Using the Cortex-M0 DesignStart IP core on non-ARM partner FPGAs can provide a low-cost way to prototype and evaluate ARM's…
The ARM WFF instruction stands for Wireless Fast Forwarding instruction. It is used to optimize data movement within ARM-based systems-on-chip…
When debugging ARM Cortex-M1 chips using the KEIL ULINK2 debugger, users may encounter various issues that prevent effective debugging. The…
Indirect branching allows jumping to an address stored in a register, providing flexibility in control flow. The Arm instruction set…
The Flash Patch and Breakpoint (FPB) unit in Arm Cortex-M processors provides an efficient mechanism to rewrite flash memory contents…
Context switching refers to the process of storing and restoring the state of a CPU so that execution can be…
Experiencing a hard fault on a Cortex-M0 can be frustrating for developers. However, with some guidance, hard faults can often…
Adding JTAG/SWD debug capability to a Cortex-M0 microcontroller can sometimes be tricky and fail unexpectedly. This is often due to…
The ARM Cortex exception stack frame is the region of memory used by the processor to store context information when…
The short answer is yes, UART is generally considered to be the same as serial…
The ARM Cortex-M4 processor contains 37 registers in total. These registers can be categorized into…
The Cortex-A76 is ARM's latest high-performance CPU core designed for mobile computing. It offers substantial…
The Cortex-M33 is an ARM microcontroller that is part of the Cortex-M processor family. It is designed for embedded and…
The Application Program Status Register (APSR) in Arm Cortex-M is a 32-bit register that contains application level status and control…
Disabling interrupts on an ARM processor can be useful in certain situations where real-time performance and determinism are critical. However,…
The ARM Cortex-M0 is one of the smallest and lowest power microcontrollers in the Cortex-M series. With its limited flash…
The Cortex-M processor family offers several debug interfaces that provide access to the core's internal registers, memory, and peripherals for…
The ARM fault status register is a key register in ARM processors that provides information about exceptions and faults that…
The key difference between Harvard and Von Neumann architectures is that Harvard architecture has physically separate storage and signal pathways…
The Cortex-M series of ARM processors are extremely popular in embedded systems due to their low cost, low power consumption,…
Connecting an ARM Cortex-M1 processor to an Altera FPGA using the Virtual JTAG interface can be a powerful technique for…
Running into errors when trying to generate MMI files using the make_mmi_file.tcl script can be frustrating. This comprehensive guide will…
The key to measuring interrupt latency is utilizing the ARM Cortex chip's timers and GPIO pins. By configuring a timer…
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