A y r i m P e n t i u m va b o s h q a p r o t s e s s o r l a r n i n g ta v sifla ri
1 .1 7 -ja d v a l
P ro tse sso r
S istem a
sh in asin in g
ch asto tasi
m G ts
Y a d ro
c h asto tasi
(P R )m G ts
K E SH LI
K bayt
K E SH
L2
M M X
k o 'm a g i
Soket (slo t)
M an b a.V
In te l
firm a sin in g
p ro tse sso rlari
P en tiu m
( 1 -a v lo d )
6 0 ,6 6
60 .6 6
16(86/8)
Soket 4
5
5 0 ,60.66
7 0 .9 0 .1 0 0
16(86/8)
3 ,3 ;7 .9 /3 .
(1 -av fo d )
3
P entium
M M X
66
166,200,233
3 2 (1 6 /1 6 )
Soket 7
2 .8 /3 .3
P en tiu m P ro
5 0 ,60,66
150.1 6 6 .1 8 0 .2 0 0
16(86/8)
2 56kb
5 1 2kb
Soket 8
3.3
P en tiu m II
o v es d rive
66
333
3 2 (1 6 ,1 6 )
5 1 2kb
S o k et 8
2.5
P en tiu m !1
6 6 ,100
2 3 3 .2 6 6 .3 0 0.
3 5 0 .4 0 0 .4 5 0
32(16. 16)
5 1 2kb
4
Slot 1
2.8 ;2 .0
P en tiu m П
X eom
100
4 0 0 .4 5 0
3 2 (1 6 /1 6 )
5 1 2kb
Im b .2 tn
b
4
Slot 2
2,0
C elero n
66
2 6 6 .3 0 0
3 2 (1 6 /1 6 )
4
_
Slot 1.
So k et-3 7 0
2,0
C eleron
66
3 0 0 0 A ,3 3 3 .
3 6 6 .4 0 0 .4 3 3 .
4 6 6 .5 0 9 .5 3 3
32(16 16)
!2 8 k b
Slot 1
(4 3 3 m G tsg a
c h a) Soket-
370
2.0
C elero n
(C o p p e m in e )
6 6 .1 0 0
5 3 3 Л . 566-766.
8 0 0 .8 5 0 .9 0 0
3 2 ( 1 6 1 6 )
128kb
f .S S E
So k et-3 7 0
1.5
P en tiu m HI
100,133
4 5 0 ,5 0 0 .5 3 3 .
5 50.600
3 2 (1 6 /1 6 )
5 12 kb
+ .SS E
Slot 1
2.0-2.05
P en tiu m 11
{C o p p em in e)
100.133
5 0 0 .5 3 3 .5 5 0 .
6 0 0 .6 5 0 .6 6 7 .
7 0 0 .7 3 3 .7 5 0 .
8 0 0 .8 5 0 .8 6 6 .
9 0 0 .9 3 3 .1 0 0 0 . 1 130
3 2 (1 6 /1 6 )
2 56kb
J-.SSE
Slot 1.
S o k et-3 7 0
(1 G G ts
g ach a)
1.65-1,80
P en tiu m II)
X eom
(n asto p n b iy )
100,103
6 00 -8 66
3 2 ( 16 16)
2 56kb
t-.SSE
Slot 2
2.0
P en tiu m III
X eom
( s e n e n ib iy )
100
5 00 -5 50
32(16 16)
5 12kb
Im b.
2 m b
+ SSE
Slot 2
2.0
P en tiu m 4
4 x 1 0 0
1 4 0 0 .1 5 0 0 .17 0 0
18
2 5 6 k b
4 .SSE
S o ket-423
1.6
A M D i
rm asi p ro tsesso rlari
A M D K5
50.60 .6 6
P R 5 .9 0 .1 0 0 .120
133.166
2 4 (1 6 /8 )
-
Soket 5,7
3.8 ;2.5-
2.9:3.3
A M D K6
M M X
66
P R 16 6 .2 0 0 .2 3 3 .
2 6 6 ,3 0 0 .3 3 3
6 4 (3 2 /3 2 )
4-
S oket 7
2,9/3.3
3.2.-3.3
2 .2 /3 .3
A M D K6-2
6 6 .100
3 0 0 .3 3 3 .3 5 0 .
3 8 0 ,4 0 0 .4 5 0 ,
4 7 5 .5 0 0 ,5 3 3 . 550
6 4 (3 2 /3 2 )
+ 3D
NO W !
S oket 7
2,2/3.3
A M D K6-3
100
4 0 0 .4 5 0
6 4 (3 2 /3 2 )
2 5 6 kb
f .3 D
NO W !
S oket 7
A M D A thlon
m odel i 1 va 3
2 x 100
5 5 0 ,6 0 0 ,6 5 0 .
