Qeedji SMT210 User manual

User Manual
SMT210
4.11.11 001A
1

Legal Notice
User Manual SMT210 4.11.11 (001A_en)
© 2019 INNESSA
Rights and Responsibilities
All rights reserved. No part of this manual may be reproduced in any form or by any means whatsoever without the written permission of the publisher. The products
and services mentioned in this document may be trademarks and/or trademarks of their respective owners. The publisher and the author do not pretend to these
brands.
Although every precaution has been taken in the preparation of this document, the publisher and the author assumes no responsibility for errors or omissions, or for
damages resulting from the use of the information contained in this document or the use of programs and source code who can accompany it. Under no circumstances
can the publisher and the author be held responsible for any loss of profits or any other commercial prejudice caused or that would have been caused directly or
indirectly by this document.
Product information
The conception and specifications of the product may change without prior notice, and this applies to hardware, embedded software and this guide. Consumable items
accessories may slightly differ than herein described as Qeedji is depending on the evolutions of its suppliers. This document contains confidential information; it can’t
be disclosed to any third parties without prior written authorization of INNES.
Safety instructions
Please read carefully the following instructions before switching the product on: - WARNING! Correct fitting and installation is of the utmost importance. Incorrect fitting
and/or installation may result in personal injury or loss. Qeedji disclaims all liability, of whatever kind, if the product is assembled, fitted and/or installed in an incorrect
manner. - Do not use the product near a water supply. - Do not pour anything on the product, like flammable liquids or material. - Do not expose the product to direct
sun, near a heating source or a dust nor vibrations. - Do not obstruct holes, to be sure that air flows freely around the product. - Switch off the product during a storm. -
Do not open the product in any circumstances.
Guarantee terms
Qeedji products are eligible for a warranty to cover genuine manufacturing defect for 3 years. Product failure occurring as the result of factors that do not constitute
genuine manufacturing defect are not covered under the terms of the warranty and any repairs of this nature would be chargeable. For example: Inappropriate
maintenance action, a non-authorized modification, a not specified environment utilization (see ‘Safety instructions’), or if the product has been damaged after an
impact, a fall, a bad manipulation or a storm consequence, an insufficient protection against heat, moisture or frost. This warranty is not transferrable. In addition, any
repairs carried out by non-authorized personnel will invalidate the warranty.
WEEE Directive
This symbol means that your end of life equipment must not be disposed of with household waste but must be deposited at a collection point for waste electrical and
electronic equipment or to your reseller. This will benefit the environment. In this context, a system for collecting and recycling has been implemented by the European
Union
2

1.1
1.2
1.3
1.4
1.5
1.6
1.7
1.8
1.9
1.10
Table of Contents
Introduction
Getting Started
LEDs
Connectors
WebUI configuration
Built-in RFID reader
Technical specifications
Troubleshooting
Conformities
Contacts
3

1.1 Introduction
This manual explains how to setup your device SMT210.
Recommendations and warnings
This device is designed to be used inside a building.
This device is intended to work with the supplied power supply unit. This power supply unit must be connected to a mains socket conforming to standard NF C 15-100. If
the AC power cable is damaged, it must be replaced. It is possible to order a replacement mains unit by sending a request to the email address [email protected].
This device is a Class A device. In a residential environment this device may cause radio interference. In this case, the user is asked to take appropriate measures.
When powering the unit from a PoE source, this PoE source must be "Limited Power Source" as defined in EN60950-1: 2006.
Content of the package
Items Functions
Device SMT210 with Gekkota embedded
1 power supply unit 12V Power Supply unit with cable of 1.2m
1 label PSN (Product Serial Number) on the packaging and on the device
4

