I'm calling for everyone who uses a K6 through K6-3 chip to participate in Distributed.net's challenges to look at the return you are getting from your processor as oposed to what you could be getting if you participated with OGR.
With RC5, you are only getting about 60% of the output from the same clocked PentiumII/Celron or above processor. If you switched these processors to OGR, you would get 95% of the work that would be done by the same clocked Intel chip. That's a pretty big jump.
Also, think of this: Although moving the cip from RC5 to OGR will take some production away from the RC5 effort, you are making up for it and then some for the OGR effort.
One last thing to think about. With over 1/3 of the RC5 keyspace checked, each day bring us closer to the possibility of the project ending. Might as well get a head start on the next big project.
If you check the daily stats page for DIstributed.net, you will notice I am participating with both OGR and RC5, thus I feel that I am not playing favoritism here. Just trying to be practical. 😉
If you want to check for yourself, look at the speed page provided by Mika: Speed Page
Jay
With RC5, you are only getting about 60% of the output from the same clocked PentiumII/Celron or above processor. If you switched these processors to OGR, you would get 95% of the work that would be done by the same clocked Intel chip. That's a pretty big jump.
Also, think of this: Although moving the cip from RC5 to OGR will take some production away from the RC5 effort, you are making up for it and then some for the OGR effort.
One last thing to think about. With over 1/3 of the RC5 keyspace checked, each day bring us closer to the possibility of the project ending. Might as well get a head start on the next big project.
If you check the daily stats page for DIstributed.net, you will notice I am participating with both OGR and RC5, thus I feel that I am not playing favoritism here. Just trying to be practical. 😉
If you want to check for yourself, look at the speed page provided by Mika: Speed Page
Jay