Question

How to reduce interrupt latency in embedded system?

Answer 1

• Sound programming techniques coupled with proper RTOS interrupt architecture can ensure the minimal response time.
• Sound programming techniques coupled with proper RTOS interrupt architecture can ensure the minimal response time. Short ISRs.
• Sound programming techniques coupled with proper RTOS interrupt architecture can ensure the minimal response time. Short ISRs.Do Not Disable Interrupts.
• Sound programming techniques coupled with proper RTOS interrupt architecture can ensure the minimal response time. Short ISRs.Do Not Disable Interrupts.Avoid High-Latency Instructions.
• Sound programming techniques coupled with proper RTOS interrupt architecture can ensure the minimal response time. Short ISRs.Do Not Disable Interrupts.Avoid High-Latency Instructions. Avoid Improper API Use in ISRs.
• Sound programming techniques coupled with proper RTOS interrupt architecture can ensure the minimal response time. Short ISRs.Do Not Disable Interrupts.Avoid High-Latency Instructions. Avoid Improper API Use in ISRs. Pardon the Interruption:

Answer 2

Sound programming techniques coupled with proper RTOS interrupt architecture can ensure the minimal response time.

Sound programming techniques coupled with proper RTOS interrupt architecture can ensure the minimal response time. Short ISRs.

Sound programming techniques coupled with proper RTOS interrupt architecture can ensure the minimal response time. Short ISRs.Do Not Disable Interrupts.

Sound programming techniques coupled with proper RTOS interrupt architecture can ensure the minimal response time. Short ISRs.Do Not Disable Interrupts.Avoid High-Latency Instructions.

Sound programming techniques coupled with proper RTOS interrupt architecture can ensure the minimal response time. Short ISRs.Do Not Disable Interrupts.Avoid High-Latency Instructions. Avoid Improper API Use in ISRs.