Cisco N77-C7702-S2E-AC Full Product Description
1. Short Overview
N77-C7702-S2E-ACis a pre-assembled factory bundle of the Cisco Nexus 7702 3RU compact modular converged LAN/FCoE data center core switch. This SKU integrates the base N77-C7702 empty chassis, 1× N77-SUP2E Supervisor 2E control module, and dual 3000W AC power supplies out of the box; I/O line cards, transceivers and software feature licenses are sold separately. It runs NX-OS 8.x/9.x, supports native lossless FCoE SAN-LAN convergence, VDC multi-tenant virtualization, OTV cross-DC overlay, LISP workload mobility, full OIR hot-swap maintenance, with a distributed embedded fabric delivering 1.32 Tbps non-blocking throughput. End-of-Sale Oct 12, 2023; Final Hardware Support End Date Oct 31, 2028Cisco.
Nexus 7702 Front & Rear View
2. Official Bundle Composition Definition
Full Factory Included Hardware of N77-C7702-S2E-AC
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N77-C7702 base 3RU 2-slot passive midplane empty chassis (integrated single hot-swappable fan tray built into chassis)
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1× N77-SUP2E Supervisor 2E fabric/control module (pre-installed into the dedicated half-slot supervisor Slot 2)Cisco
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Two N77-AC-3KW-WS 3000W Platinum AC hot-swappable power supplies (dual 1+1 redundant power)
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Standard 19-inch rack mounting rails, front cable management brackets, factory safety & hardware documentation
Items NOT Included (Must Purchase Separately)
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Universal F3/M3 I/O line/service modules (Slot 1 only supports one I/O card)
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SFP+/QSFP+/QSFP28 optical transceivers for all port interfaces
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Add-on software feature licenses (IVR, OTV, FCIP, FICON, MPLS XL scale, DMM, IOA)
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Lockable front door, extended cable management kits, air filter accessories
Suffix Breakdown
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N77-C7702: Base 2-slot Nexus 7702 chassis identifier
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S2E: Single pre-installed Supervisor 2E control module
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AC: Factory bundled with dual 3kW AC power supplies (DC variant SKU is N77-C7702-S2E-DC)
3. Core Hardware Architecture & Key Differentiators
Chassis Slot Layout (3RU 19-inch rack, front-to-back cold aisle airflow only)
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Slot 1: Single full universal hot-swappable I/O line card slot (max one I/O module loaded)
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Supported I/O density options:
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N77-F348XP-23: 48×10G SFP+
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N77-F324FQ-25: 24×40G QSFP+
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N77-F312CK-26: 12×100G QSFP28 (max 12×100G ports total chassis)
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N77-M348XP-23L: M3 multi-protocol service card with FCIP/iSCSI gateway, L4-L7 offload
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Slot 2: Half-slot Supervisor slot with pre-installed N77-SUP2E (no second supervisor slot built into chassis)
Rear Redundant Subsystems (Pre-integrated in bundle)
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Dual 3000W AC power supply bays with two PSUs preloaded (1+1 N+1 power redundancy)
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Single integrated multi-fan variable-speed fan tray (factory included with chassis)
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No external rear crossbar fabric modules — distributed fabric ASICs embedded inside supervisor and I/O line cards (simplified maintenance, fewer spare parts)
Critical Advantages vs larger Nexus 7706/7710 chassis
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Ultra-compact 3RU rack footprint for small pod top-of-row core aggregation
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Embedded distributed fabric design eliminates costly external crossbar modules
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Pre-bundled single SUP2E + dual AC power to reduce separate component ordering
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Unified Nexus 7700 Gen3 I/O module compatibility, interchangeable with all 7700 family chassis
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Complete converged LAN+SAN hardware offload: Lossless PFC/DCBX FCoE, FC-NVMe low-latency tunneling, FICON zSystems storage integration
High-Availability Design
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Power: Dual 3kW AC PSUs, hot-swappable OIR replacement without power cycle
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Cooling: Single integrated fan tray; single fan failure triggers SNMP alert, chassis remains operational for tray swap
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Control plane: Single SUP2E active by default; full HA failover requires pairing a second N77-C7702-S2E-AC as vPC peer switch
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Fault isolation: VDC virtual multi-tenant logical switch partitioning + VSAN storage fabric segmentation to contain broadcast/storage faults
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NPV/NPIV FCoE edge mode offloads Fibre Channel host registration to upstream MDS SAN directors to reduce control-plane overhead
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Full OIR hot-swap for all FRUs (power supplies, fan tray, supervisor, I/O line card) with zero traffic interruption
4. Hardware Performance Specifications
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Full non-blocking distributed fabric aggregate bandwidth: 1.32 Tbps full-duplex
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Wire-speed forwarding rate: 1320 Mpps at maximum 100G line rate
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MAC address table: 128,000 entries; IPv4 unicast routes: 128,000; IPv6 unicast: 64,000; multicast routes: 32,000
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Maximum VDC virtual logical switches: 4 independent multi-tenant partitions
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Port-channel limit: 1024 logical trunks, up to 16 physical ports per PortChannel
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Native hardware offload feature set:
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Lossless FCoE stack: PFC, DCBX, VNTag, FC-NVMe tunneling
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DMM non-disruptive data migration, IOA storage I/O acceleration
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OTV cross-DC encapsulation, LISP endpoint mapping, FCIP compression/tape pipelining
Physical & Environmental Parameters
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Rack height: 3 RU (13.08 cm tall), standard 19-inch horizontal rack mount
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Dimensions (H × W × D): 13.08 cm × 44.45 cm × 73.9 cm; extended depth 86.3cm with cable guides
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Fully loaded bundle weight (chassis + 1×SUP2E + dual AC PSUs + fan tray, no I/O line card): ~26 kg (57 lbs)
