Phytec phyGATE-Tauri-L L-1028e.A3 User manual
A product of PHYTEC Technology Holding Company
L-1028e.A3 phyGATE-Tauri-L (i.MX 8M Mini) Kit
Hardware and BSP Manual
L-1028e.A3 phyGATE-Tauri-L (i.MX 8M Mini) Kit Hardware and BSP Manual
© PHYTEC Messtecknik GmbH
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phyGATE-Tauri-L (i.MX 8M Mini) Kit Hardware and BSP Manual
Document Title phyGATE-Tauri-L (i.MX 8M Mini) Kit Hardware and BSP Manual
Document Type Hardware / BSP Reference Manual
Yocto Page L-813e.A10 Yocto Reference Manual
Article Number L-1028e.A3
Release Date 02.08.2022
Is Branch of L-1028e.Ax i.MX 8 phyGATE-Tauri-L Kit Hardware and BSP Manual Head
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1 Notes about this Manual
1.1 Usage
The information in this manual is valid for all standard variants of the phyGATE Tauri-L industrial gateway from
PHYTEC Messtechnik GmbH. An overview of all devices and variants to which the descriptions apply can be found in
Product Information.
Before using the document, please check whether it also corresponds to the latest version. The latest version of the
manual and other technical documents can be found on the product page for the device at www.phytec.de.
1.2 Symbols
The manual uses various symbols to indicate helpful and safety-critical notes. Below you will find an explanation of
each symbol's meaning.
Warning
For proper installation and safe operation of the device, the operating instructions and in particular the
safety instructions contained therein must be carefully read and observed.
Warning
This symbol indicates safety-critical information. The warnings must be observed!
Tip
This symbol indicates general notes and helpful information in handling the device.
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2 Safety Instructions and Liability
2.1 Intended Use
The phyGATE Tauri-L gateway is designed for monitoring, processing, and communicating machine and sensor data
in industrial environments. For data communication, the devices provide various typical industrial interfaces for
connection to surrounding devices.
This PHYTEC standard gateway is supplied exclusively as an OEM device by PHYTEC Messtechnik GmbH and
requires an adaptation of the operating software for the intended application by the distributor of the device.
2.2 General Safety Instructions
For commissioning, development work, and assembly, the operating instructions for the device must be used.
Knowledge in the following areas is required:
Electronic circuitry
Working in electrostatically protected areas
Accident prevention regulations
On-site valid rules and regulations for occupational safety
These devices may only be commissioned and installed by adequately qualified personnel with basic electrical
knowledge! The device must be handled with care in every phase of its life cycle, in order to prevent destruction by
electrostatic discharge or mechanical stress, for example.
To ensure functional safety, the device must be powered by a SELV/PELV power supply. The gateway must be
mounted on a top-hat rail in a fire save control cabinet for permanent use.
Improper modifications and repairs may impair the integrated protective functions and the electromagnetic
behavior of the device. This can cause malfunction of the device, interference with connected and surrounding
devices, or personal injury. Therefore, work on this device may only be carried out by the manufacturer.
Warning
The device must not be used in a manner not specified in this manual to avoid damage to the protection
provided by the equipment.
L’appareil ne doit pas être utilisé d'une façon non spécifiée dans ce manuel afin éviter d’endommager la
protection fournie par l'équipement.
Warning
To ensure functional safety, the device must be powered by a SELV/PELV power supply. The gateway must
be mounted on a top-hat rail in a fire save control cabinet for permanent use.
Pour garantir la sécurité fonctionnelle, l’appareil doit être alimenté par une alimentation SELV/PELV. Pour
une utilisation permanente, la passerelle doit être montée sur un rail profilé chapeau dans une armoire de
commande coupe-feu.
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2.3 Disposal
The operator of these devices must ensure that there is no danger to persons or property in the event of a defect or
malfunction of the device. In case of non-repairable defects and device malfunctions, the devices must be taken out
of operation and disposed of properly.
2.4 Liability
Improper use and connection of these devices, as well as subsequent processing of these devices (e.g. soldering
work on the printed circuit board), lead to exclusion of liability on the part of the manufacturer. Please observe the
corresponding information in the operating instructions for proper installation.
