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Catalyst 6500 ChassisChassis Architecture - 6503/6503-EPower SupplyFan TrayPower SupplySLOT 1SLOT 2SLOT 3ClockClockEEPROMDual ChannelsDual ChannelsDual ChannelsSwitch FabricShared BusSupervisorSlotsThe three slot chassis supports a Supervisor in either Slot 1 or 2 - Power supplies are installed into the rear of the chassis - a power entry module (PEM) is used at the front of the chassis to provide an interface from the power cable to the power supplies at the back of the chassisNOTE: A Different PEM is used for the 1400W Power Supply to the 950W Power SupplyNote: Supervisor 2T requires the E-Series ChassisCatalyst 6500 ChassisThe Chassis

Catalyst 6500 ChassisChassis Architecture - 6504-EPower SupplyFan TrayPower SupplySLOT 1SLOT 2SLOT 3ClockClockEEPROMDual ChannelsDual ChannelsDual ChannelsSwitch FabricShared BusThe four slot chassis supports a Supervisor in either Slot 1 or 2 - Power supplies are installed into the rear of the chassisSupervisorSlotsSLOT 4Dual ChannelsCatalyst 6500 ChassisChassis Architecture - 6506/6506-EPower Supply Fan TrayPower SupplySLOT 1SLOT 2SLOT 3ClockClockEEPROMDual ChannelsDual ChannelsDual ChannelsSwitch FabricShared BusSLOT 4Dual ChannelsSLOT 5Dual ChannelsSLOT 6Dual ChannelsSupervisorSlotsThe six slot chassis supports a Supervisor in either Slot 5 or 6

Power supplies are installed in the bottom of the chassisNote: Supervisor 2T requires the E-Series ChassisCatalyst 6500 ChassisChassis Architecture - 6509/6509-EPower Supply Fan TrayPower SupplySLOT 1SLOT 2SLOT 3ClockClockEEPROMDual ChannelsDual ChannelsDual ChannelsSwitch FabricShared BusSLOT 4Dual ChannelsSLOT 5Dual ChannelsSLOT 6Dual ChannelsSLOT 7Dual ChannelsSLOT 8Dual ChannelsSLOT 9Dual ChannelsSupervisorSlotsThe nine slot chassis supports a Supervisor in either Slot 5 or 6

Power supplies are installed in the bottom of the chassisNote: Supervisor 2T requires the E-Series ChassisCatalyst 6500 ChassisChassis Architecture - 6509-NEB-A, 6509-V-EPower SupplyPower SupplySLOT 1ClockClockEEPROMFan TrayFan TraySLOT 2SLOT 3SLOT 4SLOT 5SLOT 6SLOT 7SLOT 8SLOT 9Dual ChannelsDual ChannelsDual ChannelsDual ChannelsDual ChannelsDual ChannelsDual ChannelsDual ChannelsDual ChannelsSwitch FabricShared BusThe nine slot vertical chassis supports a Supervisor in either Slot 5 or 6

Power supplies are installed in the bottom of the chassis

This chassis incorporates redundant fan trays

The 6509-NEB-A does not support the Supervisor 2TWe have 18 Fiber channel Catalyst 6500 ChassisChassis Architecture - 6513Power SupplyFan TrayPower SupplySLOT 1SLOT 2SLOT 3ClockClockEEPROMSingle ChannelSingle ChannelSingle ChannelSwitch FabricShared BusSLOT 4Single ChannelSLOT 5Single ChannelSLOT 6Single ChannelSLOT 7Single ChannelSLOT 8Single ChannelSLOT 9Dual ChannelsSLOT 10Dual ChannelsSLOT 11Dual ChannelsSLOT 12Dual ChannelsDual ChannelsSLOT 13Power SupplyFan TrayClockClockThe thirteen slot chassis supports a Supervisor in either Slot 7 or 8

Power supplies are installed in the bottom of the chassis

Slots 1-8 have a single fabric channel

Slots 9-13 have dual fabric channelsWe have 1 8 fiber channel , whichIs distributed across 13 slotesCatalyst 6500 ChassisChassis Architecture 6513-EPower SupplyFan TrayPower SupplySLOT 1SLOT 2SLOT 3ClockClockEEPROMDual ChannelsDual ChannelsDual ChannelsSwitch FabricShared BusSLOT 4Dual ChannelsSLOT 5Dual ChannelsSLOT 6Dual ChannelsSLOT 7Dual ChannelsSLOT 8Dual ChannelsSLOT 9Dual ChannelsSLOT 10Dual ChannelsSLOT 11Dual ChannelsSLOT 12Dual ChannelsDual ChannelsSLOT 13Power SupplyFan TrayClockClockThe Dual Channels in slots 1-6 can only be used with Supervisor 2T

Slots 7 and 8 are Supervisor-only when using the Supervisor 2T

The fan tray is removed from the back

When using a Supervisor 720, the fabric channels are distributed the same as in a 6513 non-E chassisFAN TRAY OVERVIEW

There are two parts to the processing functionality of the Switch - the Control Plane and the Data PlaneSWITCH CONTROL PLANESWITCH DATA PLANESwitch Features that are processed in SOFTWARE by a CPU

