microprocessor chronology 

Statements about this table:
90nm be the process which have a date of 2006 and a clock of 1.4 - 1.6 ghz
the itanium montecito microprocessor be create in 2006 and have a process of 90nm with a clock speed of 1.4 - 1.6 ghz
in 2008 , intel 's atom have a clock of 0.8 - 1.6 ghz
the core i7 , release in 2009 , have 2.3 - 2.9 ghz of compute power
the z10 be a fujitsu brand computer
opteron istanbul by amd be the most powerful computer of 2007
the latest date where a specie have core per die / die per module of 2 / 1 , and a clock of 1.4 - 1.6 ghz be before 2003
65nm have a date later than 2000 and a clock of 1.4 - 1.6 ghz
the clock of 0.8 - 1.6 ghz be 2000
date
name
developer
clock
process
cores per die / dies per module
2000
athlon xp
amd
1.33 - 1.73 ghz
180nm
1 / 1
2000
duron
amd
550 mhz - 1.3 ghz
180nm
1 / 1
2000
rs64 - iv
ibm
600 mhz - 750 mhz
180nm
1 / 2
2000
pentium 4
intel
1.3 - 2 ghz
180 - 130nm
1 / 1
2000
sparc64 iv
fujitsu
450 - 810 mhz
130nm
1 / 1
2000
z900
ibm
918 mhz
180nm
1 / 12 , 20
2001
mips r14000
sgi
500 - 600 mhz
130nm
1 / 1
2001
power4
ibm
1.1 - 1.4 ghz
180 - 130nm
2 / 1 , 4
2001
ultrasparc iii
sun
750 - 1200 mhz
130nm
1 / 1
2001
itanium
intel
733 - 800 mhz
180nm
1 / 1
2001
powerpc 7450
motorola
733 - 800 mhz
180 - 130nm
1 / 1
2002
sparc64 v
fujitsu
1.1 - 1.35 ghz
130nm
1 / 1
2002
itanium 2
intel
0.9 - 1 ghz
180nm
1 / 1
2003
powerpc 970
ibm
1.6 - 2.0 ghz
130 - 90nm
1 / 1
2003
pentium m
intel
0.9 - 1.7 ghz
130 - 90nm
1 / 1
date
name
developer
clock
process
cores per die / dies per module
2003
opteron
amd
1.4 - 2.4 ghz
130nm
1 / 1
2004
power5
ibm
1.65 - 1.9 ghz
130 - 90nm
2 / 1 , 2 , 4
2004
powerpc bgl
ibm
700 mhz
130nm
2 / 1
2005
opteron athens
amd
1.6 - 3.0 ghz
90nm
1 / 1
2005
pentium d
intel
2.8 - 3.2 ghz
90nm
1 / 2
2005
athlon 64 x2
amd
2 - 2.4 ghz
90nm
2 / 1
2005
powerpc 970 mp
ibm
1.2 - 2.5 ghz
90nm
2 / 1
2005
ultrasparc iv
sun
1.05 - 1.35 ghz
130nm
2 / 1
2005
ultrasparc t1
sun
1 - 1.4 ghz
90nm
8 / 1
2005
xenon
ibm
3.2 ghz
90 - 45nm
3 / 1
2006
core duo
intel
1.1 - 2.33 ghz
90 - 65nm
2 / 1
2006
core 2
intel
1.06 - 2.67 ghz
65 - 45nm
2 / 1 , 2
2006
cell / be
ibm , sony , toshiba
3.2 - 4.6 ghz
90 - 45nm
1 + 8 / 1
2006
itanium montecito
intel
1.4 - 1.6 ghz
90nm
2 / 1
2007
power6
ibm
3.5 - 4.7 ghz
65nm
2 / 1
date
name
developer
clock
process
cores per die / dies per module
2007
sparc64 vi
fujitsu
2.15 - 2.4 ghz
90nm
2 / 1
2007
ultrasparc t2
sun
1 - 1.4 ghz
65nm
8 / 1
2007
tile64
tilera
600 - 900 mhz
90 - 45nm
64 / 1
2007
opteron barcelona
amd
1.8 - 3.2 ghz
65nm
4 / 1
2007
powerpc bgp
ibm
850 mhz
90nm
4 / 1
2008
phenom
amd
1.8 - 2.6 ghz
65nm
2 , 3 , 4 / 1
2008
z10
ibm
4.4 ghz
65nm
4 / 7
2008
powerxcell 8i
ibm
2.8 - 4.0 ghz
65nm
1 + 8 / 1
2008
sparc64 vii
fujitsu
2.4 - 2.88 ghz
65nm
4 / 1
2008
atom
intel
0.8 - 1.6 ghz
65 - 45nm
1 / 1
2008
core i7
intel
2.66 - 3.2 ghz
45 - 32nm
2 , 4 , 6 / 1
2008
tilepro64
tilera
600 - 866 mhz
90 - 45nm
64 / 1
2008
opteron shanghai
amd
2.3 - 2.9 ghz
45nm
4 / 1
2009
phenom ii
amd
2.5 - 3.2 ghz
45nm
2 , 3 , 4 , 6 / 1
2009
opteron istanbul
amd
2.2 - 2.8 ghz
45nm
6 / 1