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Company Name:Kino Technology Limited
Website:www.kino86.com
Address :Room 312, Honghua Building, No. 1 Guangyayuan Road, Bantian Street, Longgang District, Shenzhen city, Guangdong Province, China
Contact Person:kiki
Tel :+8613040881925
E-mail:kiki@szkiki.com
Wechat:+8613040881925
Whatspp: +8613040881925
Teams:kiki@szkiki.com
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| Product >> Cisco >> ALL |
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Product_Id: |
71611484316 |
ProductName: |
C9606R |
Specification: |
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Product Notes: |
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Product Category: |
Cisco |
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| Product Description |
Cisco C9606R Full Product Description
1. Short Overview
C9606Ris a high-performance 6-slot redundant modular core chassis from the Cisco Catalyst 9600 Series, purpose-built as the primary backbone switch for large enterprise campus cores, SD-Access fabric border nodes, mid-size hybrid data center spines, and high-density wireless aggregation deploymentsCisco. Powered by Cisco Silicon One Q200 unified forwarding ASIC architecture and running Cisco IOS XE, this 8RU rack-mountable chassis delivers up to 25.6 Tbps non-blocking switching capacity with 6.4 Tbps full-duplex bandwidth per line card slot, supporting multi-rate 1G/10G/25G/50G/100G/400G fiber and multigigabit copper line cards.
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C9600: Catalyst 9600 high-speed modular campus core switch platform
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6: Total 6 horizontal internal slots
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R: Redundant high-availability chassis design (supports dual supervisors, N+1 redundant power and fan trays)
Core Differentiators
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vs C9604R: C9604R is a 4-slot compact core; C9606R offers 4 line card slots for higher port scalability for medium/large campuses.
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vs C9610R flagship chassis: C9610R has 8 line card slots for ultra-large-scale deployments; C9606R balances density, rack space and cost for mainstream enterprise core use cases.
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vs Catalyst 9400 series: C9400 targets distribution layer; C9600 series delivers Silicon One ASIC, 100G/400G native support and larger forwarding tables for campus/data center core backbone.
2. Chassis Slot Architecture & Hardware Capacity
Slot Layout (6 horizontal slots, top to bottom 1–6)
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Slots 1 & 2: Dual redundant supervisor engine slots (1+1 SUP deployment for HA)
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Slots 3,4,5,6: 4 hot-swappable line card slots for uplink/access modules
Backplane Bandwidth & Forwarding
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Maximum wired switching capacity: 25.6 Tbps (hardware-capable with C9600X-SUP-2)Cisco
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Per-slot full-duplex bandwidth: 6.4 Tbps wire-speed non-blocking
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Inter-supervisor interconnect bandwidth: 400 Gbps for stateful synchronizationCisco
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Max forwarding rate: Up to 8 Bpps with Supervisor 2; 3 Bpps with Supervisor 1
Maximum Supported Port Density (4 fully populated line card slots)
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Fiber options
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400G QSFP-DD: Up to 8 ports total
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100G/40G QSFP28: Up to 128 ports total
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50G/25G SFP56/SFP28: Up to 224 ports total
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10G/1G SFP+/SFP: Up to 384 ports via breakout adapters
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Copper multigigabit RJ45
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Up to 192 × 10G/5G/2.5G/1G mGig PoE++ ports (with dedicated copper line cards)Cisco
Supported Supervisor Engines
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C9600-SUP-1 (Gen1, up to 3 Bpps forwarding)
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C9600X-SUP-2 (Gen2 Silicon One, full 25.6 Tbps capacity, 8 Bpps forwarding, SSD storage expansion)Cisco
Power Supply Specifications
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Up to 4 hot-swappable PSU bays, supports N+1 or N+N redundant power modes
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Power supply types: Platinum/Titanium high-efficiency AC (2kW / 3kW / 6kW), Platinum DC, HVDC
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Input range: AC 90–264V 47–63Hz; DC -40V ~ -72V
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All PSUs meet ≥90% efficiency for energy savingCisco
Cooling System
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Single hot-swappable N+1 redundant fan tray, side-to-side horizontal airflow (inlet left, exhaust right)
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Full front-panel access for fan tray, optional rear access for cable management optimizationCisco
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Fan speed auto-adjust based on internal temperature to reduce acoustic noise
3. Physical & Environmental Specifications
Physical Dimensions & Weight
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Form factor: 8 RU rack-mount chassis
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Dimensions (H × W × D): 13.95 × 17.4 × 16.1 inches (35.43 × 44.20 × 40.89 cm)Cisco
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Base weight (chassis + 2 AC PSUs + fan tray): 63.0 lb (31.31 kg)ManualsLib
Operating Environment
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Normal operating temperature: -5°C ~ +40°C up to 3000m altitude; -5°C ~ +50°C up to 1800m short-term
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Storage/transport temperature: -40°C ~ +75°C
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Humidity: 10%–95% RH non-condensing
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Compliance: UL 60950-1, IEC 60950-1, EN 60950-1, CSA-C22.2, GB 4943, NEBS seismic, RoHS, EMC Class ACisco
Asset Security Hardware
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Embedded passive UHF RFID tags on chassis, supervisors, line cards, PSUs and fan tray for centralized asset lifecycle tracking
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ACT2 secure authentication chip on all hot-swappable modules to detect unauthorized third-party hardware insertionCisco
4. High Availability (HA) Native Capabilities
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Dual 1+1 supervisor redundancy
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SSO (Stateful Switchover), NSF (Non-Stop Forwarding) for zero packet loss during supervisor failover
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Full ISSU (In-Service Software Upgrade) for IOS XE version upgrades without traffic interruption
