C9600-SUP-1 – 9.6 Tbps System Capacity – 2.4 Tbps Per Slot – Catalyst 9600 Supervisor Engine

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C9600-SUP-1 Description

The C9600-SUP-1 is the Cisco Catalyst 9600 Series Supervisor 1 Module, one of only two engines that drive the C9606R chassis and the one built on three Cisco UADP 3.0 ASICs. It delivers up to 9.6 Tbps of system switching capacity, or 4.8 Tbps full-duplex, measured on a C9606R holding four line cards at 2.4 Tbps, and up to 2.4 Tbps per line card slot at a 3 Bpps forwarding rate of 1 Bpps per ASIC. Its distinguishing characteristic is not raw throughput but table depth in two specific areas: QoS ACL scale reaches up to 16,000 IPv4 and 8,000 IPv6 entries and security ACL scale reaches up to 27,000 IPv4 and 13,500 IPv6 entries, both larger than the newer engine provides, alongside MACsec encryption with 256-bit AES-GCM and up to 2,000 MACsec sessions. It carries 16 GB DRAM, 16 GB flash, up to 960 GB SSD and up to 108 MB of packet buffer at 36 MB per ASIC, supports five of the seven Catalyst 9600 line cards including the C9600-LC-48S that no other engine accepts, and brings Software Maintenance Upgrade, StackWise Virtual, Graceful Insertion and Removal, Secure Boot and the Cisco Trust Anchor Module. The module occupies one dedicated supervisor slot at 1 RU and 5.45 kg (12.02 lbs), pairs through C9600-SUP-1/2 for redundancy, and is rated at 271,420 hours MTBF.

Quick Specs

Parameter

Specification

Product ID

C9600-SUP-1

ASIC

Three Cisco UADP 3.0

System switching capacity

Up to 9.6 Tbps, or 4.8 Tbps full-duplex

Bandwidth per line-card slot

Up to 2.4 Tbps, or 1.2 Tbps full-duplex

Forwarding rate

3 Bpps, at 1 Bpps per ASIC

ACL scale

QoS ACL up to 16,000 IPv4 and 8,000 IPv6; security ACL up to 27,000 IPv4 and 13,500 IPv6

Encryption

MACsec with 256-bit AES-GCM and up to 2,000 sessions; Cisco WAN MACsec not available

Supported line cards

Five cards, including C9600-LC-48S which no other Catalyst 9600 engine accepts

Memory and buffer

16 GB DRAM, 16 GB flash, up to 960 GB SSD, up to 108 MB packet buffer at 36 MB per ASIC

Rated MTBF

271,420 hours

Application Scenarios

Policy-Dense Campus Cores

Installed where the campus core enforces large security and QoS access control lists, using the higher IPv4 and IPv6 ACL table depth this engine provides.

Encrypted Campus Links

Deployed where inter-building links run MACsec with 256-bit AES-GCM across a large session count, on a platform that also carries Secure Boot and the Cisco Trust Anchor Module.

Redundant StackWise Virtual Pairs

Racked as two engines in a StackWise Virtual configuration so Stateful Switchover and In-Service Software Upgrade carry forwarding through a switchover or an image change.

Product Comparison

Parameter

C9600-SUP-1

C9600X-SUP-2

C9400X-SUP-2XL

ASIC

Three Cisco UADP 3.0

One Q200

Cisco UADP 3.0sec

System switching capacity

Up to 9.6 Tbps

Up to 25.6 Tbps

Up to 9.6 Tbps

Bandwidth per line-card slot

Up to 2.4 Tbps

Up to 6.4 Tbps

Up to 480 Gbps

Forwarding rate

3 Bpps

8 Bpps

3 Bpps

DRAM and flash

16 GB DRAM, 16 GB flash

32 GB DRAM, 16 GB flash

16 GB DRAM, 20 GB flash

IPv4 routes

Up to 256,000

Up to 2,000,000

Up to 256,000

QoS ACL scale (IPv4/IPv6)

Up to 16,000/8,000

Up to 8,000/4,000

Not stated for this engine

Security ACL scale (IPv4/IPv6)

Up to 27,000/13,500

Up to 8,000/4,000

Not stated for this engine

Cisco WAN MACsec

Not available

Available with an HSEC license

Not stated for this engine

MACsec sessions

Up to 2,000

Up to 1,024 per PHY

Not stated for this engine

Rated MTBF

271,420 hours

305,880 hours

304,315 hours

  • The upgrade to C9600X-SUP-2 is not uniform: capacity rises from 9.6 Tbps to 25.6 Tbps and IPv4 routes from 256,000 to 2,000,000, but QoS ACL scale falls from 16,000/8,000 to 8,000/4,000 and security ACL scale from 27,000/13,500 to 8,000/4,000, so a policy-heavy core can lose table depth by moving up.
  • MACsec behaviour splits the two Catalyst 9600 engines in both directions. C9600-SUP-1 supports up to 2,000 MACsec sessions but has no Cisco WAN MACsec, while C9600X-SUP-2 adds WAN MACsec under an HSEC license and counts sessions per PHY at up to 1,024.
  • Against C9400X-SUP-2XL the platforms are not comparable on slot rate: 2.4 Tbps per slot here against 480 Gbps there, while system capacity is the same 9.6 Tbps figure, so the Catalyst 9600 engine concentrates far more bandwidth into fewer, faster slots.
  • For deciding which SKU to order, count the security and QoS ACL entries the design actually needs first, because that is the one dimension where this engine leads, then check whether route scale above 256,000 or WAN MACsec is required, since either one moves the choice to C9600X-SUP-2.

