2650-2655 complete, no primes

2620-2650 completed, taking 2695-2740.

I would soon like to reserve another range of 40k or more.

(At the moment only 2740-2750 available)

More files added, up to 2850k.

2655-2695 finished, no primes (file attached).

Taking 2740-2820.

[URL="http://primes.utm.edu/primes/page.php?id=95467"]17*2^2721830-1[/URL] (‎819354 digits) is prime!
:party:

[QUOTE=unconnected;233641][URL="http://primes.utm.edu/primes/page.php?id=95467"]17*2^2721830-1[/URL] (‎819354 digits) is prime!
:party:[/QUOTE]

Congratulations!!!

[QUOTE=unconnected;233641][URL="http://primes.utm.edu/primes/page.php?id=95467"]17*2^2721830-1[/URL] (‎819354 digits) is prime!
:party:[/QUOTE]
Congratulations, indeed! It's definitely about time for a prime on this k...600K-2.7M is enormous as far as primeless gaps go.

unconnected, great !!

Congratulations!

I'm releasing 2740-2820.

Congratulations @ unconnected we finally found the prime.

[QUOTE=unconnected;233641][URL="http://primes.utm.edu/primes/page.php?id=95467"]17*2^2721830-1[/URL] (‎819354 digits) is prime!
:party:[/QUOTE]
Could someone explain why Prime95 was in the prover code? I thought it was only used for testing mersenne numbers (LL), not for k*2^n-1 numbers (LLR).