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Embedded Processor Information (16 & 32 bits)

These tables need some updating but are fairly complete
up through 2001.

ARM Hobbit Intel i960 Intel i860 AMD 29K
x86 MIPS NEC Sparc PA-RISC
Motorola 68K Power PC Hitachi Sh National Semi Sh Boom
    Coldfire    
         
Processor
Date
(ship)
Bits
(i/d)
Clock
(MHz)
Dhry (2.1)
Units /
Issue
Pipe Stages
int/ldst/fp
Cache (i/d)
Vdd
(V)
Tech
(um)
M
e
t
Power (W)
Size
(mm2)
Xsistors
10^3
MIPS
D/sec
kB
Assoc
peak
typ
ARM
60
94
32
45
40

1/1
3/na/na
na
na
5.0
0.6
2

0.42
16
43
610
93
32
25

35k
1/1
3/na/na
4 u.
64
5.0
1.0
2
0.5
0.5
71
360
610
94
32
33
30
45k
1/1
3/na/na
4 u.
64
5.0
0.6
2

0.5
26
360
710
94
32
33

45k
1/1
3/na/na
8 u.
4
5.0
0.8
2
0.5
0.5
46
570
710
94
32
40
36
56k
1/1
3/na/na
8 u.
4
5.0
0.6
2

0.5
34
570
710
94
32
25
23
35k
1/1
3/na/na
8 u.
4
3.0
0.6
2

0.12
34
570
810
95
32
75
80
120k

5/na/na
8 u.
4?

0.5
3

0.5


Butterfly
95
32
15


1/1
3/na/na
na
na
3.3
0.7
3
0.5

30

Spider
95
32
20


1/1
3/na/na
na
na
3.3
0.7
3
0.5

32

Mantis
95
32
20


1/1
3/na/na
na
na
3.3
0.7
3
0.5

56

SA-110
96
32
160
185
~325k
1/1
5/na/na
16/16
32/32
1.65
0.35
3

0.5
50
2100
200
230
~400k
2.0

0.9
Hobbit
92010
92
32
20


1/1
3/na/na


3.3
0.9
2
0.25



92020S
94
32
20

16
1/1
3/na/na
6 u.?

3.3
0.6
2
0.21

125
640
Intel
960
SA

32
20
9

1/1
?/na/na
0.5/0

5.0
1.0
2

1.1
51
350
SB

32
20
9


?/na/?
0.5/0


1.0
2


51?

KA

32
25


1/1
?/na/na
0.5/?








KB

32
25


2/1
?/na/?
0.5/?


1.5




280
JA

32
33
28



2/1

3.3
0.8
3

0.5
64
750
CA
92?
32
40
35

4/2-
?/?/na
1/1.5
2/?





143
600
CF
94?
32
40
58
62k


4/1


0.8
2


125
900
MM
92?
32
33
50

4/2-
?/na/?







272
1500
HD
95
32
66
110



16/8
4/4
3.3
0.6
4


100
2300
HT
95
32
75
120



16/8
4/4
3.3
0.6
4

4.5
100
2300
29k
29000

32
30
40
36k
1/1
4/na/na
na
na
5.0
1.2
2



210
29040

32
50
67


4?/na/na
8/4

3.3
0.7
3

1.7
89
1200
29050
90
32
40
55

4/1
3/na/3
na
na

0.8



168
428
                                 
x86
Polar
94
v/32
33
6

1/1

2 u.?

3.3
0.8
3

0.55


A386SC
94
v/32
33
6

1/1

na
na
3.3
0.7
2

0.55

335
NS486
95
v/32
25
12

1/1
3/3/na
1/0

3.3
0.65
3

0.26
30
256
486SXSF
96
v/32
33
15

1/1



2.0
0.8
2

0.3


486GXSF
96
v/32
33
18

1/1

8 u.