Selection Guide

1. The Engine Where ACL Depth Peaks

C9600-SUP-1 carries up to 27,000 IPv4 and 13,500 IPv6 security ACL entries against 8,000 and 4,000 on C9600X-SUP-2, so a core enforcing large segmentation or filtering policies keeps more than three times the table depth by staying on this engine, at the cost of capacity and route scale.

2. C9600-LC-48S Exists Only Here

The C9600-LC-48S 48-port 1GE line card is supported on this engine and on no other Catalyst 9600 supervisor, so a chassis that must terminate large numbers of 1G fiber links has one engine choice rather than two.

3. Where WAN MACsec Ends The Discussion

Cisco WAN MACsec is not available on this engine and is available on C9600X-SUP-2 with an HSEC license; a design encrypting links across a provider WAN cannot be built on C9600-SUP-1 regardless of how the other figures compare.

4. Two And A Half Terabits Against Six

A slot on this engine tops out at 2.4 Tbps while the same slot reaches 6.4 Tbps on C9600X-SUP-2, so a chassis expected to hold C9600X-LC-56YL4C or C9600X-LC-32CD cards is already outside this engine’s supported card list and outside its bandwidth envelope.

5. Choosing Between The Two Modular Platforms

C9400X-SUP-2XL drives 480 Gbps into each of up to eight line-card slots while this engine drives 2.4 Tbps into each of four, so a design terminating many moderate-speed access ports fits the Catalyst 9400 platform better and one concentrating high-speed core links fits this one.

Ordering Checklist

Check Item

What to Confirm

Why It Matters

Line card list against the five

Confirm every planned line card appears among C9600-LC-40YL4CD, C9600-LC-24C, C9600-LC-48YL, C9600-LC-48TX and C9600-LC-48S.

C9600X-LC-56YL4C and C9600X-LC-32CD will not seat on this engine, and discovering that after delivery means replacing the supervisor.

Per-card software floor

Confirm the chassis image meets the floor for each card: 17.7.1 for C9600-LC-40YL4CD, 16.11.1 for C9600-LC-24C and C9600-LC-48YL, 17.1.1 for C9600-LC-48TX and 17.2.1 for C9600-LC-48S.

Each card has its own minimum release on this engine, so one card can hold back the whole chassis image plan.

Free supervisor slot

Confirm slot 3 or slot 4 of the C9606R chassis is unused.

Those two positions are dedicated to supervisor engines and no line card can occupy them.

Redundant supervisor PID

Confirm the second engine is ordered as C9600-SUP-1/2 when a redundant pair is planned.

Cisco lists a distinct redundant PID, and ordering the base PID twice does not match the documented configuration.

ACL table sizing

Confirm the required security and QoS ACL entry counts against 27,000/13,500 and 16,000/8,000.

These are the figures this engine leads on, and a design that fits inside the smaller tables of the newer engine has no ACL reason to choose it.

Optics against the TMG matrix

Confirm the planned transceivers appear in the Cisco TMG compatibility matrix for the chosen line cards.

Fiber line cards ship without optics, and an unlisted transceiver may be rejected by the host port.

SSD requirement

Confirm whether SSD storage is needed and which capacity, up to the 960 GB the engine supports.

SSD capacity is a separate order line and cannot be added from the engine PID.

