o Linux Kernel 4.1.38
o QT 5.7.1 Application Frame work
o Python 3.5.2
• NXP Application processor
o ARM Cortex-9 single core 32-bit
o 1 GHz
o Automotive grade
• System
o 1024 MB DDR3L SDRAM
o 2x 36Mx16 x 8 banks
o 4GB e-MMC flash
• External Interfaces
o Ethernet 100Base-T2 with embedded EUI-48 MAC Address
o 2 x RS 232
o RS-485
o 2 x Isolated Bipolar Outputs (max. 200mA)
o Unique ID of the Unit Holder
• User Interface
o 5.7" LCD 24 LVDS VGA (680x480) with capacitive touch
o Mon audio CODEC Speaker Driver
o 4 x Triple color Indicator LEDs
• 4G Communication Interface
o Telit LE910 Cat. 1
o Octa-Band Cellular Embedded Antenna
(700/750/850/900/1800/1900/2100/2700 MHz)
• Bluetooth
o V4.2 BR/EDR-BLE
o PCM for Audio Data
• WLAN
o 2.4GHz Radio IEEE 802.11b, 802.11g, 802.11n (single stream)
o Simultaneous BT/WLAN reception with a single antenna
• Development/Debug features
o UART (RS-232) for Linux console
o JTAG for STM32 (ARC 1500)
Lecip Arcontia confidential (V1.00 2019-05-13)
• Service Area (Service Hatch)
o USB OTG
o 2-bit Boot configuration switch
o SIM card Slot
o 4 x SAM Interfaces
o RS-232 for Linux console
o Tamper Switch
o Manual Rest button
o Visually and by MCU readable 10-bit H/W Revision/Variant/BOM resistive
Desfire, Mifare SmartMX, GTML, GTML2, ISO 144434A tags, ISO 14443B
tags, Felica, Calypso
• Supported SAM o Mifare SAM AV1/AV2 and other ISO/IEC 7816 compliant SAMs such as
S9TSAM, Calypso SAM, Felica SAM
• SDK Support o Mifare Classic, Mifare Plus, Mifare Ultrlight, Mifare Ultralight C, Mifare
Desfire EV1/EV2
• Temperature and Humidity
o Operating temp. -20 to 60 deg.
o Storage temp. -30 to 70 deg.
o Humidity 6 to 96% (non condensing)
• Power Supply 9Vdc to 36Vdc
• Power Consumption Standard 11W, max 13W
• Dimension 245mm (L) x 140mm (W) x 88mm (H)
• Weight 1260g
• Digital ambient light sensor
• Digital accelerometer (3-axis, 12-/8-bit)
• Digital temperature sensor (typical accuracy ± 1°C from -40°C to +125°C )
• NFC High-power solution for contactless communication at 13.56 MHz
Lecip Arcontia confidential (V1.00 2019-05-13)
2. External/Electrical Interface and Access Card
L2R
Pos.
Conn.
Pin nr.
Interface
Function
Wire
Wire-end
ferrule
Digi-key
(mm2)
AWG
1
J2
1
RS232-1
RTS
0.25
24
966066-3
A136908-ND
2 2 CTS
0.25
24
3 3 GND
0.25
24
4 4 RXD
0.25
24
5 5 TXD
0.25
24
6
6
IGN
IGN
0.5
20
966067-1
A114629-ND
7 7 BATT FWD
0.5
20
8
J3 1 POWER
BATT +
1.5
16
902-569-0000
9 2 BATT -
1.5
16
10
J4
1
ETHERNET
ETH RX- 1 0.25
24
11 2 ETH RX+ 0.25
24
12 3 GND
0.25
24
13 4 ETH TX-2 0.25
24
14 5 ETH TX+ 0.25
24
15
6
RS232-2
GND
0.25
24
16 7 RTS
0.25
24
17
J5
1
CTS
0.25
24
18 2 RXD
0.25
24
19 3 TXD
0.25
24
20
4
RS485
485-B 0.25
24
21 5 GND
0.25
24
22 6 485-A
0.25
24
23
7
GPO1
OUT-A
0.5
20
24
J6
1
OUT-B
0.5
20
25
2
GPO2
OUT-A
0.5
20
26 3 OUT-B
0.5
20
27
4
GPI1
IN-A
0.5
20
28 5 IN-B
0.5
20
29
6
GPI2
IN-A
0.5
20
30 7 IN-B
0.5
20
Here is the detailed description of Pinout, connectors and function or available signals on
Access card.
Fig 1. Access Card
SUPPLY
1
RX lines: Green, Green/White, with positions 6 and 3 in the RJ45 connector respectively
2
TX lines: Orange, Orange/White, with positions 2 and 1 in the RJ45 connector respectively
Lecip Arcontia confidential (V1.00 2019-05-13)
Highly recommended crimp tool is KNIPEX 975314 or any other with a hexagonal crimp shape.
Figure 2: Flat shape
Using crimp tool with a non-hexagonal shape (Figure 2) will produce a flat form of wire-end ferrule
that cannot be pushed in the hole of spring-cage terminal block. Hexagonal form (Figure 3) however
is a good approximation of the circle and pushing in should be easily done.
