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µC/OS-II ports

All µC/OS ports can easily be ported to µC/OS-II If you port µC/OS-II to a processor not listed and want to include your port on this web site, please contact Micrium at Micrium. Note that the ports are provided as is with the exeption of the Micrium ports which are supported by Micrium.

Note that in most cases only the PORT is provided and it is assumed that you have the rest of the source for µC/OS-II from the book or the upgrade. In cases where the µC/OS-II source code is included, you will need to be a registered member and be logged in before you can download the file.

Download	Processor	OS version	Compiler	Contributor
Download	LPC3250/LPC3180 (phyCORE LPC3250/LPC3180 RDK)	V2.88	IAR

Application notes

AN Number	Title	Download
AN-1011	µC/OS-II and the ARM processor	Download Download
AN-1012	µC/OS-II and the ARM7 in Thumb mode	Download Download
AN-1014	µC/OS-II for ARM Processors Works in ARM or Thumb mode	Download Download
AN-1250	µC/OS-II and the NXP LPC3250/LPC3180 Processors on the phyCORE LPC3250/LPC3180 RDK	Download

Evaluation boards

Board	Description	Download
	Nohau LPC3180 Evaluation Board Example µC/OS-II-based IAR projects are available for the LPC 3180 board which employs NXP's LPC3180 processor. Micrium has one project targeted to this board. The project corresponding to AN-1180 and uses µC/OS-II and µC/OS-View.	AN-1180 Download Download
	Phytec LPC3180 Evaluation Board Example µC/OS-II-based IAR and Rowley projects are available for the Phytec LPC3180 board which employs NXP's LPC3180 processor. The peripherals on this board include two RS-232 ports, a USB host port, a USB device port, a USB OTG port and a SD/MMC card slot. The user interface includes 2 user push buttons, four LEDs and a potentiometer. Micrium has one project targeted to this board. The project uses µC/OS-II and µC/Probe. The push buttons control text output on one RS-232 port, the LEDs blink and µC/Probe can be used to monitor global variables in the application via the board's other RS-232 port. To download a trial version of µC/Probe, please visit this page Micrium has the following software modules ported to the LPC3180: µC/OS-II µC/Probe (Real-time monitor) µC/USB-Device µC/USB-Host µC/USB-OTG µC/FS	Download
	phyCORE®-ARM9/LPC3250 RDK Example µC/OS-II-based IAR project is available for the Phytec LPC3250 board which employs NXP's LPC3250 processor. The peripherals on this board include two RS-232 ports, a USB host port, a USB device port, a USB OTG port, SD/MMC card slot, SDIO card dlot and an ethernet port. The user interface includes 2 user push buttons, two userLEDs and a potentiometer. Micrium has one project targeted to this board. The project uses µC/OS-II and µC/Probe. The push buttons control text output on one RS-232 port, the LEDs blink and µC/Probe can be used to monitor global variables in the application via the board's other RS-232 port. To download a trial version of µC/Probe, please visit the this page. Micrium has the following software modules ported to the LPC3250: µC/OS-II µC/Probe (Real-time monitor) µC/TCP-IP µC/GUI µC/USB-Device µC/USB-Host µC/USB-OTG For more information, contact sales@micrium.com	µC/OS-II + µC/Probe Download

Board

Description

Download

Nohau LPC3180 Evaluation Board

Example µC/OS-II-based IAR projects are available for the LPC 3180 board which employs NXP's LPC3180 processor. Micrium has one project targeted to this board. The project corresponding to AN-1180 and uses µC/OS-II and µC/OS-View.

AN-1180

Download
Download

Phytec LPC3180 Evaluation Board

Example µC/OS-II-based IAR and Rowley projects are available for the Phytec LPC3180 board which employs NXP's LPC3180 processor. The peripherals on this board include two RS-232 ports, a USB host port, a USB device port, a USB OTG port and a SD/MMC card slot. The user interface includes 2 user push buttons, four LEDs and a potentiometer.

Micrium has one project targeted to this board. The project uses µC/OS-II and µC/Probe. The push buttons control text output on one RS-232 port, the LEDs blink and µC/Probe can be used to monitor global variables in the application via the board's other RS-232 port. To download a trial version of µC/Probe, please visit this page

Micrium has the following software modules ported to the LPC3180:

µC/OS-II
µC/Probe (Real-time monitor)
µC/USB-Device
µC/USB-Host
µC/USB-OTG
µC/FS

Download

phyCORE®-ARM9/LPC3250 RDK

Example µC/OS-II-based IAR project is available for the Phytec LPC3250 board which employs NXP's LPC3250 processor. The peripherals on this board include two RS-232 ports, a USB host port, a USB device port, a USB OTG port, SD/MMC card slot, SDIO card dlot and an ethernet port. The user interface includes 2 user push buttons, two userLEDs and a potentiometer.

Micrium has one project targeted to this board. The project uses µC/OS-II and µC/Probe. The push buttons control text output on one RS-232 port, the LEDs blink and µC/Probe can be used to monitor global variables in the application via the board's other RS-232 port. To download a trial version of µC/Probe, please visit the this page.

Micrium has the following software modules ported to the LPC3250:

µC/OS-II
µC/Probe (Real-time monitor)
µC/TCP-IP
µC/GUI
µC/USB-Device
µC/USB-Host
µC/USB-OTG

For more information, contact sales@micrium.com

µC/OS-II + µC/Probe

Download

µC/FS ports

µC/FS has been ported to the LPC3180 and LPC3250 processors.

µC/TCP-IP ports

µC/TCP-IP has been ported to the LPC3250 processor.

µC/USB ports

µC/USB-Device, µC/USB-Host and µC/USB-OTG have been ported to the LPC3180 and LPC3250 processors.

µC/GUI Ports

AN Number	Title	Author	Download
AN-9479	µC/OS-II, µC/GUI and µC/Probe for the NXP LPC3250 on the PhyCore ARM9/LPC3250 RDK		Download

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