NXP Semiconductors i.MX 8XLITE EVK User manual

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i.MX 8XLITE EVK
i.MX 8XLITE
EVALUATION KIT (EVK)

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ABOUT THE i.MX 8XLITE EVALUATION KIT
The i.MX 8XLite applications processor is a member of the i.MX 8
family, providing a range of cost-performance scaling, high levels of
software reuse and a dedicated Hardware Security Module (HSM)
targeting automotive telematics and vehicle-to-everything (V2X)
applications.
Its flexible architecture allows both high performance and low power
consumption, as well Time-Sensitive Networking (TSN) makes the
i.MX 8XLite SoC suitable for a wide variety of industrial applications,
such as infrastructure and building control.
Further resources are available on i.MX 8XLite PSP including
hardware design files, software tools, board support packages (BSPs)
for Linux
®
, freeRTOS™, and documentation on the i.MX 8XLite
application processor.

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3
FEATURES
The following features are available with the EVK board based on
the i.MX 8XLite applications processor:
• i.MX 8DualXLite applications
processor with three cores:
two A35 cores + one
Cortex-M4 general purpose
• 16-bit LPDDR4-2400 (1200
MHz), 1 GB
• eMMC 5.1, 32 GB
• FlexSPI NOR flash, 64 MB
• Power Management IC (PMIC)
• SD card Connector
• JTAG 10-Pin Connector
• 1Gbps Ethernet with TSN
• SD Card connector
• 2 USB2.0 Type-C connectors
• Micro-USB to serial Converter
for debug
• LEDs for power indication and
general purpose use
• M.2 Connector for Wi-Fi/BT
(PCIe3.0 x1 , USB, UART, I2C
and I2S)
• 3x 3.5 mm audio jack
• 2x CAN serial port
• V2X / ENET Module connector
• Parallel LCD Interface
connector

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Figure 1: Main interfaces of i.MX 8XLite EVK
GET TO KNOW THE i.MX 8XLite EVK
Reset
Button 3.5 mm Audio Jack
LCD Interface
CAN Serial Port
SOC
M.2 Connector for
Wi-Fi/BT
USB Type C
Connector
V2X/ENET Module
BOOT Switches
1Gbps Ethernet
Connector
USB MicroB
Debug port
12V DIN Connector
JTAG

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Figure 2: Bottom View of i.MX 8XLite EVK
GET TO KNOW THE i.MX 8XLite EVK CONTINUED
SD Card
Connector

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STEP-BY-STEP INSTRUCTIONS
This section describes how to use the EVK and the required accessories to develop
applications using the kit.
1Unpacking the
Kit
The EVK is shipped with the items listed
in Table 1. Ensure the items are available
in the i.MX 8XLite EVK.
Table 1: Contents of the i.MX 8XLite EVK
2Optional
Accessories
ITEM DESCRIPTION
USB HUB 2 or 4 port USB Hub
Table 2: Customer provided optional accessories
ITEM DESCRIPTION
CPU board CPU board with i.MX 8XLite
applications processor, memory
and PMIC
Power supply Power supply, 12V DC,11.5A, Level
VI, With DIN 4 Pin Output Type
AC Power cord IEC cable assembly with locking
system for IEC C14 inlet, US
version, 1.83M
Worldwide
Adapter
Hardware accessory, universal
adapter
USB Type-C
cable
Cable – Assembly, USB 3.0, Type-C
Male to Type-A Male for Serial
Download
ITEM DESCRIPTION
SD Card with
BSP image
Module, SD Card, 16GB, Class-10
USB Type-B
cable
Cable – Assembly, USB 2.0, Type-A
Male to Micro-B Male for interface
to debug port
Wi-Fi module M.2 form factor Wi-Fi / Bluetooth
module

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STEP-BY-STEP INSTRUCTIONS CONTINUED
QUICK START GUIDE i.MX 8XLite EVK
3Download Software and
tools (www.nxp.com/imx8xlite)
ITEM DESCRIPTION
Documentation • Schematics, layout and Gerber
files
• Quick Start Guide
• Hardware Developer’s Guide
• Applications Processor Reference
Manual
Software
Development
Linux®BSPs, freeRTOS™
Demo Images Copy of the latest Linux BSP
images that are available to
program on to the eMMC, SD or
SPINOR
Table 3: Software and documentation available

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SETTING UP THE SYSTEM
The following will describe how to run a Linux image on the i.MX 8XLite EVK.
1Confirm Boot
Switches
The boot switches should be set to boot
from the SD Card. See table below and
configure the Boot switch SW1:
BOOT DEVICE SW1
USHD1 SD BOOT_
MODE[2]
BOOT_
MODE[1]
BOOT_
MODE[0]
011
1=ON 0=OFF
2Setting up the System
SD Card
Insert the MicroSD card into socket J6 on
the EVK CPU Board.
3Connect USB
Debug Cable
Connect the micro-B end of a USB cable
into debug port J19. Connect the other
end of the cable to a PC acting as a
host terminal. On Windows, 2 UART
connections will appear on the PC. The
console print will output on “Enhanced
COM port,” which can be found in
“Device Manager” of the PC. On Linux,
4 UART connections will appear. Two of
them are used as serial console. The serial
port drivers for the debug port connection
can be found on this webpage: https://
www.ftdichip.com/Drivers/VCP.htm.
Open the terminal window (i.e., Hyper
Terminal or Tera Term), choose the COM
port number that corresponds to the
“Enhanced COM port” on Windows or
the ttyUSBx for Linux which corresponds
to the serial console, and apply the
following configuration.
• Data bits: 8
• Baud rate: 115200
• Stop bit: 1
• Parity: None
• Flow control: None

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SETTING UP THE SYSTEM CONTINUED
4Connect Ethernet Cable
(Optional)
Connect an Ethernet cable to the
Ethernet Jack J8 (close to the Debug
port).
5Wi-Fi/Bluetooth Module
(Optional)
Connect the M.2 form factor Wi-Fi
Bluetooth module with E-key to the M.2
Connector J17.
6Connect Power
Supply
Connect the plug of the 12V power
supply to the DIN connector J1. When
power is connected to the EVK, it will
automatically begin the boot sequence.
CAUTION: To avoid damage, do not
hot plug the daughter cards while the
CPU card power is ON

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BOOT PROCESS FOR LINUX®IMAGE
Boot Process
• Switch SW1 to ON, ON, OFF, ON (from 1-4 bit) to boot from the SD card, as shown
in Figure 4. The first three switches named “0”, “1”, “2” are used to choose the
BOOT mode. The last one named “SYS_ID_WP” is used for write protection of the
System ID memory (the ON position, by default, prevent write operation to such
memory).
• Power on the EVK board.
• During the boot process, there will be console prints on the terminal window of the
PC (if connected).
• To work from the terminal window on the host PC, press ‘Enter’ at the terminal
window to get the command prompt. Account name: root, password none.
Figure 3: BOOT MODE switch of i.MX 8XLite EVK