Compaq ProLiant 1000 PCI Bus Numbering in a Microsoft Windows NT Environment - Page 17

Planning a PCI System Configuration

Page 17 highlights

PCI Bus Numbering in a Microsoft Windows NT Environment 17 Table 5. PCI bridged and no-bridged controllers (continued) PCI Bridged Controllers Non-Bridged Controllers Compaq Fibre Channel Controllers - Fibre Channel Host Controller Compaq Network Interface Controllers NC3122 Fast Ethernet NIC NC1120 Ethernet NIC NC3131 10/100 Dual Port Modular Base NC3120 10/100 TX Fast Ethernet NIC NC3134 Fast Ethernet NIC NC3121 Fast Ethernet NIC Netelligent Dual 10/100 TX PCI UTP Controller NC3123 Fast Ethernet Network Adapter PCI 10/100 Wake-on-LAN - NC4621 Token Ring NIC - NC6134 Gigabit NIC - NetFlex-3 and Netelligent Controllers (excluding Dual Port) - NetFlex-3 and Netelligent Controllers (excluding Dual Port) Compaq Management Devices Compaq Remote Insight Board/PCI - Compaq Remote Insight Board Lights-Out - Edition Other Devices - Most Video Controllers For a complete listing of supported controllers, visit the Compaq website: • Network interface controllers, http://www.compaq.com/products/networking/nics/ • Storage controllers, http://www.compaq.com/products/servers/storage Planning a PCI System Configuration Modifying a multi-controller configuration and understanding what happens to specific physical devices can be confusing in a PCI-based network server. Spending a little planning time up front to become familiar with the server slot and bus configuration can prevent you from having to take unnecessary time later trying to troubleshoot configuration mismatches. In many cases, it completely prevents mismatches from occurring. Note: PCI bus number assignment changes only if PCI bridge devices are added or removed from the system. Compaq recommends adding controllers to slots in the order in which the slots appear on the bus. Following this recommendation prevents the occurrence of the scenarios discussed in the "PCI Test Configurations with ProLiant Servers" section of this paper. Such occurrences are most likely when controllers are added to an existing server configuration out of order, leaving vacancies between slots that reside on the same bus. 13UK-1200A-WWEN

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PCI Bus Numbering in a Microsoft Windows NT Environment
17
13UK-1200A-WWEN
Table 5. PCI bridged and no-bridged controllers
(continued)
PCI Bridged Controllers
Non-Bridged Controllers
Compaq Fibre Channel Controllers
-
Fibre Channel Host Controller
Compaq Network Interface Controllers
NC3122 Fast Ethernet NIC
NC1120 Ethernet NIC
NC3131 10/100 Dual Port Modular Base
NC3120 10/100 TX Fast Ethernet NIC
NC3134 Fast Ethernet NIC
NC3121 Fast Ethernet NIC
Netelligent Dual 10/100 TX PCI UTP Controller
NC3123 Fast Ethernet Network Adapter PCI 10/100
Wake-on-LAN
-
NC4621 Token Ring NIC
-
NC6134 Gigabit NIC
-
NetFlex-3 and Netelligent Controllers (excluding Dual
Port)
-
NetFlex-3 and Netelligent Controllers (excluding Dual
Port)
Compaq Management Devices
Compaq Remote Insight Board/PCI
-
Compaq Remote Insight Board Lights-Out
Edition
-
Other Devices
-
Most Video Controllers
For a complete listing of supported controllers, visit the Compaq website:
Network interface controllers,
Storage controllers,
Planning a PCI System Configuration
Modifying a multi-controller configuration and understanding what happens to specific physical
devices can be confusing in a PCI-based network server.
Spending a little planning time up front
to become familiar with the server slot and bus configuration can prevent you from having to take
unnecessary time later trying to troubleshoot configuration mismatches.
In many cases, it
completely prevents mismatches from occurring.
Note:
PCI bus number assignment changes only
if PCI bridge devices are added or removed
from the system.
Compaq recommends adding controllers to slots in the order in which the slots appear on the bus.
Following this recommendation prevents the occurrence of the scenarios discussed in the “PCI
Test Configurations with ProLiant Servers” section of this paper. Such occurrences are most
likely when controllers are added to an existing server configuration out of order, leaving
vacancies between slots that reside on the same bus.