1.2 Getting started with the device
Front face and side face
1 RFID tag sensor
2 Left side LED
3 Right side LED
4 Built-in speaker
5 Touch screen
Bottom face
6 Power supply connector
7 Power supply red LED
8 Status green LED
9 Jack 3,5 mm GPIO connector
10 RJ45 LAN PoE connector
11 Phoenix GPIO connector
12 SD card connector
13 SIM card (WWAN option) connector
14 USB2 2.0 connector
15 USB1 2.0 connector
16 WWAN antenna location
1
2
3
4
5
ST
PW
DC IN IR LAN
PoE
I/O
SD CARD
SIM
USB2 USB1
USB
CLIENT
6
7
8
9
10
11
12
13
14
15
16
5

Device fixture
200 mm
258 mm
176 mm
100 mm
6 mm ≤ Ø ≤ 8 mm
Ø ≤ 4 mm
34 mm
Device dimensions
258 mm
176 mm
35 mm
6

Labelling
The model of the device, the power supply characteristics, the serial number (PSN) and the MAC address are written on a label which is stuck on the case. Some
additional tags may be present in case of built-in options.
☛ The serial number of the device can be requested in case of technical support.
Model:
00:1C :E6:02:01:A9
5A rue Pierre Joseph C olin
35000 RENNES
12V DC
MAC :
830mA
www.qeedji.tech
Input:
SMT210
FR ANC E
PSN00434-01043 CD9
www.qeedji.tech
3 7 0 0 5 6 8 1 0 4 5 2 9
EAN
MODEL
SMT210B
7

Device start-up step
Testcard
At the factory, the device content set by default is the Test Card . The chart displays important information to assist in the device configuration:


Disable the Test Card by using the WebUI.
Step 1 (T0=0s)
Device start-up initialisation
Step 2 (T~21s)
Device start-up finalisation
This phase duration is depending on some variable values
(like NTP), some network access duration or some data
checking (check-disk)
Step 3 (T~1min)
Nominal mode
During this step, the device has to play the content.
When firmware upgrade process occured, in
case DNS valid & NTP server inactive, it takes
~6min.
>
8

1.4 Connectors
Power supply connector (12VDC-1.2A)
+
ST
PW
DC IN
LAN connector
Ethernet RJ-45. 10/100 BaseT. It is recommended to use schielded calbe.
IR LAN
PoE
Jack 3.5 mm connector (GPIO4)
321
IR LAN
PoE
N° Name Write/Read Control
1 Voltage reference 3.3V
2 GPIO4 IN ou OUT CPU/GPIO4
3 Ground
GPIO4 Electrical features
Vin min Vin max VOH min VOH max IOH max VOL max IOL max VIH min VIL max
GPIO4 -0.5V 3.8V 3.1V (-20 µA) 5V -100µA 0.6V (2mA) 5mA 2.35V 0.8V
The pin 3.3V must not be used as a power supply, but rather for voltage reference. A fuse (350mA @ 20°C) allows to cut the power in case current is more than 350mA.
Then the fuse can be manually re-armed. During board (re)starting, the defaut level for GPIO4 is 3.3V
The GPIO4 has:
one 4.7 KOhms pull-up to 3.3V and
one 182 KOhms pull-down to 0V
Principle schematics of several use case
Three wires input configuration for GPIO4:
Two wires configuration for GPIO4:
Output configuration for GPIO4:
3.3V
CPU/GPIO4
SMT210
Switch
Input
2 (Jack)
3 (Jack)
1 (Jack)
PERIPHERAL
CPU/GPIO4
SMT210
Switch or dry loop
Input
2 (Jack)
3 (Jack)
PERIPHERAL
9