Warning
The device must not be disposed of in household waste!
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3 Product Information
3.1 Product Names and Variants
The phyGATE Tauri-L gateway is available in different variants and expansion stages, which differ in the scope of
performance and functions. The following table gives an overview of available variants of the gateway and an
explanation for the identification of the article number.
TABLE 1: phyGATE Tauri-L Variants
Parent Product Article Number Technical Features
phyGATE Tauri-L Gateway
standalone PCB
PB-03420-0140.Ax
Device with housing
PB-03420-003.Ax
2x Ethernet
1x USB
1x MicroSD Card
Temp-Sensor
TPM
(25mm housing)
standalone PCB
PB-03420-0130.Ax
Device with housing
PB-03420-001.Ax
2x Ethernet
1x USB
1x MicroSD Card
Temp-Sensor
TPM
1x CAN
1x RS485
1x RS232
(25mm housing)
standalone PCB
PB-03420-0330.Ax
Device with housing
PB-03420-002.Ax
2x Ethernet
1x USB
1x MicroSD Card
Temp-Sensor
TPM
1x CAN
1x RS485
1x RS232
mPCIe slot (USB only) with 1x SMA
antenna connector
(50mm housing)
3.2 Product Overview
The phyGATE Tauri-L has several interfaces and controls/displays which are shown in the following figure.
Note
The article numbers have an index ".Ax" where x determines the product revision.
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FIGURE 1: phyGATE Tauri-L Interfaces
TABLE 2: phyGATE Tauri-L Interface List
PB-03420-003.Ax
(25mm housing)
PB-03420-001.Ax
(25mm housing)
PB-03420-002.Ax
(50mm housing)
Controls/Displays
X X X 1. Power-LED green
X X X 2. User-LED red (freely configurable)
X X X 3. User-LED yellow (freely configurable)
X X X 4. Button (freely configurable)
X X X 5. USB interface (Typ A)
X X X 6. Ethernet interface (RJ45)
X X X 7. Micro-SD Slot
X X 8. RS232, RS485, CAN interface
(configurable)
X X X 9. Supply connection
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X X X 10. Boot-Switch (Concealed, on opposite
housing side)
X X X 11. Air vents
X X X 12. Extension interface under a top-hat
rail and top-hat rail clip (35mm)
X (13.) SMA antenna connector
X (14.) internal miniPCIe slot (USB only)
X (15.) SIM card socket
3.3 Nameplate
The nameplate of the phyGATE Tauri-L gateway is located on the side of the housing. Here you will find essential
information about your device.
3.4 Technical Data
TABLE 3: Technical Data Information
Electrical Data
Power supply voltage
min. 12 VDC (-10 %)
typ. 24 VDC
max. 36 VDC (+10 %)
Power consumption
(depends on variant)
PB-03420-001: max. 300 mA @ 24 VDC
PB-03420-002: max. 400 mA @ 24 VDC
PB-03420-003: max. 300 mA @ 24 VDC
Power adapter type SELV/PELV
Hardware Specification
CPU type NXP i.MX 8M mini Quad-Core Cortex-A53 + Cortex-M4
max. 1,8 GHz (A53 core) / 400 MHz (M4 core)
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RAM 2 GB
eMMC 8 GB
Ethernet 2x 10/100/1000 Mbit/s
USB USB 2.0
CAN (optional) 1 Mbit/s, CAN FD, isolated
Serial (optional)
1x RS232+RTS/CTS isolated or
2x RS232 (RxD/TxD) isolated or
1x RS232+ 1x RS485 isolated
Mass storage microSD card slot
storage size max 16 GB (evaluated), class10
Additional features TPM chip, Temperature sensor
RTC GoldCap for real-time functionality
User control elements
1x user button
2x configurable user LED
1x power status LED
Software Specification
Operating system Linux (Yocto)
Security Features Device-Management / Cloud-Update concept
Mechanical Data
Housing type Phoenix ICS
Housing material Polyamide
Mounting type Top-hat rail mounting according toDIN EN 60715
IP protection class max. IP20
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Dimensions (Height / Width / Depth)
100 mm / 25 mm / 110 mm
PB-03420-001.Ax
