{| class="wikitable defaultright col1left" ! Computer !! Year !! n !! Digits* |- | J. Bernoulli || ~1689 || 10 || 1 |- | L. Euler || 1748 || 30 || 8 |- | J. C. Adams || 1878 || 62 || 36 |- | D. E. Knuth, T. J. Buckholtz || 1967 || || |- | G. Fee, S. Plouffe || 1996 || || |- | G. Fee, S. Plouffe || 1996 || || |- | B. C. Kellner || 2002 || || |- | O. Pavlyk || 2008 || || |- | D. Harvey || 2008 || || |} * Digits is to be understood as the exponent of 10 when is written as a real number in normalized scientific notation.
{| class="wikitable defaultright col1left" ! Computer !! Year !! n ! Digits* |- | J. Bernoulli || ~1689 || 10 || 1 |- | L. Euler || 1748 || 30 || 8 |- | J. C Adams || 1878 || 62 || 36 |- | D. E. Knuth, T. J. Buckholtz || 1967 || || |- | G. Fee, S. Plouffe || 1996 || || |- | G. Fee, S. Plouffe || 1996 || || |- | B. C Kellner || 2002 || || |- | O. Pavlyk || 2008 || || |- | D. Harvey || 2008 || || |} * Digits is to be understood as the exponent of 10 when is written as a real number in normalized scientific notation.