CU CS Dept Solbourne Collection

S4000

S4000DX

Series 5E/501

Series 5E/602

Series 6/602

Series 6/904

Series 6E/903

	'haxrus'
	Series6E/903 (3-cpu 50MHz TI Viking)
	1GB RAM (2x256MB, 4x128MB)

	'eieio'
	Series6/701
	128MB RAM
	MCAB
	Cougar SCSI
	15 Toshiba CDROM drives
	several crummy disks and 1 good one

	4 SCSI channels:
		I/O board
		MCAB SCSI
		2 on the Cougar
	2 ethernets
		I/O Board
		MCAB enet
	
	

Chassis's

Series 500

Series 600

Series 700

Series 900

Series 810 (SCSI box)

CPU and I/O boards

Series4 cpu (none in use)

Series5 cpu (none in use)

Series5E cpu

Series6 cpu

Series6E cpu

MCAB

AJ - DR rev I/O Boards

Memory

16MB

32MB

128MB

256MB

S4000 Memory Expander board

S3000 Memory Expander board

Video/FrameBuffer

bw2 (SBus)

sga20 (SBus)

sga40 (SBus - none in use)

cg30

cg40 (none in use)

Disk Controller

Interphase 4220 "cougar" SCSI

Xylogics 753 SMD (not presently in use)

Xylogics SV7800 IPI controller

Networking and Communications

Interphase 4221 FDDI (not presently in use)

Xylogics 781 MUX

Interphase 4207 "eagle" ethernet

Sun X453A ethernet (SBus)

512MB Memory boards

2GB Memory boards (Matsushita is the only one)

KBus floppy controller (non-production)

Series7 cpu (non-production)

KBus Interconnection system

don't know how far this got in development, but it was a system that interconnected KBus chassis' to expand the number of usable slots. I could sure use one to link 2 /900s together to get more than 1GB RAM, you know ;-}

Series6 using an MBUS module instead of onboard CPU/MXCC

if anyone has tried this, please let me know. I've been tempted to buy a Sun SM41 MBUS module to try it out. This is how they tested the Series6 boards when sampling on the Viking chips was low and Solbourne had only a single Viking chipset.

Individual members of CSOps have the following system types for personal home machines:

S3000

S4000

S4000DX

Series5/501

Series5E/501

Series6/501

Series6/601