Jack 3,5 mm GPIO4 configuration
The GPIO configuration des GPIOs can be realized by editing some user preferences in the device configuration Web interface or thanks to a configuration script.
How to configure the Jack 3.5 mm connector:
//Set Jack 3.5 mode infrared
if (aDirection == "disable")
{
Services.prefs.setBoolPref("system.connector.jack35_1.1.io.uart_1.enabled", true);
}
else //Set Jack 3.5 mode GPIO
{
Services.prefs.setBoolPref("system.connector.jack35_1.1.io.uart_1.enabled", false);
}
// Set the Jack 3.5 direction : input or output
if (aDirection == "out")
{
Services.prefs.setBoolPref("innes.app-profile.gpio-input.jack35-gpio_1.jack35_1.*.authorized", false);
Services.prefs.setBoolPref("innes.app-profile.gpio-output.jack35-gpio_1.jack35_1.*.authorized", true);
Services.prefs.setBoolPref("system.connector.jack35_1.1.io.jack35-gpio_1.enabled", true);
}
else if (aDirection == "in")
{
Services.prefs.setBoolPref("innes.app-profile.gpio-input.jack35-gpio_1.jack35_1.*.authorized", true);
Services.prefs.setBoolPref("innes.app-profile.gpio-output.jack35-gpio_1.jack35_1.*.authorized", false);
Services.prefs.setBoolPref("system.connector.jack35_1.1.io.jack35-gpio_1.enabled", true);
}
else if (aDirection == "disable")
{
Services.prefs.setBoolPref("innes.app-profile.gpio-input.jack35-gpio_1.jack35_1.*.authorized", false);
Services.prefs.setBoolPref("innes.app-profile.gpio-output.jack35-gpio_1.jack35_1.*.authorized", false);
Services.prefs.setBoolPref("system.connector.jack35_1.1.io.jack35-gpio_1.enabled", false);
}
Phoenix connector
The Phoenix connector has 2 functions:
the capability to drive with the GPIO1 a internal relay, allowing for example to open or close a electric door,
the capability to drive a peripheral or get the state of another peripheral thank to the GPIO2 and GPIO3.
I/O
SD CARD
SIM
12345
1
2
3
4
5
PIN N° Name Write/Read Driving
1 Internal relay PIN1 OUT CPU/GPIO1
2 Internal relay PIN2 OUT CPU/GPIO1
3 GPIO2 IN or OUT CPU/GPIO2
4 GPIO3 IN or OUT CPU/GPIO3
5 Ground
In case purchasing a male connector suitable for the peripheral, contact the provider WURTH and order the reference: 691 361 100 005
GPIO2/GPIO3 Electrical features
Vin min Vin max VOH min VOH max IOH max VOL max IOL max VIH min VIL max
GPIO2 -0.5V 6.5V 5V 0.4V 10mA 1.17V 0.63V
GPIO3 -0.5V 6.5V 5V 0.4V 10mA 1.17V 0.63V
CPU/GPIO4
SMT210
Logic gate, transistor or opto-coupler
Output
Power supply
+-
2 (Jack)
3 (Jack)
PERIPHERAL
10

The GPIO2 et GPIO3 have a 10 KOhms pull-up to 5 V. After a device restart, the GPIO default voltage levels are 5 V
Several use case schematics
Output configuration for the GPIO2 or GPIO3
Two wires input configuration for GPIO2 or GPIO3
Internal relay driving with the GPIO1
To drive the relay, the GPIO1 has to be configured in OUT mode (Write). After a device restart, the GPIO1 default voltage level GPIO1 is 0 (relay is opened). A logic level 1
on the GPIO1 allows to close the relay. Once the relay is closed, the PIN1 and the PIN2 of the relay are connected. The relay can support 1 A max under 24 VCC. . The
logic level 0 on the GPIO1 allows to open the the relay. The PIN1 and PIN2 can be switched.
Relay usage schematics
Application when using a strike
In case the device SMT210 has to drive a strike for an electric door, it is highly recommended to check, before any use, that a additionnal freewhell diode is really
installed with the strike. Please read the strike user manual. If no frewheel diode is mounted on the electrical system of the strike when using for the first time, the user
acts to deliberatly degrade the SMT210 device which is not warrantied in this case.
Electrical system example:
The only freewheel diode (D1), mounted in parallel of the strike (L1), ensure the electric protection against the huge over-voltage which can degrade, when the relay is
opening, a part of the SMT210 device.
Example of electrical system with a strike and its freewheel diode:
CPU/GPIO2
SMT210
Logic gate, transistor or opto-coupler
Output
Power supply
+
-
3 (Phoenix)
5 (Phoenix)
or CPU/GPIO3
or 4 (Phoenix)
PERIPHERAL
CPU/GPIO2
SMT210
Switch or dry loop
Input
3 (Phoenix)
5 (Phoenix)
or CPU/GPIO3
or 4 (Phoenix)
PERIPHERAL
Max. + 24 V
Device to control
1 (Phoenix)
relay
CPU/GPIO1
2 (Phoenix)
SMT210 PERIPHERAL
SMT210
1 (Phoenix)
2 (Phoenix)
relay
CPU/GPIO1
Max. + 24 V
D1
L1
ES
PERIPHERAL
11

