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# Reboot LS1028ARDB board
root@LS1028ARDB-Ubuntu:~# reboot
# After rebooting, login dialog will be appeared on displayer, select the user and enter the password
to login.
3.9 LX2160ARDB
The QorIQ LX2160A processor is built on NXP's software-aware, core-agnostic DPAA2architecture, which delivers scalable
acceleration elements sized for application needs,unprecedented efficiency, and smarter, more capable networks. When coupled
with easeof-use facilities such as real-time monitoring and debug, virtualization, and softwaremanagement utilities, the available
toolkits allow for both hardware and softwareengineers to bring a complete solution to market faster than ever.
The LX2160A integrated multicore processor combines sixteen Arm
®
Cortex
®
-A72processor cores with 24 lanes of the latest 25
GHz SerDes technology supporting highperformance Ethernet speeds (10 Gbps, 25 Gbps, 40 Gbps, 50 Gbps, and 100 Gbps)
andPCI express to Gen4 (16 Gbps). With the low power of FinFET process technology andcommon network and peripheral bus
interfaces, the LX2160A is well suited fornetworking, telecom/datacom, wireless infrastructure, storage and military/
aerospaceapplications..
The LX2160A processor is supported by a consistent API that provides both basic andcomplex manipulation of the hardware
peripherals in the device, releasing the developerfrom the classic programming challenges of interfacing with new peripherals at
thehardware level.
The QorIQ LX2160A reference design board is a 1U form-factor tool for evaluation and design of value-added networking
applications such as 5G packet processing, network-function virtualization (NFV) solutions, edge computing, white box switching,
industrial applications, and storage controllers.
3.9.1 Switch settings
The following table lists and describes the switch configuration for LX2160ARDB board.
Platform
Boot source
SW setting
LX2160ARDB
SD
sw1[1~4]: 0b’1000
3.9.2 Updating target images
Use the following commands to build the images for LX2160ARDB platform:
• Building images
$ cd openil
$ make nxp_lx2160ardb-64b_defconfig
$ make
# or make with a log
$ make 2>&1 | tee build.log
• Programming BL2 and RCW , BL31 and U-Boot on the SD card
Power on the LX2160ARDB board to U-Boot command environment. Then, use the commands below:
# flash BL2 and RCW (for example: boot from SD card) binary
=>tftp 81000000 bl2_sd.pbl
=>mmc erase 8 0x500
=>mmc write 0x81000000 8 0x500
# flash BL31 and U-Boot binary
=>tftp 81000000 fip.bin
=>mmc erase 0x800 0x2000
=>mmc write 0x81000000 0x800 0x2000
# flash DDR firmware
NXP Semiconductors
NXP OpenIL platforms
Open Industrial User Guide, Rev. 1.8, 05/2020
User's Guide
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