There are two control planes the Switch Processor Control Plane (SP) which processes software based Layer 2 features the Route Processor Control Plane (RP) which processes software based Layer 3 featuresSwitch Features that are processed in HARDWARE by Application Specific Integrated Circuits (ASICs)

FAN TRAYOVERVIEWAgenda TopicsCatalyst 6500 Fan TraysOverview

Fan Trays are used to draw cool air into chassis to cool components- Typically mounted vertically down left side of chassis (6509-NEB-A and 6509-V-E are exceptions)- Right to Left airflow- Three Fan Tray Types

Standard Fan TrayUsed in base Catalyst 6500 Chassis

High Speed Fan (Fan2)Used in base Catalyst 6500 Chassis with Supervisor 720 and Supervisor 32

E Series FANUse in Catalyst 6500 E series ChassisFan Tray Types ARE NOT interchangeable outside of their supported chassis typesCatalyst 6500 Fan TraysFan2

Fan Tray 2 is a new HIGH SPEED fan for non E series chassisFan2 is designated for use in the following chassis

Catalyst 6503 Catalyst 6506 Catalyst 6509 Catalyst 6513

Fan designation in chassis is noted on the FAN

Mandatory for use in chassis running a Supervisor 720 or Supervisor 32

Also mandates a minimum power supply of 2500W or higher

Catalyst 6500 Fan Trays6513-E-FanPOWER SUPPLY OVERVIEW

There are two parts to the processing functionality of the Switch - the Control Plane and the Data PlaneSWITCH CONTROL PLANESWITCH DATA PLANESwitch Features that are processed in SOFTWARE by a CPU

There are two control planes the Switch Processor Control Plane (SP) which processes software based Layer 2 features the Route Processor Control Plane (RP) which processes software based Layer 3 featuresSwitch Features that are processed in HARDWARE by Application Specific Integrated Circuits (ASICs)

POWER SUPPLYOVERVIEWAgenda TopicsCatalyst 6500 Power SuppliesPower Supplies

Power Supplies for six, nine and thirteen slot chassis are located at front bottom of chassis

Power Supplies for three and four slot chassis are located in the rearAC Power SuppliesDC Power Supplies1400W2700W3000W4000W6000W8700W950W2500W2700W4000W6000WBLUE = 6503ERED = 6504EBLACK = 6506E, 6509E, 6509-V-E, 6513 and 6513-ECatalyst 6500 Power Supplies6000W Power Supply

1 x 110V Input = No Power2 x 110V Input = 2900W1 x 220V Input = 2900W2 x 220V Input = 6000W6000 Watt Power Supply (WS-CAC-6000W)Currently there is only an AC version of the 6000W Power Supply

All inputs to the power supply are single phase

Each input supports a max of 17.6A

Max chassis heat dissipation ~ 24K BTU/hr

Supported in all six, nine and thirteen slot chassis

In non E series 6506 and 6509, only 4000W can be obtained from this power supply (due to backplane limitation). In 6509-NEB-A the maximum is 4500W.16Catalyst 6500 Power Supplies8700W Power Supply

1 x 110V Input = No Power2 x 110V Input = 2800W3 x 110V Input = 4200W1 x 220V Input = 2800W2 x 220V Input = 5800W3 x 220V Input = 8700W8700 Watt Power Supply (WS-CAC-8700W-E)There will only be an AC version of the 8700W Power Supply

All inputs to the power supply are single phase

Each input supports a max of 17.6A (3 inputs)

Max chassis heat dissipation ~ 37K BTU/hr

Supported in all six, nine and thirteen slot chassis

In non E series 6506 and 6509, only 4000W can be obtained from this power supply (due to backplane limitation). In 6509-NEB-A the maximum is 4500W, and in the 6513 the maximum is 6000W.Catalyst 6500 Power SuppliesRedundancyRedundant ModeCombined ModeIn redundant mode, each power supply operates at 50% capacity and provides the same total power as a single power supply if one fails, the backup reverts to providing 100% powerIn combined mode, each power supply operates at 83% - if one fails, then the running supply provides 100% of its power capacityPower Supply 1Power Supply 250%50%Catalyst 6500Power Supply 1Power Supply 283%83%Catalyst 6500

The Catalyst 6500 Can Utilize Two Power Supplies to Work in Either Combined or Redundant ModeCatalyst 6500 Power SuppliesPower Management

All Supervisors and Linecards have power value preprogrammed in EPROM - this is used to identify how much power reserved in chassisUse the Power Calculator on CCO to determine the power supply and minimum power requirements - http://www.cisco.com/go/powercalculatorIf insufficient power available, system powers down Power Devices, then switching modules, then services modulesPowered Devices and modules powered off from highest numbered to lowest numbered (port or slot)

Catalyst 6500 Power SuppliesCPC - Cisco.com Power Calculator

Additional Information

Links to Chassis, Fan Tray and Power informatiuon

Power FAQ (Internal) http://bock-bock.cisco.com/wiki/ISBU:powerfaq