Cisco C6503-E C6880-X C6880-X-LE high density 10G/40GE chassis switch vs Huawei S9703

Huawei S9703 Switch

The S9700 series terabit routing switches are high-end switches designed for next-generation campus networks and data centers to provide service aggregation
1. Up to 120*10GbE, 24*40GbE
2. Built-in AC, integrated wired and wireless solution
3. Compact-chassis design

Vendor

Product

Description

Huawei Advantages

HUAWEI	S9703	S9703 Assembly Chassis
CISCO	C6503-E SUP2T	Catalyst 6503-E chassis with Supervisor Engine 2T, up to 80G/Slot, Standard FIB/ACL/Netflow Tables, VSS Support	High-density 10G ports (144 vs 34); high per-slot bandwidth (480G vs 80G); native AC, wired and wireless convergence; iPCA
CISCO	C6503-E SUP2T-XL	Catalyst 6503-E chassis with Supervisor Engine 2T-XL, up to 80G/Slot, Large FIB/ACL/Netflow Tables, VSS Support	High-density 10G ports (144 vs 34); high per-slot bandwidth (480G vs 80G); native AC, wired and wireless convergence; iPCA
CISCO	C6504-E SUP2T	Catalyst 6504-E chassis with Supervisor Engine 2T, up to 80G/Slot, Standard FIB/ACL/Netflow Tables, VSS Support	High-density 10G ports (144 vs 34); high per-slot bandwidth (480G vs 80G); native AC, wired and wireless convergence; iPCA
CISCO	C6504-E SUP2T-XL	Catalyst 6504-E chassis with Supervisor Engine 2T-XL, up to 80G/Slot, Large FIB/ACL/Netflow Tables, VSS Support	High-density 10G ports (144 vs 34); high per-slot bandwidth (480G vs 80G); native AC, wired and wireless convergence; iPCA
CISCO	C6880-X	Catalyst 6880-X-Chassis, Fixed Nonredundant Supervisor Engine, up to 80G/Slot, Large FIB/ACL/Netflow Tables, VSS Support	Dual pluggable SFUs facilitating replacement; high-density 10G ports (144 vs 80); high per-slot bandwidth (480G vs 80G); native AC, wired and wireless convergence; iPCA
CISCO	C6880-X-LE	Catalyst 6880-X-Chassis, Fixed Nonredundant Supervisor Engine, up to 80G/Slot, Standard FIB/ACL/Netflow Tables, VSS Support	Dual pluggable SFUs facilitating replacement; high-density 10G ports (144 vs 80); high per-slot bandwidth (480G vs 80G); native AC, wired and wireless convergence; iPCA