ARM Cores Training: Courses on ARM cores | Ac6 Training

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ARM Cores

Courses on ARM cores

At ac6, we deliver hands-on training on Arm® processor cores—Cortex-A, Cortex-R, and Cortex-M—from ARMv7, ARMv8 to ARMv9. You learn how the architecture, exception model, and memory system fit together so you can write portable, efficient code for MCUs and application processors alike.

Our courses cover the instruction set (Thumb-2/AArch32/AArch64), MMU/MPU, caches and TLBs, linker scripts and startup, and low-level driver bring-up. We work with Arm Development Studio/GCC/Clang, JTAG/SWD debugging, and trace (ETM/ITM) to profile and optimize real workloads.

Through practical labs you’ll build bare-metal and RTOS apps on Cortex-M, bring up Linux on Cortex-A, use NEON/FPU for acceleration, and tune performance and power—so your firmware is robust, portable, and production-ready.

Available Courses

AAA

ARM Cortex-A and R Architecture (v7/v8)

AAM

ARM Cortex-M Architecture (v7/v8)

RA0

Cortex-A5 implementation

RA1

Cortex-A8 implementation

RA2

Cortex-A9 implementation

RA3

Cortex-A15 implementation

RA4

Cortex-A7 implementation

RA5

Cortex-A17 implementation

RA6

CORTEX-A57 implementation, ARM Architecture V8

RA7

CORTEX-A53 implementation, ARM Architecture V8

RA8

CORTEX-A72 implementation, ARM Architecture V8

RA9

CORTEX-A73 implementation, ARM Architecture V8

RC1

NEON-v7 programming

RC2

NEON-v8 programming

RI0

AXI3 / AXI4 INTERCONNECT

RM0

Cortex-M0 / Cortex-M0+ implementation

RM1

Cortex-M1 implementation

RM2

Cortex-M3 implementation

RM3

Cortex-M4 / Cortex-M4F implementation

RM4

Cortex-M7 implementation

RM5

Cortex-M33 Implementation

RR0

Cortex-R4 implementation

RR1

Cortex-R5 implementation

RR2

Cortex-R7 implementation

RR3

ARM Cortex-R52/R52+ Implementation and software design

This course provides a deep dive into the ARM v8-R architecture and Cortex-R52/R52+ processors, focusing on pipeline behavior, exception handling, and memory management. Participants will explore advanced features like virtualization, safety mechanisms, and synchronization techniques, essential for developing robust real-time systems.