It is recommended to plug the freewheel diode very close to the strike.
Phoenix connector GPIOs configuration
The GPIOs configuration can be done by editing the user preferences in the device configuration Web interface or with a configuration script. The part related to the
GPIO configuration is explained below:
// Set Phoenix direction : input or output
if (aDirection == "out")
{
Services.prefs.setBoolPref("innes.app-profile.gpio-input.phoenix-gpio_1.phoenix_1." + aPort + ".authorized", false);
Services.prefs.setBoolPref("innes.app-profile.gpio-output.phoenix-gpio_1.phoenix_1." + aPort + ".authorized", true);
Services.prefs.setBoolPref("system.connector.phoenix_1." + aPort + ".io.phoenix-gpio_1.enabled", true);
}
else if (aDirection == "in")
{
Services.prefs.setBoolPref("innes.app-profile.gpio-input.phoenix-gpio_1.phoenix_1." + aPort + ".authorized", true);
Services.prefs.setBoolPref("innes.app-profile.gpio-output.phoenix-gpio_1.phoenix_1." + aPort + ".authorized", false);
Services.prefs.setBoolPref("system.connector.phoenix_1." + aPort + ".io.phoenix-gpio_1.enabled", true);
}
else if (aDirection == "disable")
{
Services.prefs.setBoolPref("innes.app-profile.gpio-input.phoenix-gpio_1.phoenix_1." + aPort + ".authorized", false);
Services.prefs.setBoolPref("innes.app-profile.gpio-output.phoenix-gpio_1.phoenix_1." + aPort + ".authorized", false);
Services.prefs.setBoolPref("system.connector.phoenix_1." + aPort + ".io.phoenix-gpio_1.enabled", false);
}
+
-
Freewheel
diode
Strike
12

