Chip programming applications like openocd(1) can selectively accelerate the programming speed, according to a user configuration.
Steps to reproduce
Review openocd(1) documentation
Locate instructions for speed_khz
Locate instructions for adapter speed
Expected result
Sendcomm firmware is programmed at the maximum speed the programmer can perform.
Actual result
Programming operations are carried out at a suboptimal speed.
Severity level
This is low priority because project requirements do not mandate user programming.
# Programming interface speed is suboptimal
## Problem environment
Chip programming applications like *openocd(1)* can selectively accelerate the programming speed, according to a user configuration.
## Steps to reproduce
1. Review *openocd(1)* documentation
1. Locate instructions for *speed_khz*
1. Locate instructions for *adapter speed*
## Expected result
Sendcomm firmware is programmed at the maximum speed the programmer can perform.
## Actual result
Programming operations are carried out at a suboptimal speed.
## Severity level
This is **low priority** because project requirements do not mandate user programming.
Programming interface speed is suboptimal
Problem environment
Chip programming applications like openocd(1) can selectively accelerate the programming speed, according to a user configuration.
Steps to reproduce
Expected result
Sendcomm firmware is programmed at the maximum speed the programmer can perform.
Actual result
Programming operations are carried out at a suboptimal speed.
Severity level
This is low priority because project requirements do not mandate user programming.