Difference between revisions of "LPCXpresso54608 Eval"

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(Created page with "The NXP LPCXpresso54608 Eval is an evaluation board for the LPC54608J512 (Cortex-M4) device. __TOC__ [[File:NXP_LPCXpresso54608Eval | thumb | right | NXP LPCXpresso54608 Eval]...")
 
 
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[[File:NXP_LPCXpresso54608Eval.jpg | thumb | right | 400px | NXP LPCXpresso54608 Eval]]
 
The NXP LPCXpresso54608 Eval is an evaluation board for the LPC54608J512 (Cortex-M4) device.
 
The NXP LPCXpresso54608 Eval is an evaluation board for the LPC54608J512 (Cortex-M4) device.
 
__TOC__
 
__TOC__
[[File:NXP_LPCXpresso54608Eval | thumb | right | NXP LPCXpresso54608 Eval]]
 
   
 
= SWO =
 
= SWO =
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== Sample projects ==
 
== Sample projects ==
 
 
=== Requirements ===
 
=== Requirements ===
 
* J-Link V10 (or higher) / J-Trace Pro
 
* J-Link V10 (or higher) / J-Trace Pro
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==== Envedded Studio ====
 
==== Envedded Studio ====
*[[Media:NXP_LPC54608J512_SWO_Sample.zip | Embedded Studio sample project with CMSIS DFP included]]
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*[[Media:NXP_LPC54608J512_SWO_Sample_ES510B.zip | Embedded Studio sample project with CMSIS DFP included]]
 
This example project does not require any extra settings by the user. The SWO stream can be viewed from within Embedded Studio, or with e.g. [[J-Link SWO Viewer]] which is included in the [[J-Link Software and Documentation Pack]] and is available for free. This project has been created with Embedded Studio for ARM V5.10b.
 
This example project does not require any extra settings by the user. The SWO stream can be viewed from within Embedded Studio, or with e.g. [[J-Link SWO Viewer]] which is included in the [[J-Link Software and Documentation Pack]] and is available for free. This project has been created with Embedded Studio for ARM V5.10b.
   

Latest revision as of 15:51, 15 October 2020

NXP LPCXpresso54608 Eval

The NXP LPCXpresso54608 Eval is an evaluation board for the LPC54608J512 (Cortex-M4) device.

SWO

SWO for all LPC546xx devices is supported out-of-the-box. Please refer to LPC546xx

SWO Pin used

On the PCXpresso54608 Eval, PIO0_10 has been wired by NXP as SWO output pin.

Sample projects

Requirements

  • J-Link V10 (or higher) / J-Trace Pro
  • Embedded Studio for ARM V5.10b or higher (for the ES sample)
  • IAR EWARM V8.40A (for the IAR project)

Project files

The following sample projects that demonstrate SWO on the LPCXpresso54608 Eval are available:

Envedded Studio

This example project does not require any extra settings by the user. The SWO stream can be viewed from within Embedded Studio, or with e.g. J-Link SWO Viewer which is included in the J-Link Software and Documentation Pack and is available for free. This project has been created with Embedded Studio for ARM V5.10b.

IAR EWARM

Note: IAR sets the SWO base clock to be CPUClock/2, therefore the project setting "CPU clock" must be set to CPUClock/2. Any other value will not output the SWO printf stream.