7 0 0 ,7 5 0 .8 5 0 .
128
(6 4 /6 4 )
5 l2 k b -
8m b
+ ,3D
NO W !
S ok et A
1,6 - 1,7/
2 ,5-3.3
65
9 5 0 ,9 0 0 ,1 0 0 0 0
k e n g a y tm a
li
A M D A thlon
m o d eli 4
2 x 1 0 0
2x 133
3 0 0 ,9 0 0 ,9 5 0 ,
1 0 0 0 ,1 1 0 0 .1 3 0 0
1 0 0 0 .1 1 3 0 ,1 2 0 0
1330
128
(6 4 /6 4 )
2 5 6 k b
+ ,3 D
NO W !
k e n g a y tm a
li
S o k e t A
1,7-1,75
A M D
D uron
200
6 0 0 ,6 5 0 ,7 0 0 ,
8 0 0 .8 5 0 .9 0 0
128
(6 4 /6 4 )
64 k b
+ .3 D
NO W !
k e n g a y tm a
i f
S o k e t A
C y r ix
firm a sin in g p ro tse sso rlari
C yrix 6x 8 6
< M l)-6 x8 6 I.
5 0 .5 5 .6 0 ,
66. 75
PR 120. 133,
1 50 .1 6 6 .2 0 0
16
S o k e t 5,7
S o k et 7
3,3-
3 .5 2 /2 ,8 -
3,3
C y rix 6x 8 6
M X
3 0 .3 3 .7 5 .8 3
P R 120. 133.
1 5 0.166.200
16
-i-
Soket 7
2 ,9/3.3
C v rix 6x86
V llIx x x C lP
6 6 .7 5 .1 0 0
PR 300 3 ^ 350
16
’■
Soket 7
V I A
firm asi p ro tse sso rlari
V IA C yrix
M lh
133
16
256 kb
К 3D
NO W !
k e n u a v tm a
" if
S o k et-3 7 0
V IA C yrix
111 ( J o s h u a )
133
4 3 3 .4 6 6 .5 0 0 .
5 3 3 ...7 0 0
64
256 kb
+ . 3D
N O W !
k e n g a y tm a
V
S o k et-3 7 0
Pentium M M X (R 55S) protsessorlari Pentium protsessorlarining
navbatdagi
avlodidir.
M M X
kengaytm adan
tashqari
Pentium
M M X
arxitekturasida
takomillashgan joylari k o ’p. U ning bu takom illashuvi sodda am alla m i bajarishini
oshiradi. Oxirgi Pentium modeli 233 MGts yadro chastotaga ega, Pentium M M X -
266M G ts ga ega. Interfeys b o 'y ich a Pentium protsessorlari shinasi 486 protsessori
shinasining aylandi. A gar 486 shinasi maksimal ixchamiik
egiluvchanlik va turli
razryadli qurilm ala rg a ulanish imkonini bersa, unda Pentium shinasi maksimal ishlab
chiqarish darajasini beradi. Interfeys ichki ikkilamchi kesh ishlatish va ichki
birlamchi y ordam ida o ’tkazuvchi (W T) bilan ishlashga imkon beradi va shu kabi
teskari yozuv bilan ham. Interfeys 2 ta protsess orgacha SM P
yoki FRC ni bitta shina
y ord am id a am alga oshirish imkonini beradi. Pentium interfeysi 4,5 va soketlarda turli
ishlab chiq aruvchilarning protsessorlari bilan ishiatiladi.
R 6 p r o ts e s s o rla ri.
Intel protsessorlarining 6-avlodiga Pentium Pro, Pentium II/III ni turli
к о ' rinishiari va Celeron kiradi. Bu aviod protsessorlarini um um la shgan nomi R6.
Hisoblashlarni tashkil qilish prinsipi nuqtai nazaridan din am ik ijro etish bu avlodning
asosiy farqidir.
Bu masalani yechish
chastotaning taktini
oshirishga emas
protsessorning arxitekturasini vaxshilanish hisobiga ishlab chiqaruvchanligiga
qaratilgan. Dinamik ijro protsessor yadros ining m a ’lumot va topshiriqlar shinasida
tezligini oshiradi, chunki bir vaqtni o ’zida bir q ancha topshiriqlarni ishlab chiqadi.
Kichik chiqish jo y i g a tashqi shina uchun ikki mustaqil shina DIB (Dual Indepent
Bus), arxitekturasi R6 da qo'lianiladi. Bu shinalardan
biri faqat ikkilamchi keshi
66
kristali bilan a lo qa qilish uchun ishlatiladi.
R6 mik ro arxitektura “ haqiqiy” protsessor modellari qatorida ishlatiladi. U
Pentium Pro dan to Pentium III gacha boshlanadi. Pentium II1-1, 13 GGtsni 1-
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