3.3
0.8
2

0.52


Intel
860
89
32
40


2/2-
?/na/?
4/8
2/2

1.0
2


150
1000+
MIPS
R3051
91
32
40
35
64k
1/1
5/na/na
4/2
1/1



2.4



R3052
91
32
40
35
64k
1/1
5/na/na
8/2
1/1
5.0


2.4

68
500
LR33000
91
32
40


1/1
?/na/na
8/1




3.0


700
R4100
95?
64
40
~40

1/1

2/1

3.3
0.5
3

0.12
25
450
R4300i
95
64
133
~160

1/1
5/na/5
16/8
1?/1?
3.3
0.35
3

2.2
45
1700
R4650
96
64
133
175



8/8

3.3
0.6
3

3.8
56
1050
NEC
V810
93
32
16

11.5
2/1

1 u?

3.3
0.8
2

0.1
53
240
V820
94
32
25

18
2/1

1 u?

5
0.8
2

0.75
114
380
Sparc
SparcLite
91
32
40




2/2
2/2

0.8

3.0

79
500
PA-RISC
W89K
94
32
50
64
100
1/1
5/5/na
2/2
128/
128
5
0.6

2.6

87
480
68k
68EC040

v/32
40
44

1/1

4/4

5.0
0.65
3

4.5
163
1170
68EC060
95
v/32
50
90

2?/2

8/8

3.3
0.5
3


217
2530
Power
PC
401GF
96
32
25
25


3/3?/na
2/1

2.5
0.5
3

0.04
22

96
50
52



3.3
0.5
3

0.14
22

96
75




3.3
0.5
3


22

97
100




3.3






403GA
94
32
25

55k
3/2
4/5/na
2/1
2/2
3.3
0.5
3
0.66

40
585
95
32
33
41
72k
3/2
4/5/na
2/1
2/2
3.3
0.5
3

0.27
40
585
403GB
95
32
28
35
61k
3/2
4/5/na
2/1
2/2
3.3
0.5
3

0.2
37
500
403GC
95
32
33
41
72k
3/2
4/5/na
2/1
2/2
3.3
0.5
3

0.3
40
635
MPC505
94
32
25
46
51k
4/1
4/5/6
4/4
2/2
3.3


0.53



602
95
32
66
70

4/2
4?/5?/6?
4/4
2/2
3.3
0.5
4

1.2
50
1000
MPC821
95
32
40/25
52/33

1/1
4?/5?/6?
4/4
2/2
3.3



0.54


MPC860
95
32
40/25
52/33


4?/5?/na
4/4
2/2
3.3
0.5
3

0.54
25
1800
Hitachi
SH
SH-II
93
16/32
28.7
25
44k
1/1
5/5/na
4 u
4
5
0.8
2
0.4

~100

7604 (II?)

15/32
20
20

1/1

4 u

3.3
0.8
2

0.24
82
450
7702 (III)
94
16/32
45
45

1/1
5/5/na
2 u
1
3.3
0.5
3
0.45
0.3
36

7708 (III)
94
16/32
60
60
105k
1/1
5/5/na
8 u
4
3.3
0.5
3
0.6
0.4
44
800
96?
100
100



Nat.
Semi.
Pirahna16
95
v/32
30

33k(A)





0.8
2




Pirahna32
95
v/16
30

43k(A)





0.8
2




Sh Boom
PSC1000
96
8/32
50
~20





5.0
0.8
2

0.25
68

Coldfire
5102
95
v/32
25
19



2/1

3.3
0.6
3

0.9


5202
96
v/32
33
25



2 u.

5
0.65
3




5203
96
v/32
33
24



2 u.

5
0.65
3




5204
96
v/32
33
13



0.5/0.5

5
0.65
3





95
v/32
50

44


4 u.

3.3
0.5
3





Power: peak power numbers used when available, else estimated from average power. Easier to find peak, rather than average.
Units: Functional units NOT including "system" unit; Issue: Peak instructions issued per cycle; "-": Indicates limitations on peak issue rate.
Cache: On-chip cache.
A: This figures are for Dhrystone 1.1.

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