510360 is at 102, 2^3*3*5 (at least it doesn't tease you by taking forever hanging just near 100 before heading up for good...)

510048 is to 102 digits with 2^4*31

[QUOTE=Greebley;185225]510360 is at 102, 2^3*3*5 (at least it doesn't tease you by taking forever hanging just near 100 ...[/QUOTE]

...like [URL="http://factorization.ath.cx/search.php?query=&se=1&aq=509520&action=last&fr=&to="]509520[/URL] which is still fluctuating around 98-102 digits with small factors changing from 2^2 up to 2^13 and back... (currently 2^3)

I'll take 513054 for another computer.

[quote=Greebley;185225]510360 is at 102, 2^3*3*5 (at least it doesn't tease you by taking forever hanging just near 100 before heading up for good...)

510048 is to 102 digits with 2^4*31[/quote]
Are those releases?

508482 done

510750 done - 106 digits - 2^2*3*7^2

513054 is done, and 507360, though still with the 2^2 guide, is comfortably above 100 digits so is done.

I'll take 513120

[quote=henryzz;185261]Are those releases?[/quote]
Yes sorry, I should have been clearer

[QUOTE=frmky;185332]I'll take 513120[/QUOTE]
and 513156

I will take some more sequences to work on - the 511's

511686, 511728, [COLOR=blue]511734[/COLOR], 511880, 511896, 511902, 511944

Edit: 510456 is done for this project (above 100), but I will keep reserved to see if it picks up a driver.