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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: |
71416104116 |
ProductName: |
N7K-C7004-S2 |
Specification: |
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Product Notes: |
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Product Category: |
Cisco |
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| Product Description |
Cisco N7K-C7004-S2 Full Product Description
1. Short Overview
Cisco N7K-C7004-S2 is a pre-bundled 7RU modular converged LAN/FCoE data center core switch bundle based on the Nexus 7004 4-slot passive midplane chassis, factory preloaded with1× Supervisor 2 (N7K-SUP2)controller, integrated built-in multi-fan cooling tray, empty for I/O line cards and power supplies. It delivers a total 1.92 Tbps full-duplex distributed fabric, runs legacy NX-OS 6.x, supports native lossless FCoE SAN-LAN convergence, VDC virtual multi-tenant partitioning, OTV cross-DC overlay, LISP workload mobility, full OIR hot-swap FRU maintenance. End-of-Sale Feb 28, 2022, final hardware support expires Feb 28, 2027.
N7K-C7004 Physical Diagram
2. Official Bundle Composition Definition
The SKUN7K-C7004-S2is a pre-assembled starter bundle, distinct from bare empty chassis N7K-C7004:
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Included factory hardware:
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N7K-C7004 base 7RU 4-slot passive midplane empty chassis
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1× N7K-SUP2 Supervisor-2 fabric/control module (8GB RAM, 8GB compact flash, Xeon 2.13GHz CPU)
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Integrated fixed multi-fan variable-speed cooling tray (built into chassis, no separate fan SKU needed)
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Standard rack mounting rails, front cable management brackets, factory hardware documentation
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ItemsNOT included (must purchase separately):
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Hot-swappable AC/DC power supply modules (N7K-AC-6.0KW-WS / N7K-DC-6.0KW-WS; dual required for 1+1 redundancy)
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Universal I/O line/service modules (F2/F2E 10G/40G Ethernet/FCoE switching cards, M2 multi-protocol FCIP/iSCSI service modules)
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SFP+/QSFP optical transceivers for all port interfaces
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Software feature licenses (IVR, OTV, FCoE, FICON, MPLS etc.)
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Suffix explanation:
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S2 = Single Supervisor 2 pre-installed (contrast to dual-sup bundle N7K-C7004-2K9; S2E variant uses upgraded Supervisor-2E)Cisco
3. Core Hardware Architecture & Key Differentiators
Chassis Slot Layout (4 total front slots, 7RU height)
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Slots 1,2: Two universal hot-swappable I/O line card slots (max 2 line cards loaded, peak 96×40G ports with dual N7K-F248-40GE)
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Slots 3,4: Dedicated supervisor slots; N7K-C7004-S2 ships with1 Sup2 in Slot3 (active), Slot4 empty for secondary standby supervisor upgrade later
Critical Hardware Advantages vs fixed switches & larger Nexus 7010
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Distributed embedded fabric ASICs on every I/O line card — no separate external fabric modules required, simplifies maintenance and reduces rack space (compact 7RU vs 14RU Nexus 7010)Cisco
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Side-to-back airflow: Cold air intake from left front side, hot exhaust rear power compartment (cold-aisle optimized; no hot-aisle reverse airflow variant)Cisco
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Unified Nexus 7000 Gen2 platform compatibility: All F2/F2E/M2 I/O modules interchangeable with larger Nexus 7009/7010 directors for inventory consolidation
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Converged LAN+SAN native hardware offload: Lossless PFC/DCBX FCoE, FC-NVMe tunneling, FICON mainframe storage integration without external gateway appliances
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Full OIR hot-swap for supervisors, line cards, power supplies; no full chassis power cycle required for hardware replacement
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Mid-size pod aggregation footprint: Ideal for medium virtualized data center top-of-row core, small multi-tenant PoP edge, mid enterprise campus root
High-Availability Design
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Power: Dual redundant 6000W PSU slots (1+1 N+1 redundancy; bundle ships without PSUs)
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Cooling: Integrated multi-fan tray; single fan failure triggers SNMP alert, chassis remains operational for hot-swap tray replacement
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Control plane: Single Sup2 active out of box; customer can add second Sup2 to enable stateful failover, non-disruptive ISSU firmware upgrades
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Fault isolation: VDC (virtual device context) for multi-tenant LAN separation; VSAN for FCoE storage segmentation, prevents broadcast storm leakage across logical domains
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NPV/NPIV edge mode: Offloads Fibre Channel host registration to upstream MDS SAN directors to reduce control-plane overhead
4. Performance Hardware Specifications
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Full-chassis non-blocking throughput: 1.92 Tbps full-duplex
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Maximum forwarding rate: 1920 Mpps wire-speed Layer 2/L3 switching
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MAC address table: 128,000 entries
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IPv4 unicast route scale: 128,000; IPv6 unicast: 64,000; multicast routes: 32,000
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VDC maximum: 4 independent logical virtual switch partitions
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Port-channel limit: 1024 logical trunks, up to 16 physical ports per PortChannel
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Supported I/O module port density options:
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N7K-F248XP-25E: 48×10G SFP+ (max 96×10G total chassis)
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N7K-F248-40GE: 48×40G QSFP+ (max 96×40G total chassis)
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N7K-M224XP-23L: 24×10G M2 service module with L4-L7 offload, FCIP/iSCSI gateway support
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Supervisor-2 hardware specs: 2.13GHz Intel Xeon CPU, 8GB DRAM, 8GB internal compact flash storage, dual 1G out-of-band management Ethernet ports, serial + mini USB console interfaces
5. NX-OS Full Feature Set
Converged LAN & FCoE Storage Fabric
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VDC multi-tenant logical switch partitioning, PVLAN private VLAN isolation
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Complete lossless FCoE stack: PFC priority flow control, DCBX, VNTag virtual machine tagging, FC-NVMe tunneling
