CDC Cyber Models

This information was collected from multiple sources but the orimary is Cray-Cyber.org

CDC Model	Year Introduced	Cost Indicator	CPU Type	Inst. Size	CPU Cycle	Mem Cycle	Mem Banks	Cache Words	Max Mem CM/SCM	max ECS/LCM/UEM

1600 Series

1604	1959		48-bit						32kW
160A	1959		12-bit

3000 Series

3100			24-bit
3170			24-bit						128kW
3200			24-bit			1250			128kW
3300			24-bit x2						256kW
3500			24-bit x2						256kW

3400
3600			48-bit			1400			256kW
3800			48-bit						256kW

6200			unified	-	100	1000	16	-	64kW	2MW
6400			unified	-	100	1000	32	-	128kW	2MW
6500			2x uni	-	100	1000	32	-	128kW	2MW
6600	1964	8.8	10 FU	8	100	1000	32	-	128kW	2MW
6700			uni+10FU	-/8	100	1000	32	-	128kW	2MW
7600	1968		9 FU	12	27.5	275	32	-	64kW	512kW

CYBER Series

Cy 71			uni /x2	-
Cy 72			uni /x2	-
Cy 73			unified	-
Cy 74			2x uni	-
Cy 76=7600			9 FU	12	27.5	275	32	-	64kW	512kW

Cy171	1977		uni /x2	-	50	400	16-Aug	-	256kW	2MW
Cy172	1973		uni /x2	-	50	400	16-Aug	-	256kW	2MW
Cy173	1973		unified	-	50	400	16-Aug	-	256kW	2MW
Cy174	1973		2x uni	-	50	400	16-Aug	-	256kW	2MW
Cy175	1973		9 FU	12	25	400	16	-	256kW	2MW
Cy176	1977		9 FU	12	27.5	82.5	16	-	256kW	2MW

170-720	1979		uni /x2	-	50	400	8	-	256kW	2MW
170-730	1979		uni /x2	-	50	400	8	-	256kW	2MW
170-750	1979		9 FU	12	25	400	8	-	256kW	2MW
170-760	1979		9 FU	12	25	200	8	-	256kW	2MW
170-176	1979		9 FU	12	27.5	82.5	16	-	256kW	2MW
170-815		0.1
170-825		0.2
170-835		0.7	unified	3	56	448	8	2k/4k	2MW	2MW
170-845		1
170-855		1.5	unified	12	64	448	8	2k/4k	2MW	2MW
170-865		2.2	9 FU /x2	12	25	200	8	-	1MW	2MW
170-875		2.9	9 FU /x2	12	25	75	16	-	1MW	2MW

180-810	1983	0.1	unified P1	2	50	1200	4-Feb	-	2MW	8MW
180-815			unified P1	2	50	400	4-Feb	-	2MW	4MW
180-825			unified P1	2	50	400	4-Feb	-	2MW	4MW
180-830	1983	0.2	uni /x2 P1	2	50	400	4-Feb	2k/4k	2MW	8MW
180-835		0.7	unified P2	3	56	448	8	2k/4k	2MW	2MW
180-840	1984	0.6	unified P3	12	64	384	8	2k/4k	2MW	16MW
180-845	1983	1	unified P3	12	64	448	8	2k/4k	2MW	2MW
180-850	1984	0.8	unified P3	12	64	384	8	2k/4k	2MW	16MW
180-855	1982	1.5	uni /x2 P3	12	64	448	8	2k/4k	2MW	2MW
180-860	1981	1.2	uni /x2 P3	12	64	384	8	2k/4k	2MW	16MW
180-870	1981		2x uni P3	12	64	384	8	2k/4k	2MW	16MW
180-930		0.1	uni /x2 P0	3	50	400	4	2k/4k	-	16MW
180-960	1989	1.2	uni /x2 P3P	12	11.2	358.4	8	2k/4k	2MW	32MW
180-990	1984	2.1	5FU/x2theta	64	16	64	8	4k	2MW	32MW
180-995	1987		5FUx2 theta	64	16	64	8	4k	2MW	32MW

2000S	1990		11FU/x2 thet	192	9	193	16-64	16k	-	64MW
2000V	1990		11FU/x2 thet	192	9	37	16-64	16k	-	32MW

205-411		5.9	1 pipe		20				-	1MW
205-412		6.6	2 pipe		20				-	1MW
205-422		8.9	2 pipe		20				-	2MW
205-424		10.5	4 pipe		20				-	2MW
205-442		12.9	2 pipe		20				-	4MW
205-444		14.5	4 pipe		20				-	4MW
205-611		5	1 pipe		20				-	1MW
205-612		5.7	2 pipe		20				-	1MW
205-622		6	2 pipe		20				-	2MW
205-642		6.6	2 pipe		20				-	4MW
205-644		8.2	4 pipe		20				-	4MW
205-682		7.8	2 pipe		20				-	8MW
205-684		9.4	4 pipe		20				-	8MW
205-6S2		10.2	2 pipe		20				-	16MW
205-6S4		11.8	4 pipe		20				-	16MW

per pipe = 50 MFLOPS theoretical max speed 64 bit

per pipe = 100 MFLOPS theoretical max speed 32 bit

per pipe = 100 MFLOPS linked triad theoretical max speed 64 bit

per pipe = 200 MFLOPS linked triad theoretical max speed 32 bit