1.5 Device configuration Web interface
The device SMT210 supports a configuration Web interface. It is available with the URL:
http://<device_IP_addr>/.admin/
The supported Web browsers are : MS-Edge , Google Chrome and Mozilla Firefox .
The LAN factory configuration is the DHCP mode.
These are the main parameters:
Configuration > Administrator :
Login / password
Hostname ,
Identification method ,
Configuration > Network :
LAN : DHCP , static IP address , gateway address , subnet mask
WLAN : the menu is valid when the option WLAN is supported on your device
WWAN : the menu is valid when the option WWAN is supported on your device
Configuration > Output :
Overscan
Rotation
Activate the sound card
Configuration > App
Local deposit : allows to download an App then to play its content immediately
Supported formats: *tar.gz, *.zip, *.tar, *.tgz
Content: these 2 files need to be present in the archive: manifest.xml , player.html . For further information, contact the technical support
Push WebDAV : the App is published with any WebDAV client then its content is played immediately
Pull WebDAV : allows the device to download an App from a remote WebDAV server. Once the App is downloaded on the device, its content is played
immediately
Pull WebDAV - Xpf Compatibility : allows the device to download an App from a remote WebDAV server. Once the App supporting the xpf compatibility is
downloaded on the device, its content is played immediately.
The Purge the App and Restart the App buttons allow to respectively erase the App and to restart it
Configuration > Servers :
NTP ,
DNS ,
Proxy , ...
Configuration > License : allows to enter the device license.
Configuration > Date & time : allows to set the device Date & time and the time zone .
Configuration > Regionality : allows to set the language of the information messages or the error messages
English ,
Spanish ,
German ,
French .
Maintenance > TestCard : allows to activate/inactivate the configuration testcard. When the TestCard is activated, the content is not played.
Maintenance > Preferences : allows to edit and program the user preferences
Maintenance > Tools
Certificates : allows to load the certificates required to play some specific HTML page or to connect to WebDAV servers with the https scheme
⚠ It is highly recommended that your device SMT210 is on time. When it is possible, synchronize the time & date with a NTP server.
⚠ In case the device does not answer with its IP address, that means that either the device power supply is not plugged, or the Ethernet cable is not plugged, or
the network configuration is not properly set. To work around, if your computer and your local network are supporting the IPV6, you can even connect to the
device with the IPV6 address of your device, helped by your device MAC value written on the sticker at the back of the device, or showed when the TestCard is
activated.
For example, for the MAC address value: ``00-1c-e6-02-1e-45`,
in a Web browser, enter the URL: http://[fc00::21c:e6ff:fe02:1e45]/.admin/
Application note giving some information on the IPV6 configuration
13

⚠ It is recommended to enter a unic Hostname for each device used on your locak network. When using several devices SMT210 spread on several buildings or on
several locations, it is recommended to enter Hostname values having a specific key word reminding the building and the location of the device (for exmaple: Hall-
RD-Paris-1 ). It is recommended to limit the hostname to 15 characters.
14

1.6 Built-in RFID reader
The device smt210 has a RFID tag reader allowing to recognize the badges supporting the NFC wireless technology.
The table below shows the kinds of wireless technologies of the tags most frequently used on the badges, with their manufacturers. It shows also, for each wireless
technology, whether it is supported or not by the SMT210 device:
Tag
technology
Modulation
frequency Trade mark (manufacturer) Relevant standard Date rate
(kbps)
Supported by
the device
Tested
configuration
NFC type A 13.56 MHz Mifare UltraLight (NXP) ISO 14443 typeA 106, 212,
424 Yes 106 kbps
NFC type A 13.56 MHz Mifare UltraLight C (NXP) ISO 14443 typeA 106, 212,
424 Yes
NFC type A 13.56 MHz Mifare 1K/4K EV1 & mini ** (NXP) ISO 14443 typeA 106, 212,
424 Yes 1K, 106 kbps
NFC type A 13.56 MHz Mifare Plus 2K/4K S/X ** (NXP) ISO 14443 typeA 106, 212,
424 Yes
NFC type A 13.56 MHz Mifare DESFire D40 / EV1 2K/4K/8K (NXP) ISO 14443 typeA 106, 212,
424 Yes 4K, 106 kbps
NFC type A 13.56 MHz Mifare NTAG203 ISO 14443 typeA 106 Yes NTAG203, 106
kbps
NFC type A 13.56 MHz Jewel (Innovision), ISO 14443 typeA 106 Yes Innovision,
106 kbps
NFC type A 13.56 MHz Topaz 512 (BCM512) ISO 14443 typeA 106 Yes BCM 512, 106
kbps
NFC type A 13.56 MHz Kovio (Kovio) ISO 14443 typeA 106 To be defined
NFC type A 13.56 MHz SLE66 (Infineon), SmartMx (NXP) ISO 14443 typeA 106 To be defined
NFC type B 13.56 MHz Cartes de transport (Innovatron), Calypso ISO 14443 typeB 106 Yes
NFC type B 13.56 MHz Micropass (Inside), Vault (Inside), 16RF
(ST), SLE66 (Infineon) ISO 14443 typeB 106 To be defined
NFC type F 13.56 MHz Felica (Sony) JIS 6319, ISO 18092 212, 424 Yes
RFID type
V13.56 MHz iclass (Hid), Icode (NXP), Tag-it (TI), LR (ST) ISO 15693 No
RFID LF 125 KHz Hitag (NXP), 125KHz Prox (HID) ISO 18000-2,
ISO11784/11785/14223 No
** is not fully compliant with the ISO14443A relevant standard
15

