Although not a low cost solution, I have found that greatly reducing the
resistance presented to the flow of electricity to the computing unit offers a very
impressive improvement in processing capacity. Although it is a complicated process
learned and perfected in advanced EE classes, I try to explain it in
layman's terms:
1) locate the repositionable linear electrical access accessory (it's
usually the black component extending from the PSU),
2) determine the location of your local high voltage power port (typically
found in the wall),
3) while carefully positioning the alignment pins located on the access
accessory, fully connect the accessory to the power port.
Optional step for the electrically advanced:
4) activate the electrical conductance mechanism.
This worked for me. Your results may vary.
(Shamelessly copied from an original message by George Booth on the Aquatic Plants Digest and modified by me for the ATDC forum) 😛
resistance presented to the flow of electricity to the computing unit offers a very
impressive improvement in processing capacity. Although it is a complicated process
learned and perfected in advanced EE classes, I try to explain it in
layman's terms:
1) locate the repositionable linear electrical access accessory (it's
usually the black component extending from the PSU),
2) determine the location of your local high voltage power port (typically
found in the wall),
3) while carefully positioning the alignment pins located on the access
accessory, fully connect the accessory to the power port.
Optional step for the electrically advanced:
4) activate the electrical conductance mechanism.
This worked for me. Your results may vary.
(Shamelessly copied from an original message by George Booth on the Aquatic Plants Digest and modified by me for the ATDC forum) 😛