ClearPath Dorado 300/400/700/800/4000/4100 Server I/O Planning ...

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PCI-Based I/O Hardware All of the I/O slots in the Internal I/O Module in the Dorado 800 are PCI-X 133MHz. In the Remote I/O Module, only three of the I/O slots are PCI-X 133MHz, the remaining three slots are PCI-X 100MHz. The SIOP-M requires the highest bandwidth. The configuration rules for the Dorado 800 must assign the SIOP-M first to the 133MHz PCI-X buses and then use the 100MHz PCI-X buses. For more information on the PCI-card slot assignments, see Section 1.3.3 I/O Expansion Module (Internal or External) for the Dorado 800. The IOP logical number to PCI-card slot assignments are the same in the Internal I/O Module and the Remote I/O Module due to the software configuration based on the PCI assignments. To keep the configurations the same for Internal I/O Modules or Remote I/O Modules, the same rules are utilized for the Host card assignments. 1.1.4. Dorado 400 Server For the Dorado 400 Server systems, the configuration contains the following: • One internal I/O cell containing − High-level high-speed Xeon® Processor MP processors − 16 GB memory − Dual-port network interface − Read-only DVD for SAIL only • One Procnode cell without processors or memory • One remote I/O cell − Read/Write DVD for OS 2200 − Up to 3 other SIOPs • One Managed LAN Switch • One Operations Server The following illustration shows the layout of the Dorado 400, 4000, and 4100 cabinet. The minimum configuration is shown with solid lines and white background, and dashed lines with gray background are used for customer-optional equipment. 1–6 3839 6586–009
1.1.5. Dorado 4000 Server Figure 1–4. Dorado 400 Series Cabinet Layout PCI-Based I/O Hardware The Dorado 4000 Server contains the following changes from the Dorado 400 Series: • Utilizes the ClearPath 4000 cell for processing. • Utilizes the PCIOP-E in the I/O Expansion Module for SIOP. • The ClearPath 4000 cell connects to the I/O Expansion Module. • The I/O Expansion Module connects to the PCI Channel Module. 3839 6586–009 1–7
Page 1 and 2: ClearPath Dorado 300/400/700/800/40
Page 3 and 4: Contents Section 1. PCI-Based I/O H
Page 5 and 6: Section 4. Tapes Contents 3.2.7. Mu
Page 7 and 8: Section 7. Peripheral Systems Secti
Page 9: Appendix D. Requesting Configuratio
Page 12 and 13: Figures 2-4. Switched Fabric Exampl
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Page 16 and 17: Tables 4-2. Performance Values for
Page 18 and 19: Tables xviii 3839 6586-009
Page 20 and 21: PCI-Based I/O Hardware The followin
Page 22 and 23: PCI-Based I/O Hardware The PCI card
Page 28 and 29: PCI-Based I/O Hardware Figure 1-7.
Page 30 and 31: PCI-Based I/O Hardware 1.2.1. PCI S
Page 34 and 35: PCI-Based I/O Hardware 1.2.4. Dorad
Page 36 and 37: PCI-Based I/O Hardware Example Figu
Page 38 and 39: PCI-Based I/O Hardware Example The
Page 40 and 41: PCI-Based I/O Hardware The Remote I
Page 44 and 45: PCI-Based I/O Hardware 1.3.6. PCI H
Page 46 and 47: PCI-Based I/O Hardware • Slot 7 i
Page 48 and 49: PCI-Based I/O Hardware FIBRE 6, 5,
Page 52 and 53: PCI-Based I/O Hardware 3. If you cl
Page 54 and 55: PCI-Based I/O Hardware Style 1.4.2.
Page 56 and 57: PCI-Based I/O Hardware LED Status S
Page 58 and 59: PCI-Based I/O Hardware Style The fo
Page 60 and 61: PCI-Based I/O Hardware The PXFA-MM
Page 62 and 63: PCI-Based I/O Hardware Gigabit Ethe
Page 64 and 65: PCI-Based I/O Hardware Table 1-11.
Page 66 and 67: PCI-Based I/O Hardware • Green 10
Page 68 and 69: PCI-Based I/O Hardware • Off No l
Page 70 and 71: PCI-Based I/O Hardware Style LED LC
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PCI-Based I/O Hardware Style CSB Ha
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PCI-Based I/O Hardware − Connecte
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Channel Configurations Table 2-1. A
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Channel Configurations Figure 2-1.
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Channel Configurations SAN Characte
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Channel Configurations The OS 2200
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Channel Configurations Figure 2-5.
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Channel Configurations For each hos
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Channel Configurations • There ar
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Channel Configurations 2.1.5. T9x40
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Channel Configurations OS 2200 View
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Channel Configurations Larger Pools
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Channel Configurations Table 2-9. S
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Channel Configurations The performa
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Channel Configurations Channel Tabl
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Channel Configurations 2.2. SCSI Fi
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Channel Configurations SCSI Device
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Channel Configurations The followin
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Channel Configurations The actual c
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Channel Configurations Directors an
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Channel Configurations Table 2-13.