PB-03420-002.Ax
100 mm / 50 mm / 110 mm
PB-03420-003.Ax
with customer adapter PCB
Weight (depending on variant) max. 250 g (depending on variant)
Environmental Data
Storage temperature -20 °C - +70 °C
Operating temperature -20 °C - +60 °C
Humidity 10% - 95% non condensing
IP protection class control cabinet min. IP44
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FIGURE 2: phyGATE-Tauri-L Measurements
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3.5 Package Contents/Accessories
TABLE 4: phyGATE-Tauri-L Kit Contents
phyGATE Tauri-L Stand-Alone Device phyGATE Tauri-L Kit Upgrade
You'll find the following content within your stand-
alone phyGATE Tauri-L packaging:
1x phyGATE Tauri-L device of your choice
1x instruction insert with general information and
safety hints
The phyGATE Tauri-L Kit upgrade for the easy start of
development:
1x MicroSD Card with prepared prebuilt images
1x 24 VDC Mains-Adapter with a mating connector
to device supply connector
1x Serial and CAN interface mating connector
with screw connectors
1x LAN cable 2m
3.6 Certification
The phyGATE Tauri-L has been approved for sale and use on the European market and meets the criteria for CE
marking according to:
DIN EN 61000-6-2:2019-11 EMV Interference immunity for industrial areas
DIN EN 61000-6-3:2020-09 EMV Interference emissions for living area
The CE declaration of conformity for the device can be found online on the product page at www.phytec.de.
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3.7 Technical Documentation and Support
Technical documentation for the product can be found on our product page online at www.phytec.de. If you have
any questions or suggestions regarding the product, we look forward to hearing from you.
Warning
Modification of the device, such as adjustments to the software or the use of additional devices in
conjunction with the phyGATE Tauri-L Gateway, can influence the electrical properties of the device. In this
case, the validity of the CE declaration of conformity is void. For a valid CE marking, a renewed approval by
the operator must be carried out in this case.
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4 Technical Product Information
4.1 Block Diagram
FIGURE 3: phyGATE-Tauri-L Block Diagram
4.2 Electrical Connection
The phyGATE Tauri-L gateway has various interfaces for connection to the surrounding infrastructure. The following
table lists the connections with the matching mating connectors.
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FIGURE 4: phyGATE-Tauri-L Infrastructure Interfaces
TABLE 5: phyGATE Tauri-L Interfaces and Mating Connectors
phyGATE Tauri-L Interfaces
Reference Connection Device Socket Mating Connector
X28 DC supply Phoenix MC 1,5/ 2-GF-3,81 Phoenix MC 1,5/ 2-STF-3,81
Phoenix FMC1.5/2-STF-3.81
X29 Ethernet 1 RJ45 RJ45
X30 Ethernet 0 RJ45 RJ45
X8 USB USB-A USB-A
X5 SD Karte microSD-Slot MicroSD-Karte
X27 RS232 / RS485 / CAN Phoenix MC 1,5/10G-3,5 Phoenix MC1,5/10-ST-3,5
Phoenix FMC1.5/10-ST-3.5
S1 User Input Button --- ---
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S2 Boot-Switch --- ---
D9 Power-LED (green) --- ---
D10 / D11 User-LEDs (red / yellow) --- ---
(X23) Antenna connector SMA (female) SMA (male)
TABLE 6: phyGATE Tauri-L Interface Pinouts
Pinout of Non-standard Interfaces
Reference Connection Pin Function
X28 DC supply
1 +24 VDC
2 Device GND
X27 RS232 / RS485 / CAN
1 RS232_0_TX
2 RS232_0_RX
3 GND_ISO
4 RS232_1_TX
5 RS232_1_RX
6 GND_ISO
7 RS485_A
8 RS485_B
9 CANH
10 CANL
Tip
For the phyGATE Tauri-L variants with RS232 / RS485 / CAN, the function of the pins can be configured by
the application software.
