local conditions).
The following optional modules can be associated to the M2M Pro router device:
a.) Siemens Cinterion EU3-E module
- High-speed wireless network data traffic required usage (Telemetric
applications, security systems (video and audio signal forwarding and
delivery))
- High-speed USB connections and/or Hi-speed data traffic required industrial
applications
b.) Siemens Cinterion MC75 module
- Reduced-speed wireless network data traffic required usage (security systems
(video and audio signal forwarding and delivery))
- USB connections and/or Hi-speed data traffic required industrial applications
- Other functions with optimized costs (balanced data traffic)
On the following pages the features and properties of the available modules can be seen.
14
 Siemens Cinterion EU3 -E (HSDPA module) features
 80-pin board-to-board connection
 Integrate-operability module, programmeble AT Interface and standard
modem device emulation
 High-Speed USB 2.0 (480 MBit/sec)
 High Speed HSDPA: 3.6 Mbps downlink/384 kbps uplink (parallel)
 Multimode: HSDPA/UMTS/GPRS/GSM
module
 Extended functions: SMS, Fax
 EU RoHS certification
 External Antenna fit option
 Power consuption: 3,3V - 4,2V
HSDPA/UMTS properties:
 Frequency: 900/2100 MHz (Class 3, +24 dBm)
 Standards: HSDPA: 3.6 dual band, UMTS: 0.384 dual band
 HSDPA: 3.6 Mbps DL/384 kbps UL
 UMTS: PS – 384 kbps UL/DL, CS – 64 kbps DL/CS
GSM/GPRS/EGPRS properties:
 Frequency: GSM 8-PSK dual band 900/1800 MHz (Class E2, +26-27 dBm),
EGSM 900 (Class 4, +33 dBm), GSM 1800 (Class 1, +30 dBm)
 GPRS/EGPRS Class 10
15
 CSD V.110, RLP, non-transparent (9.6 kbps)
 SMS (Point-to-Point MT + MO, Cell broadcast, Text /PDU)
 Fax (Group 3 Class 1)
Software properties:
 Programmable: AT-Hayes, 3GPP TS 27.007 and 27.005, Cinterion Wireless
Modules instruction set
SIM Appl. Toolkit: SAT Release 99
TCP/IP stack
 Audio (Codecs: GSM - HR, FR, EFR, AMR, 3GPP - AMR; DTMF, 9 ringtones
with volume-level control, CEPT/ANSI support)
 Firmware update option
Interface:
 USB 2.0 (480 Mbit/s), serial port
 status response signal
 Audio: 1 x analog, Pulse: 1 x digital
 UICC: SIM/UICC 3V, 1.8V
 External Antenna fit option (50Ω)
Other:
 RTC, Phonebook
16
2.4 Technical reference

Technical design and construction
 M2M-Pro dimensions:
150 x 35 x 78mm
 NYÁK dimensions:
147 x 74mm
 Modul dimensions (optional):



80-pin connector:

PCI Express connector:
Siemens Cinterion EU3-E: 33.9 x 44.6
x 5 mm
Option GTM380: 51 x 30mm
 Case:
made from ABP800 aluminium plate,
black colour
 Fixation:
with case fixing screws or can be fixed to
the C-slide
Physical and environmental needs
 Operation temperature:
-20°C - +55°C (-4F - +131F)
 Storage temperature:
-40°C - +85°C (-40F – +185F)
 Relative humidity:
10% ~ 90%
 Storage humidity:
5% ~ 95%
Power consuption – Power Supply unit
 Power supply – incoming side:
100-240V, 50-60 Hz,
0.3A power consuption
 Power supply – outgoing side:
12V secunder outgoing voltage,
1A capacity
17


Power Consuption – Router device
 Primer side:
230 V
 Power supply range:
8-32 VDC (low voltage)
 Intensity (stand-by power cons.):
90 mA (offline modem state)
 Intensity (average power cons.):
150 mA
 Intensity (max. power cons..):
300 mA
 Power consuption / output capacity:
9.6 W (max.)
Electric Shock Protection range
 Regular arrangement by the Hungarian MSZ HD 2364-4-41:2007 standard
classification – based on the international IEC 60364-4-41:2005 source standard
regulations:
Class-3 Electric Shock Protection
(low voltage)
 Active Electric Shock Protection modes:
-
 Passive Electric Shock Prot. modes:
appliance of low voltage ESP,
appliance of restricted closure
capacity
circuit,
temperatureprotection solution appliance on
the electric circuit, converter
isolated from the electric circuit,
appliance of aluminium case for
noise-filtering,
appliance
of
duplicated isolation in the adapter
(power supply)
 ESP mode compliance:
without grounding
 IP-level by immunity/protection:
case: IP-54
front side: IP-50
back side: IP-50
circuit: IP-20
18