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Operating temperature: 0°C ~ 40°C (32°F ~ 104°F); altitude certified up to 2000m
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Humidity: 10%–90% non-condensing
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Compliance: FCC Class A, UL 60950-1, CE, NEBS Level 3, RoHS, FIPS 140-2 Level 2 validated
Supervisor 2E (N77-SUP2E) Built-in Specs
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Dual-core x86 CPU, 16GB DRAM, 16GB internal compact flash storage
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Dual 1G out-of-band management Ethernet ports, RS232 serial + mini USB local console
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External USB flash port for NX-OS image/config backup
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Dedicated streaming telemetry NPU for real-time LAN/SAN performance analytics
5. Full NX-OS Feature Set Supported
Converged LAN & FCoE Storage Fabric
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VDC virtual multi-tenant logical switch isolation (4 independent VDCs)
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4094 VLANs per VDC, PVLAN private VLAN anti-spoofing isolation
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Complete lossless FCoE stack: VSAN storage fabrics, hard WWN zoning, Auto-Zone auto-provisioning, FC-NVMe low-latency forwarding
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MSTP spanning tree loop prevention, vPC dual-active peer-link redundancy, SPAN/RSPAN remote traffic analytics
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NPV/NPIV FCoE edge virtualization to reduce MDS SAN fabric load
Multilayer Routing & Cross-DC Interconnect
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OSPF / EIGRP / BGP IPv4/IPv6 dynamic routing, VRF multi-tenant routing separation
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Licensed IVR Inter-VSAN Routing for cross-storage-fabric data forwarding
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OTV Overlay Transport Virtualization: Layer 2 workload mobility for disaster recovery
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LISP Locator/ID Separation Protocol: Multi-pod workload mobility across geographically distributed data centers
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Full carrier-grade MPLS suite: LDP, VPLS, VPWS, EVPN-FC dual-stack IPv4/IPv6
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FCIP tunnel hardware acceleration: Compression, write acceleration, tape pipelining for long-distance DR tape backup replication
QoS, Security & Automation
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Four hardware priority queues per port for storage I/O, VM east-west traffic, management, backup streams
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RBAC granular multi-tier admin access control, Cisco ISE identity services engine integration
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SSHv2 encrypted remote management, SNMPv3 secure monitoring, AES encrypted startup configurations, DH-CHAP FCoE link authentication
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FIPS 140-2 compliance for financial, government and regulated enterprise deployments
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Cisco DCNM centralized graphical converged LAN/SAN management, REST API automation
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POAP zero-touch automatic provisioning, onboard Python scripting, streaming hardware telemetry export
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GOLD continuous hardware diagnostics without production traffic interruption
6. Typical Deployment Scenarios
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Small virtualized data center pod core aggregation: Compact 3RU form factor as top-of-row core, single 100G F3 line card delivers 12×100G uplinks to leaf FEX extenders and all-flash FCoE storage arrays, VDC partitions separate production/test/backup workloads.
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Medium enterprise campus edge converged LAN/SAN switch: Interconnects remote building Nexus switches via OTV cross-DC tunnels, built-in FCIP hardware offload provides asynchronous disaster recovery replication between primary and DR data centers.
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Small-to-medium service provider multi-tenant PoP edge gateway: VDC multi-tenant logical switch isolation separates independent enterprise customer LAN/SAN fabrics on a single physical bundle, unused I/O slot reserved for future port count expansion.
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Financial/mainframe zSystems storage core: Native FCoE + FICON compatibility enables long-distance FCIP tape backup replication, dual AC power + single SUP2E HA paired with a second N77-C7702-S2E-AC for full redundant fabric.
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Legacy Nexus 5000 FCoE switch migration upgrade: Backward compatible with existing 10G SFP transceivers, unlocks 40G/100G high-density port expansion and modern NX-OS OTV/LISP automation workflows.
7. Standard Package Contents of N77-C7702-S2E-AC Bundle
1 × N77-C7702 Nexus 7702 3RU empty modular chassis (integrated multi-fan tray pre-installed)
1 × N77-SUP2E Supervisor 2E control module (preloaded into Slot 2 supervisor bay)
2 × N77-AC-3KW-WS 3000W AC hot-swappable redundant power supplies (pre-installed in rear power bays)
19-inch standard rack mounting rails, front cable management brackets
Cisco hardware installation guide, global safety & compliance documentation
Separately Required Components (Not Included)
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F3/M3 series I/O line/service modules for Slot 1
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SFP+/QSFP+/QSFP28 optical transceivers for all Ethernet/FCoE ports
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Optional software feature licenses: IVR, OTV, FCIP Extension, FICON, MPLS XL Scale, DMM Data Migration, IOA Acceleration
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RS232 serial console cable, mini USB console cable, fiber/copper patch cords, rack cable management accessories
Short Commercial Catalog Summary
The Cisco N77-C7702-S2E-AC is an End-of-Sale pre-bundled 3RU compact modular converged LAN/FCoE data center core switch from the Nexus 7700 100G Generation. The factory bundle includes the N77-C7702 chassis, one pre-installed N77-SUP2E Supervisor 2E and dual 3kW AC redundant power supplies, with integrated cooling tray; I/O line cards, transceivers and feature licenses are sold separately. It uses a distributed embedded fabric delivering 1.32 Tbps non-blocking throughput, runs NX-OS 8/9.x 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 small virtualized pod core aggregation, medium enterprise campus edge and small service provider multi-tenant PoP deployments, featuring compact 3RU rack footprint and front-to-back cold aisle airflow design, limited by only one I/O expansion slot ceiling, legacy maximum 100G Ethernet hardware generation and end-of-sale status with hardware support expiring Oct 31, 2028. Compliant with global EMI, safety, NEBS and RoHS standards.
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