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Channel Configurations Control of C
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Channel Configurations 2.4. FICON F
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Channel Configurations Therefore, i
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Channel Configurations Table 2-16.
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Mass Storage EMC Symmetrix systems
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Mass Storage Figure 3-2. Daisy-Chai
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Mass Storage 3.2.3. I/O Command Que
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Mass Storage IOCQ can cause some I/
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Mass Storage Figure 3-7. Single-Cha
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Mass Storage 3.3. OS 2200 Miscellan
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Mass Storage 3.4. EMC Hardware Conn
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Mass Storage Data is stored on disk
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Mass Storage 3.5.1. Definitions •
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Mass Storage What has the hamburger
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Mass Storage Transfer Rate Transfer
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Mass Storage Table 3-1. Word-to-Kil
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Mass Storage Notes: • “Waiting
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Mass Storage Channel/Device Queue T
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Mass Storage As the primary host wr
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Mass Storage A disadvantage is that
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Mass Storage Example A primary site
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Tapes Table 4-1. 36-Track Model Per
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Tapes 4.2.4. T9840/9940 Performance
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Tapes SORT/MERGE ROLOUT Prior to th
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Tapes Most customers run with compr
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Tapes Repositioning of the tape dri
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Tapes 4.3.8. Synchronization Synchr
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Tapes The I/O set up time has a lar
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Tapes Phase 2 The following table s
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Tapes − BUFON. This is the defaul
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Tapes FAS • IRU speeds up short,
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Tapes IRU The advantage of TIMER va
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Tapes FAS For more information on I
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Tapes A successful data encryption
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Tapes STDM provides for automatic e
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Performance The term “sustained b
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Performance Figure 5-2. Dorado 700,
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Performance The PCI Expansion Rack
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Performance Measuring System Perfor
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Performance 5.2. SIOP The SIOP is t
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Performance Figure 5-5. SIOP-M: Dor
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Performance Figure 5-10. SIOP Fibre
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Performance Tapes Figure 5-15. SIOP
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Performance Figure 5-18. SIOP SBCON
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Performance 5.6. Tape Drives per Ch
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Performance 5.8.3. Single I/O Modul
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Performance 5-24 3839 6586-009
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Storage Area Networks Topologies Fi
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Storage Area Networks Table 6-2 is
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Storage Area Networks There are sev
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Storage Area Networks The port on t
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Storage Area Networks Crossroads Co
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Storage Area Networks 12-Bit Addres
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Storage Area Networks FS keyins can
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Storage Area Networks 24-bit SAN Ad
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Storage Area Networks Put each Clea
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Storage Area Networks 6.6.5. Multih
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Storage Area Networks 6-22 3839 658
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Peripheral Systems Caution Unisys s
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Peripheral Systems The Ultrium 2 me
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Peripheral Systems The T9840D tape
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Peripheral Systems 7.1.4. T9840D an
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Peripheral Systems Considerations f
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Peripheral Systems 7.1.6. T9840A Ta
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Peripheral Systems Tape Format IBM
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Peripheral Systems The Exec provide
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Peripheral Systems Writing Tapes—
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Peripheral Systems Tape cartridges
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Peripheral Systems • Sort/Merge c
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Peripheral Systems 7.1.14. 4125 Ope
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Peripheral Systems 7.3. EMC Symmetr
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Peripheral Systems Table 7-6. EMC S
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Peripheral Systems Functionality Th
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Peripheral Systems The CLARiiON CX
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Peripheral Systems Figure 7-2. CLAR
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Peripheral Systems CX200 CX600 CX40
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Peripheral Systems 7-38 3839 6586-0
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Cabling The part number for the cab
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Cabling Cables with straight-tip (S
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Cabling The following are the two s
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Cabling 8.4. FICON Standard Fibre C
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Cabling Table 8-3. Supported XIOP a
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Peripheral Migration 9.2. I/O Proce
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Peripheral Migration Model Descript
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Peripheral Migration 9.4.3. End-of-
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Peripheral Migration Disks Descript
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Peripheral Migration The following
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Peripheral Migration For the follow
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Peripheral Migration Notes: • Be
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Peripheral Migration Table 9-12. SI
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Peripheral Migration 9.8. Network I
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Peripheral Migration 9.9.3. Traditi
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Fibre Channel Addresses Table A-1.
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Fibre Channel Addresses Table A-1.
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Fibre Channel Addresses A-6 3839 65
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Fabric Addresses The following tabl
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Fabric Addresses Port Location (dec
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Fabric Addresses Table B-2. Older M
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Fabric Addresses Table B-3. Newer M
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Fabric Addresses B-24 3839 6586-009
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Key Hardware Enhancements by Softwa
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Requesting Configuration Assistance
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Index Unit Duplexing, 7-32 Clock Sy
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Index overview, 3-1 path, 3-2 subsy
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Index port addresses, 6-5 storage d
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Index Index-8 3839 6586-009
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