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4.3 Mechanical Connection
The phyGATE Tauri-L gateway housing is designed to be mounted on a top-hat rail in the control cabinet. For
mounting on the top-hat rail, there is a mounting device on the housing which allows a tool-free and safe mounting
on a 35 mm top-hat rail.
Warning
For permanently connected equipment: supply wiring requirements, requirements for any external switch
or circuit-breaker, and external over-current protection devices, we recommend that the switch or circuit-
breaker be near the equipment.
Warning
All signals at connector X27 are galvanically decoupled from the GND reference potential of the board and
the supply voltage of the phyGATE Tauri-L.
Warning
The installation environment, such as the control cabinet in which the device is installed, must meet, as a
minimum, the IP44 specifications and must be fireproof.
L'environnement de l’installation du dispositif, comme l'armoire de commande dans laquelle l’appareil
est installé, doit répondre, au minimum, aux spécifications IP44 et être ignifuge.
Warning
For intended use, the device must be installed on a 35 mm top-hat rail according to DIN EN 60715.
Pour l'utilisation à laquelle il est destiné, l’appareil doit être monté sur un rail profilé chapeau de 35 mm
conformément à la norme DIN EN 60715.
Warning
To prevent malfunction or destruction of the device due to overheating, it is essential to ensure that the
ventilation slots are not covered by surrounding components, cables, and other objects. The air must be
able to circulate freely around the housing to dissipate heat.
Pour éviter tout dysfonctionnement ou destruction de l’appareil en cas de surchauffe, il est indispensable
de s’assurer que les fentes d'aération ne sont pas couvertes par des composants environnants, des câbles
et autres objets. L'air doit pouvoir circuler librement autour du boîtier pour dissiper la chaleur.
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5 Getting Started with the phyGATE Tauri-L Gateway
5.1 Introduction
To easily get started with your phyGATE Tauri-L device, you'll find a description with the necessary tools and
provision of the know-how to work with the Linux Board Support Package (BSP) for the phyCORE-i.MX 8M Mini
below. It shows you step by step, how to set up the device for an easy start in development, including:
essential connection of the device and getting access to the OS
installing and using the appropriate tools and sources
building custom kernels
deploying the OS in order to operate the software and hardware
5.2 Requirements
You'll need the following components to get started quickly with this installation guide:
phyGATE Tauri-L device
1x MicroSD Card with prepared prebuilt image
1x 24 VDC SELV/PELV Mains-Adapter with a mating connector to device supply connector
1x LAN cable
TABLE 7: phyGATE-Tauri-L Component Requirements
Tip
All necessary information, software, and other downloads for quick commissioning can be found on the
phyGATE Tauri-L product page online at www.phytec.de.
Tip
The phyGATE Tauri-L kit upgrade contains all the necessary components to easily start installing the
device.
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5.3 Prepare the SD Card for Device Boot
To prepare the microSD card for the device boot, please follow the steps mentioned below.
If you are using your own SD Card, you'll have to download the prebuilt image file and burn it to the SD card first:
Download the Image file located at https://download.phytec.de/Software/Linux/BSP-Yocto-i.MX8MM/BSP-
Yocto-NXP-i.MX8MM-PD22.1.0/images/ampliphy-vendor/phygate-tauri-l-imx8mm-2/phytec-headless-image-
phygate-tauri-l-imx8mm-2.sdcard
Burn the Image to the SD Card (see the descriptions below).
If you are using Windows:
To burn the Image to the SD Card, you'll have to use an image burner tool of your choice. The description below is
based on the WIN32 Disk Imager Tool.
Please follow the steps below to get your SD card ready with WIN32 Disk Imager:
FIGURE 5: WIN32 Disk Imager Interface
Choose the Image File and your microSD device
Press 'Write' to burn the Image on your microSD card
If you are using Linux:
Open Terminal on Host-System and type the following command to burn the Image:
Tip
If you have a prepared SD card from the phyGATE Tauri-L Kit, this section can be skipped.
Warning
Be sure the right Device is selected to avoid damage to other storage devices connected to your computer.
Table of contents
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