1.7 Technical specifications
Model Manufacturer
SMT210 Qeedji
Processor
CPU DM3730 1 GHz
Peripherals
2x USB 2.0 Host (Low/Full/High Speed)
1x USB client
1x GPIO for the internal relay driving
3x GPIO bidirectional
2x side LEDs
Storage
Internal flash memory: 2 GB
SD card: 2 GB
Softwares
BSP 3.50.X / eLinux 2.6
Middleware Gekkota OS 4.11.11
Audio output
Build-in mono speaker
Screen Resolution
Touch screen 10.1" 1024x600
Network
1x Ethernet 10/100 BaseT
RFID reader Information
Type NFC A, B, F
Modulation frequency 13.56 MHz
Options Information
HSDPA 3G+
modem
WIFI 802.11
b/g (WIFI 3)
⚠ To use WIFI, it is required to set the TKIP cipher protocol (pairwise=TKIP, group=TKIP, key=psk) in the WLAN router when using the WPA-PSK
keys, or the CCMP cipher protocol (pairwise=CCMP, group=CCMP, key=psk) when using the WPA2-PSK keys.
Power supply Information
12V DC (830 mA)
PoE IEEE802.3af (Class 0, Alternative A and B compatible)
Working temperature Storage temperature
+0°C to +45°C -20°C to +60°C
Working humidity Storage humidity
< 80% < 85%
Display duration per per day for the touch screen
On: 16 hours (max.)
Standby: 8 hours
Weight Dimensions (L x l x h)
16

1,0 Kg 258 x 176 x 35 mm
17

1.8 Troubleshooting
Error while playing a media: message "Content temporarily unavailable <media path/file name> (code <err>)"
Requirement Troubleshooting
code 404 (error code HTTP 404 = file not found)
Publish again the playout on the device after having checked, that:
- the media used is really existing
- your playlist do not refer to obsolete medias
code 403 (error code HTTP 403 = access denied) The remote media is not available
code 401 (error code HTTP 401 = authorization required) The login/password required to play the medias is not correct
code 0 (media not supported at all by your device) Remove the media and publish again ¹
code 1 (an error occurred when the media has been inserted in the
dom) An error occurred when playing the media ²
code 2 (error during viewer activation (play) An error occurred when playing the media ²
code 3 (media repeat error) An error occurred when playing the media ²
code 4 Media not supported by your device. Remove the medias from your playout and publish
again
code 5 (event error on control xhr) Change the media behavior value to try to solve the issue
code 6 (event abort ou timeout sur xhr de control) Change the media behavior value to try to solve the issue
Error while playing a media: message "This content <media path/file name> is not compatible with this device"
Troubleshooting
To solve the issue, remove this not supported media from your playout and publish again. ¹
¹ For further information, read the document gekkota-supported-medias-and-performances.pdf
² For further information, contact [email protected]
18

1.9 Conformities
In conformity with the following European directives:
LVD 2014/35/EU
EMC 2014/30/EU
19

1.10 Contacts
For further information, please contact us at + 33 (0)2 23 20 01 62 or by e-mail:
Technical support: [email protected]
Sales department: [email protected]
FAQ and download at : https://www.qeedji.tech
Qeedji INNES SA 5A rue pierre Joseph Colin
35700 RENNES
Tel: [phone]
Fax: [phone]
https://www.qeedji.tech
Qeedji
INNES SA Verbindungsbüro Deutschland
Lebacher Str. 4
66113 Saarbrücken
Tel: [phone]
Fax: [phone]
Mob : [phone]
https://www.qeedji.tech
20