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VSAN virtual storage fabrics, WWN hard zoning + Auto-Zone auto-provisioning
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MSTP, LACP, vPC dual-active port-channel peer-link redundancy
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SPAN / RSPAN remote traffic analytics for storage/LAN troubleshooting
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NPV/NPIV FCoE edge virtualization for large SAN-LAN pod deployments
Multilayer Routing & Data Center Interconnect
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Dynamic routing: OSPF, EIGRP, BGP IPv4/IPv6
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VRF multi-tenant routing separation
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IVR Inter-VSAN Routing (licensed): Cross-VSAN storage data forwarding
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OTV Overlay Transport Virtualization: Layer 2 cross-data-center disaster recovery mobility
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LISP Locator/ID Separation Protocol: Multi-pod workload mobility
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MPLS, VPLS, VPWS carrier-grade multi-tenant transport
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FCIP tunnel hardware acceleration: Compression, write acceleration, tape pipelining for long-distance DR replication
QoS, Security & Management
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Four hardware priority queues per port for storage, VM data, management, backup traffic
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RBAC granular multi-tier admin access control, ISE integration
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SSHv2, SNMPv3, AES encrypted startup config, DH-CHAP ISL authentication
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FIPS 140-2 security compliance for regulated financial/government environments
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Cisco DCNM centralized converged LAN/SAN graphical management, REST API automation
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POAP zero-touch automatic provisioning, onboard Python scripting, streaming telemetry exports
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GOLD continuous hardware diagnostics without traffic interruption
6. Physical & Environmental Parameters
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Rack height: 7 RU (30.2 cm tall), standard 19-inch horizontal rack mount
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Dimensions (H×W×D): 30.2 cm × 44.45 cm × 60.96 cm; extended depth 73.66cm with cable guides
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Bare bundle weight (chassis + 1 Sup2 + fan tray): ~11.4 kg (25 lbs)
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Full loaded maximum weight (2 PSUs + 2×48-port line cards + dual supervisors): ~18.2 kg (40 lbs)
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Operating temperature: 0°C ~ 40°C (32°F ~ 104°F)
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Relative humidity: 10%–90% non-condensing
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Compliance: FCC Class A, UL 60950-1, CE, NEBS Level 3, RoHS
7. Typical Deployment Scenarios
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Medium virtualized data center pod core aggregation: Deployed as pod top-of-row core; two 40G F2E line cards deliver 96×40G ports to connect FEX leaf extenders, all-flash FCoE storage, blade server racks; VDC splits production/test/backup logical fabrics.
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Medium enterprise campus converged LAN/SAN root: Interconnects geographically distributed building Nexus 7004 edge switches via OTV cross-DC tunnels, built-in FCIP modules provide asynchronous disaster recovery replication between primary and backup data centers.
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Small-to-medium service provider multi-tenant PoP edge: VDC logical partitioning isolates independent enterprise customer LAN/SAN fabrics on a single physical chassis, expandable line card slots support growing customer port count.
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Legacy SAN-LAN hardware migration upgrade: Drop-in replacement for end-of-life Nexus 5000 FCoE switches, backward compatible with existing 10G SFP transceivers while adding 40G high-density expansion and modern NX-OS automation.
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Centralized enterprise tape backup aggregation core: Dedicated backup fabric core using FCIP PortChannel trunks to primary production SANs for off-site tape archive replication, unused line card slots reserved for future encryption/replication service module additions.
8. Standard Package Contents of N7K-C7004-S2 Bundle
1 × N7K-C7004 empty 7RU 4-slot passive midplane chassis (side-to-back airflow, integrated multi-fan tray pre-installed)
1 × N7K-SUP2 Supervisor-2 control/fabric module (preloaded into Slot3 active supervisor slot)
19-inch standard rack mounting rails, front cable management brackets, installation hardware
Cisco hardware installation guide, safety & compliance documentation
Separately Sold Required Components (Not Included)
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Dual N7K-AC-6.0KW-WS 6000W AC hot-swappable power supplies (mandatory for power redundancy)
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Optional second Supervisor-2 / Supervisor-2E for dual redundant control-plane failover
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Optional I/O line/service modules (N7K-F248XP-25E, N7K-F248-40GE, N7K-M224XP-23L, SSM storage service modules)
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SFP+ / QSFP optical transceivers for all line card Ethernet/FCoE interfaces
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Feature software licenses: IVR, OTV, FCoE, FICON, FCIP Extension, MPLS, IOA Acceleration, DMM Data Migration
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RS232 serial console cable, mini USB console cable, fiber/copper patch cords, rack cable management accessories
Short Commercial Summary for Quotation
The Cisco N7K-C7004-S2 is an End-of-Sale 7RU compact modular converged LAN/FCoE data center core switch pre-bundle containing 4-slot passive midplane chassis + one pre-installed Supervisor-2 control module, built-in integrated cooling tray, without power supplies or I/O line cards. It delivers 1.92 Tbps non-blocking distributed fabric, runs legacy NX-OS with full VDC multi-tenant virtualization, lossless FCoE storage convergence, OTV cross-data-center overlay, LISP workload mobility and complete OIR hot-swap maintenance. Optimized for medium virtualized pod core aggregation, mid enterprise campus edge and small service provider multi-tenant PoP deployments, featuring compact 7RU rack footprint and side-to-back cold-aisle airflow design, limited by single factory-installed supervisor, maximum two I/O expansion slots and end-of-sale status with hardware support expiring Feb 28, 2027.
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| Click:12 Entry Time:2026-07-14 【Print】 【Close】 |
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