IBM BC-201 manual Channel Interface Processor, Channel Port Adapter, BC-243

Page 43

Overview of IBM Networking

CMCC Adapter Hardware

Figure 112 Cisco Mainframe Channel Connection Adapters

 

Cisco 7500

 

Channel 1/0

ESCON

 

series

 

 

 

 

 

 

with CIP

 

 

 

IP

 

 

 

Parallel channel

 

 

 

Channel 1/1

SNA

(Bus-and-Tag)

APPN

 

 

 

 

HPR

 

 

 

 

TN3270

 

 

 

 

 

Cisco 7200

 

ESCON or parallel

 

 

 

 

 

 

 

series

 

 

 

 

with CPA

 

 

 

 

 

 

 

 

 

Channel 1/0

 

LPAR1

LPAR2

APPN HPR

TCP/IP SNA

51916

Channel Interface Processor

The CIP for the Cisco 7000 with RSP7000 and Cisco 7500 series routers is designed for high-end network environments that demand high-performance, high-port density, and high-capacity solutions.

The CIP provides support for IBM ESCON and bus-and-tag parallel channel attachment using the following types of interfaces:

ESCON Channel Adapter (ECA)

Parallel Channel Adapter (PCA)

A single CIP can support up to two physical channel interfaces in any combination of either PCA or ECA. Each CIP is pre-configured with the appropriate channel adapters at manufacturing time.

The Cisco 7000 with RSP7000 and Cisco 7500 series routers support online insertion and removal (OIR), which allows you to install or remove CIPs while the system is operating.

Channel Port Adapter

The CPA is available for the Cisco 7200 series routers. The CPA expands the value of the Cisco IBM channel solution by providing channel connectivity to mid-range mainframe configurations.

The CPA is a standard, single-width port adapter that provides support for IBM ESCON and bus-and-tag parallel channel attachment using the following types of interfaces:

ESCON Channel Port Adapter (ECPA)

Parallel Channel Port Adapter (PCPA)

Each CPA provides a single channel interface (with a single I/O connector) for Cisco 7200 series routers. In some situations, this eliminates the need for a separate front-end processor (FEP).

The only differences between CMCC software applications running on the CIP and a CPA are performance and capacity. The performance difference is based upon differences in the internal bus architecture of a CIP and a CPA, and the capacity difference is based on the difference in maximum memory configurations (128 MB for CIP and 32 MB for CPA). For more information about differences between the CIP and CPA, see the “Differences Between the CIP and CPA” section on page 244.

 

 

Cisco IOS Bridging and IBM Networking Configuration Guide

 

 

 

 

 

 

 

78-11737-02

 

 

BC-243

 

 

 

 

 

Image 43
Contents BC-201 Overview of IBM NetworkingBC-202 RsrbBC-203 Configuration ConsiderationsBC-204 DLSw+DLSw Version 2 Standard DLSw StandardBC-205 UDP Unicast DLSw+ FeaturesEnhanced Peer-on-Demand Routing Feature IP MulticastBC-207 Local AcknowledgmentLLC2 Session Without Local Acknowledgment BC-208BC-209 BC-210 DLSw+ Support for Other SNA FeaturesStun Networks Stun and BstunBC-211 BC-212 Stun FeaturesBC-213 Stun BC-214BC-215 Bstun FeaturesLLC2 and Sdlc Parameters Bstun NetworksBC-216 Cisco Implementation of LLC2Cisco Implementation of Sdlc IBM Network Media TranslationBC-217 Virtual Token Ring Concept Sdllc Media Translation FeaturesBC-218 BC-219 Resolving Differences in LLC2 and Sdlc Frame SizeMaintaining a Dynamic RIF Cache Other ConsiderationsBC-220 Qllc ConversionBC-221 Cisco Implementation of Qllc ConversionBC-222 Comparing Qllc Conversion to SdllcBC-223 Other Implementation ConsiderationsBC-224 RFC 1490 Routed Format for LLC2 BNNBC-225 RFC 1490 Bridged Format for LLC2 BANBC-226 Ncia ServerBC-227 Ncia Client/Server ModelExtended Scalability Advantages of the Client/Server ModelBC-228 BC-229 Migration SupportBC-230 Dspu and SNA Service PointBC-231 Shows a router functioning as a Dspu concentratorBenefits of SNASw SNA Switching ServicesBC-232 Network Design Simplicity Reduced Configuration RequirementsScalable Appn Networks IP Infrastructure SupportBranch Extender HPR Capable SNA Routing ServicesBC-234 BC-235 Enterprise Extender HPR/IPDynamic SNA BTU Size Usability FeaturesResponsive Mode Adaptive Rate-Based Flow Control Dynamic CP Name Generation SupportConsole Message Archiving Interprocess Signal TracingManagement Enhancements User-Settable Port LimitsVirtual Token Ring LAN and IP-Focused Connection TypesMIB Support for Advanced Network Management Awareness Token Ring, Ethernet, and FddiVirtual Data-Link Control Cisco Transaction ConnectionNative IP Data-Link Control HPR/IP BC-240 Ctrc and CicsBC-241 Ctrc and DB2Benefits of Ctrc Cmcc Adapter HardwareBC-242 Channel Port Adapter Channel Interface ProcessorBC-243 BC-244 Differences Between the CIP and CPAEscon Channel Port Adapter Parallel Channel Port AdapterTCP/IP Offload Cmcc Adapter Features for TCP/IP EnvironmentsCommon Link Access to Workstation Supported EnvironmentsCisco Multipath Channel+ IP Host BackupBC-246 Cisco SNA Cmcc Adapter Features for SNA EnvironmentsBC-247 TN3270 Server Cisco Multipath ChannelBC-248 Telnet Server Functions SNA FunctionsBC-249 BC-250