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Modular OIR support
All supervisors, line cards, power supplies and fan trays support hot insertion/removal without chassis power shutdown
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Power redundancy
N+1 or full N+N PSU deployment to withstand single/multiple power supply failures
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Fan tray N+1 redundant fan design; single fan fault does not impact chassis cooling
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StackWise Virtual: Two C9606R chassis can form a single logical virtual switch for multi-chassis HA fabric core
5. IOS XE Software & Security Feature Suite
Campus & SD-Access Fabric Core Functions
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Native VXLAN EVPN hardware forwarding for Cisco SD-Access intent-based wired/wireless fabric
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Large-scale L2/L3 table capacity (MAC, IPv4/IPv6 route, ACL tables) optimized for multi-building campus
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32-way ECMP load balancing, BGP, OSPF, EIGRP, IS-IS full routing protocol stack
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PVLAN, cross-card LACP/PAGP EtherChannel, MSTP/RSTP spanning tree toolkit
Hardware-Accelerated Security
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IEEE 802.1AE MACsec-256 port-level encryption for fiber/copper uplinks
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TrustSec SGT end-to-end policy segmentation, Encrypted Traffic Analytics (ETA)
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Hardware ACL filtering, CoPP control plane protection, DHCP Snooping, DAI, IP Source Guard
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IEEE 802.1X, MAB, WebAuth wired access authentication, AAA TACACS+/RADIUS/LDAP
QoS & Precision Timing
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8 hardware priority queues per port, WRR/DRR scheduling, per-port policing/marking/shaping
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IEEE 1588v2 PTP hardware timing for video, voice and industrial synchronization
Automation & Observability
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Model-driven programmability: NETCONF, RESTCONF, YANG, gNMI, on-box Python scripting
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Real-time streaming telemetry, IPFIX flow export, full buffer/latency monitoring
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GOLD non-disruptive online diagnostics for chassis and module health inspection
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Native integration with Cisco DNA Center for zero-touch provisioning, policy management and lifecycle automation
6. Typical Deployment Scenarios
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Medium/Large Enterprise Campus Core Switch
Dual redundant C9606R virtual pair as the central SD-Access fabric border; 10G/25G fiber uplinks to Catalyst 9400 distribution switches, supporting thousands of wired and Wi-Fi 6/6E wireless endpoints.
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Mid-Size Hybrid Data Center Spine Backbone
40G/100G QSFP28 line cards connect leaf switches, storage arrays and multi-cloud gateways; VRF multi-tenancy logically isolates enterprise, virtual server and cloud workloads.
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High-Density Unified Wireless Aggregation Core
25G SFP56 uplinks to wireless controllers, supporting massive multi-radio AP fleets; hardware QoS prioritizes voice, video and real-time collaboration traffic.
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Smart Building & Industrial Campus Backbone
Long-distance single-mode fiber trunking for distributed industrial IoT controllers, surveillance camera subnets and building automation gateways; MACsec secures critical control plane transport.
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Education & Government Multi-Building Core
High-availability redundant chassis design meets public sector network uptime requirements; centralized security and power policy management via Cisco DNA Center.
7. Standard Package Contents of C9606R Base Chassis SKU
1 × Empty Cisco Catalyst C9606R 6-slot redundant chassis (8RU rack-mount)
Integrated N+1 hot-swappable fan tray
Rack mounting hardware kit, cable management brackets
Hardware installation guide, global safety, EMC, NEBS and RoHS compliance documentation
Separately Sold Mandatory Components
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1 or 2 supervisor engines (C9600-SUP-1 / C9600X-SUP-2)
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AC/DC/Titanium/Platinum power supply modules (minimum 2 for basic redundancy)
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Catalyst 9600 series line cards (fiber SFP/SFP28/QSFP28/QSFP-DD or multigigabit copper PoE++ modules)
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SFP/SFP28/QSFP28/QSFP-DD optical transceivers, breakout adapters and fiber patch cords
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Optional SSD storage upgrades for supervisors, spare fan trays and spare PSUs
Software Licenses
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DNA Advantage perpetual license required for full SD-Access EVPN, MACsec, streaming telemetry and advanced automation features
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DNA Essentials base license for fundamental Layer 2/Layer 3 switching and routing functionality
Short Commercial Catalog Summary for Quotation
Cisco C9606R is an 8RU 6-slot redundant modular core chassis from the Catalyst 9600 Series, built on Silicon One Q200 ASIC architecture for medium/large enterprise campus core, SD-Access fabric border and mid-size data center spine deployments. It delivers up to 25.6 Tbps non-blocking switching capacity with 6.4 Tbps per slot bandwidth, featuring 2 dual supervisor slots and 4 hot-swappable line card slots supporting multi-rate 1G/10G/25G/50G/100G/400G fiber and multigigabit PoE++ copper line cards. Full HA design includes SSO/NSF/ISSU dual supervisor redundancy, N+1 redundant power supplies and fan trays, universal OIR hot-swap module support, side-to-side efficient airflow and embedded asset security RFID/ACT2 authentication. Running secure containerized Cisco IOS XE, the chassis provides hardware-accelerated VXLAN EVPN SD-Access, MACsec encryption, TrustSec segmentation, PTP precision timing and full Cisco DNA Center automation/telemetry capabilities. Compatible with C9600-SUP-1 and C9600X-SUP-2 supervisors, it scales flexibly to match campus and data center port density requirements between compact C9604R and flagship C9610R chassis. Limitations require separate purchase of supervisors, power supplies and line cards, minimum IOS XE release matching supervisor generation, and advanced fabric/security features demand paid DNA Advantage licensing. The chassis fully complies with UL, IEC, NEBS seismic, EMC and RoHS global standards for 24/7 business-critical core network deployment.
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| Click:21 Entry Time:2026-07-16 【Print】 【Close】 |
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