Front Panel Components

1

Supervisor engine LEDs

6

Ejector levers

2

Reset button

7

RJ-45 console port

3

USB 3.0 Type A ports

8

USB mini Type B console port

4

RJ-45 Ethernet management port

9

10 G SFP+ management port

5

RFID embedded on the left ejector lever

Specifications

Parameter Specification Parameter Specification
Product ID C9600-SUP-1 Cisco ordering description Cisco Catalyst 9600 Series Supervisor 1 Module, spare part number C9600-SUP-1=, redundant supervisor PID C9600-SUP-1/2
ASIC Three Cisco UADP 3.0 Forwarding rate 3 Bpps, at 1 Bpps per ASIC
System switching capacity Up to 9.6 Tbps, or 4.8 Tbps full-duplex, based on a C9606R chassis with four line cards operating at 2.4 Tbps Bandwidth per line-card slot Up to 2.4 Tbps, or 1.2 Tbps full-duplex
DRAM and flash 16 GB DRAM and 16 GB flash SSD and packet buffer Up to 960 GB SSD capacity and up to 108 MB packet buffer at 36 MB per ASIC
VLAN and STP scale 4,094 VLAN IDs, 1,000 PVST instances, 16,000 STP virtual ports for PVST and 100,000 for MST Interface scale 1,000 switched virtual interfaces and 9,216-byte jumbo frames
MAC addresses Up to 128,000 IPv4 and IPv6 routes Up to 256,000 each
ARP and NDP entries Up to 90,000 ARP and up to 128,000 NDP Multicast and snooping Up to 32,000 multicast routes and up to 16,000 IGMP and MLD snooping entries
QoS ACL scale Up to 16,000 IPv4 and 8,000 IPv6 entries Security ACL scale Up to 27,000 IPv4 and 13,500 IPv6 entries
GRE tunnels Up to 1,024 NetFlow entries Up to 384,000 in full mode, at 128,000 per ASIC
Encryption MACsec with 256-bit AES-GCM and up to 2,000 MACsec sessions; Cisco WAN MACsec not available on this engine Resiliency features Software Maintenance Upgrade, Cisco StackWise Virtual, StackWise Virtual QuadSup RPR, Stateful Switchover and In-Service Software Upgrade on two supervisors in a StackWise Virtual configuration, Graceful Insertion and Removal and MKA High Availability
Security features Trustworthy Solutions, Image Signing, Secure Boot and the Cisco Trust Anchor Module Supported line cards C9600-LC-40YL4CD from Cisco IOS XE 17.7.1, C9600-LC-24C from 16.11.1, C9600-LC-48YL from 16.11.1, C9600-LC-48TX from 17.1.1 and C9600-LC-48S from 17.2.1
Unsupported line cards C9600X-LC-56YL4C and C9600X-LC-32CD Maximum chassis port density 48 ports of 100G, 96 of 40G and 192 ports each of 25G, 10G, 5G, 2.5G, 1G, 100M and 10M in a C9606R
Compatible chassis C9606R 6 slot chassis with 4 line card slots and 2 dedicated supervisor engine slots at positions 3 and 4 Supervisor redundancy Supported across the two dedicated supervisor slots of the C9606R chassis
Dimensions (H x W x D) 1.7 x 15.0 x 13.41 inches (4.32 x 38.1 x 34.06 cm) to the faceplate and 1.7 x 15.0 x 15.7 inches (4.32 x 38.1 x 39.88 cm) to the ejector Weight and rack units 5.45 kg (12.02 lbs), 1 RU
Operating temperature -5 to 45 degrees C (23 to 113 degrees F) up to 6,000 feet and -5 to 40 degrees C (23 to 104 degrees F) up to 10,000 feet Storage temperature -40 to 70 degrees C (40 to 158 degrees F)
Relative humidity 10 to 95 percent, noncondensing Altitude -60 to 3,000 m (-197 to 9843 feet)
Rated MTBF 271,420 hours Optics support reference Optical transceivers are required for fiber line cards and the supported modules are published in the Cisco TMG compatibility matrix

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Questions & Answers

  • Which chassis function belongs to C9600-SUP-1?

    C9600-SUP-1 is the Supervisor Engine 1 module that provides Catalyst 9600 control-plane functions, system management access, and switching fabric control.
  • Which chassis family uses C9600-SUP-1?

    C9600-SUP-1 belongs to the Catalyst 9600 modular switching family and is most often planned with C9606R chassis designs and compatible line cards.
  • What front-panel ports matter on C9600-SUP-1?

    C9600-SUP-1 front-panel planning centers on RJ-45 management, 10G SFP+ management, RJ-45 console, USB mini console, and USB storage ports.
  • How does C9600-SUP-1 differ from C9600X Supervisor Engine 2?

    C9600-SUP-1 uses the first-generation Catalyst 9600 supervisor architecture with UADP 3.0 ASICs, while Supervisor Engine 2 targets newer Silicon One designs.
  • Why do redundancy questions appear around C9600-SUP-1?

    C9600-SUP-1 redundancy planning covers dual supervisor slots, SSO behavior, software parity, license state, and management reachability during switchover events.
  • Does C9600-SUP-1 provide access switch ports by itself?

    C9600-SUP-1 does not provide user access ports; Catalyst 9600 line cards deliver the copper, fiber, PoE, or high-speed interfaces.
  • Which software planning issue matters for C9600-SUP-1?

    C9600-SUP-1 software planning checks IOS XE release support for the chassis, line cards, StackWise Virtual, ISSU workflow, and supervisor redundancy.
  • What ordering detail prevents a C9600-SUP-1 mismatch?

    C9600-SUP-1 ordering needs the correct chassis, line-card mix, power supplies, fan tray direction, software license level, and redundant supervisor plan.

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