Figure 3: Hexagonal shape
Lecip Arcontia confidential (V1.00 2019-05-13)
3. Board to Board Connector
The passive part (Access Card) of the Arcontia validator is connected to the active part (Main
Board) through a pair of B2B connectors. Access card is equipped with receptacle side (J1)
while main board with mating header side (J1).
The connector pair is Hirose FX23 and FX23L series. It is a pair of 40+4 hybrid power/signal
contacts with floating ability.
Figure 4: FX23/FX23L XY-Floating Ability
Floating movable amount in both X and Y-direction is ± 0.6mm a side so totally floating
movable amount of both the receptacle and the header when they are connected with each
other is ±1.2 in both X and Y-direction.
Connectors are intended to be used with high speed transmission signals up to 8Gbps that is
applicable in the Arcontia Validator as communication lines such as Ethernet, RS-485 and RS232 need to go through the connector. Further, the differential impedance between a pair
signal pins is 100±Ω which is especially applicable on both Ethernet and RS-485.
As mentioned, the connectors are hybrid meaning that beside signal pins (40) they contain
also power pin (+4). The guide posts on the both sides of the connector are equipped with 4
lines of power contacts with 3A/pin capability.
Figure 5: FX23 Hybrid Construction
Lecip Arcontia confidential (V1.00 2019-05-13)
The applied pair of the receptacle and the header gives a stacked height of 19mm.
Figure 6: The Applied Combination
Lecip Arcontia confidential (V1.00 2019-05-13)
4. User Interface
5.7” LCD
QR Code
Smart Card
An overview of user Interface is shown in the picture below. The user interface is consist of:
• J9 (FCI: 10051922-1210EHLF) – QR Camera Interface
Lecip Arcontia confidential (V1.00 2019-05-13)
5.1.1 Service Hatch
• SAM1 – SAM 4 – Secure Access Module
A Secure Access Module (or Secure Application Module) is based on smartcard ICs and is
used to enhance the security and cryptography performance in devices, commonly in
devices needing to perform secure transactios, such as paying terminals. It can be used
for computation and secure authentication against smart cards or contactless EMV cards.
Arcontia supports a variety of SAM cards and have knowledge and tooling available for
creation of SAM cards and generating keys in the SAM cards.
Specific types of SAM e.g MIFARE Desfire AV2 is also supproted through Arcontia
software library ArcB, further described in our SDK which can be made available upon
request.
• SIM1 – SIM Card Slot
A Subsriber Identity Module or Subscriber Identificaton Module (SIM) is an integrated
circuit that securely stores the international mobile subscriber identity (IMSI) and the
related key used to identify and authenticate subscribers on mobile telephony devices
(such as mobile phones and computers).
Lecip Arcontia confidential (V1.00 2019-05-13)
5.2 Bottom Placement of LV-700 Main Board
Figure 11: Bottom Placement of LV-700 Main Board J3
7. Instruction for Validator Demonstration Software
A LV-700 device normally has an LV-700 demonstration software preinstalled, or it comes with a SDcard containing the operating system and this software. When the device is powered on it will
automatically launch this demo. This automatic boot-up of the demonstration software may or may
not be present.
The demonstration software is constantly evolving and hence some features described in this
document may be lacking, have been removed or moved to other parts of the demo and there may
also be additional features available. Also, some of the graphics may change during time.
The following descriptions illustrates how to navigate the menus and the core functionality of the
software.
The demonstration software contains an intuitive swipe and touch menu similar to ones you can find
on a smart phone or a tablet computer. Just like any smartphone or computer tablet you navigate by
touching and taping the screen.
The demonstration software is meant to showcase some of the features of the LV-700.
Lecip Arcontia confidential (V1.00 2019-05-13)
7.1 Main Menu
The first screen you are presented with is the Main Menu. It has four immediate options to choose
from. Two of them, “Adult Single” and “Student Single”, are related to the contactless card reader
and the remaining two, “Day Pass Barcode” and “Single Barcode”, to the onboard bar code camera.
These options illustrate the process of paying for a ticket using a card or a barcode.
Main Menu.
Lecip Arcontia confidential (V1.00 2019-05-13)
There is another fifth option not immediately visible; swiping left on the display in the Main Menu
will bring you to the Main Service Menu.
Main Service Menu.
In the main service menu you can format cards to be used in the payment demos on the main menu,
or top up already formatted cards. It also gives access to changing screen brightness, volume and
currency.
Lecip Arcontia confidential (V1.00 2019-05-13)
7.1.1 Back Button
Some screens have a back button. Tapping this will return the user to the previous screen.
Lecip Arcontia confidential (V1.00 2019-05-13)
7.2 Adult Single
Red area doesn’t appear in the application.
Tapping the “Adult Single” option in the Main Menu will request the user to tap a card to pay for a
ticket. Once a card has been tapped it will be deducted with the specified amount. The card used
must first have been formatted as is done in the “Create Card” section.
Lecip Arcontia confidential (V1.00 2019-05-13)
Application requesting user to tap card.
Lecip Arcontia confidential (V1.00 2019-05-13)
If the validator was able to deduct the specified amount it will play a sound and show the success
screen. It will display the amount deducted and current balance.
Success screen for Adult Single ticket.
In case of insufficient funds or a communication error, or some other error it will display an error
screen.
Lecip Arcontia confidential (V1.00 2019-05-13)
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