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Cortex-M4: Dual-Core Implementation
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In this training session, presented at the Embedded Systems Conference in Silicon Valley, 2011, attendees got a chance to learn how NXP's asymmetrical dual-core LPC4300 can simplify and future-proof their designs. This session walked them through the steps of planning, designing, and debugging a dual-core project using the ARM Cortex-M4 and its Cortex-M0 co-processor. Discussion included DSP benchmarking of Cortex-M4 and CoreMark comparisons of Cortex-M cores.
0:51:19
Cortex-M4: Dual-Core Implementation
0:02:34
Cortex-M4 Asymmetric Dual Core Debugging Demo
0:02:00
LPC4300: Inter-processor communication (Cortex-M4 to Cortex-M0)
0:40:16
Redefining DSC with the NXP Cortex-M4 Dual-Core LPC4300 Series
0:51:25
Enhance the Capabilities of Devices with Low-Power ARM Cortex-M and SecurCore
0:41:46
NXP LPC4300 - When to Choose ARM Cortex-M4 and Why Dual-Core?
0:07:21
STM32MP1 OLT - 5. System ARM Cortex M4 CM4
0:07:06
Cortex-M4 FPU and DSP instruction usage in the STM32F4 family
0:38:52
Easy Dual-Core Development and Debugging with Cortex-M4/M0
0:00:53
Making use of Inter-Processor Communication Between Cortex M4 & Cortex A15 Cores on the TI Jacin...
0:03:31
Video Tutorial on ARM Cortex-M Series - Debug and Trace
0:06:03
ARM Cortex M4 PendSV System Exception(Understanding with animation)
0:03:59
Inverted Pendulum - Heterogeneous Multicore Processing Application
0:02:42
Tutorials on ARM Cortex-M Series - An Overview
0:14:40
Architecture / Features of ARM CORTEX M4
0:05:21
STM32H7 OLT - 71. Ecosystem boards
0:04:39
STM32MP1 OLT - 10. System Global Interrupt Control GIC
0:01:51
NXP LPC4357 Dual-Core Cortex-M4 and Cortex-M0 demo
0:15:28
2017.B.4.4. ARM Triple Core Lock Step Architecture for Space
0:39:40
Cortex-M4: Unique Configurable Peripherals
0:01:05
Voice Control using Arm Cortex-M devices
0:29:30
i.MX RT1170 -- NXP and Mouser Electronics
0:43:51
Designing LCD Applications with NXP Cortex-M Products
0:10:01
ARM Cortex-M for Wearables and IoT
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