RS/6000 Trivia

The code (Kenneth)
Model        CPU Clock   Bus     Form
7006     80-120MHz  MCA  Entry Desktop
7006     Overview IBM RS/6000
   41T
   41W
   42T
   42W



7007-N40 IBM RS/6000 Model N40


7008     Overview IBM RS/6000
7008     Overview IBM RS/6000
   M2A
   M20


7009 User's Guide  80-120MHz  MCA  Deskside
7009 Overview IBM RS/6000 Compact Server
   Compact Server Model C10
   Compact Server Model C20


7010     Overview IBM RS/6000
   120
   130
   140
   150
   160


7011 User's Guide 33-80MHz   MCA  Wrkstn
7011     Overview IBM RS/6000
   22W
   220
   23S
   23T
   23W
   230
   25E
   25F
   25S
   25T
   25W
   250


7012  20-200MHz  MCA  Desktop
300 Series User's Guide
G Series User's Guide
7012     Overview IBM RS/6000
   G02
   G30
   Enterprise Server Model G40
   32H
   320
   34H
   340
   350
   355
   36T
   360
   365
   37T
   370
   375
   380
   39H
   390
   Workstation/Server Model 397


7013     20-200MHz  MCA  Deskside
J Series User's Guide
7013     Overview IBM RS/6000
   J01
   J30
   Enterprise Server Model J40
   Enterprise Server Model J50
   Enterprise Server S70 Advanced Model S7A
   Enterprise Server Upgrade Model S70
   52H
   520
   53H
   530
   540
   55L
   550
   560
   570
   58H
   580
   59H
   590
   591
   Deskside Server Model 595


7014     Overview IBM RS/6000
   S00
   T00
   T42


7015     25-200MHz  MCA  Rack
7015     Overview IBM RS/6000
   R00
   R10
   R20
   R21
   R24
   R3U
   R30
   R4U
   Enterprise Server Model R40
   R5U
   Enterprise Server Model R50
   Enterprise Server S70 Advanced Model S7A
   Enterprise Server Upgrade Model S70
   930
    950
   97B
   970
   98B
   980
   99J
   99K
   990


7017    125-450MHz  PCI  Enterprise
7024    100-233MHz  PCI  Deskside
7025    166-375MHz  PCI  Wrkstn/WrkGp Svr
7026    166-500MHz  PCI  Wrkgp Svr- Rack


7030                MCA
7030     Overview IBM RS/6000
   3AT
   3BT
   3CT
   Workstation Upgrade Model 397


7043    166-375MHz  PCI  Wrkstn/Wrkgp Svrs
7044    333-400MHz  PCI  Wrkstn/Wrkgp Svrs
7046    375MHz      PCI  Wrkgp Svr- Rack
SP/1,2  All Node Types (???)


POWER2 TECHNOLOGY
The POWER2 technology implemented in this machine is a
next-generation, multi-chip RISC processor implementation of the
POWER Architecture (TM).  The processor chips are fabricated in
.5-micron, 4-level metal/1-level polysilicon CMOS 4S and are packaged
on a single, multi-chip ceramic module.
       Like the POWER2 technology introduced in September 1993, the
primary features of the system include:
o   32KB, two-way set associative instruction cache and a multi-port,
    128KB four-way set associative data cache.
o   Dual fixed-point execution units and dual floating-point,
    multiply-add-divide units.  The architecture provides a quad word
    floating-point load/store instruction, convert-to-integer
    instruction, square root instruction, new address translation,
    and a new interrupt structure.
o   Hardware performance monitors accessible by software.
o   Memory interface is four-words wide and supports memory up to 2GB
    (memory interface on Models  58H and 590 is eight-words wide).
o   Binary-compatible with previous IBM RISC System/6000 systems.

LEVEL 2 (L2) CACHE
   The introduction of a Level 2 (L2) cache, in addition to the already- resident L1 cache, provides significant performance improvements to many applications.   The standard 1MB L2 cache, much larger than the L1 cache, accommodates large programs and increases the probability that the next instruction or data can be found in the cache, avoiding the access of main memory.  The L2 cache, L1 cache, and main memory, provide a three-level hierarchy of memory that provides the best balance of cost and performance efficiency for most commercial and technical customers.  Existing AIX/6000 application programs will, in general, exploit the new L2 cache without being recompiled.
 
 

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