Compare network routers for branch, WAN edge, internet edge, SD-WAN, cloud connectivity, service provider, secure access, and high-performance routing use cases. Evaluate throughput, interface mix, routing protocols, VPN scale, security services, modular expansion, cellular backup, licenses, management, and lifecycle. This category is brand-neutral; exact platform pages should handle vendor-specific SKUs and software details.
Showing 1–20 of 28 results
8x1GE + 4x10GE + 4×1/10GE – 60G ASR Router
6x1GE + 2x10GE – 2.5-20Gbps License – ASR Router
4×LAN PoE Ports – 1×GE/SFP Combo WAN – Fanless ISR Router
8×LAN Ports – 2×WAN (1×SFP Combo) – ISR Router
8×LAN PoE Ports – 1×WAN (1×SFP Combo) – ISR Router
4×LAN PoE+ Ports – 1×GE/SFP Combo WAN – SD-WAN Router
4×LAN PoE+ Ports – LTE
8×LAN PoE+ Ports – 2×WAN (1×SFP Combo) – ISR Router
8×LAN PoE+ Ports – LTE
4×1G Ports – 1RU SD-WAN Edge Router – 1 NIM Slot
2x1G SFP + 2x1G RJ45 WAN – 1 NIM + 1 PIM
2×10G SFP+ & 4×1G Ports – 1RU SD-WAN Router
6×1G Ports – 1RU SD-WAN Router – 1 SM / 1 NIM Slot
2×10G SFP+ & 4×1G Ports – 2RU SD-WAN Edge Router
6×1G Ports (4×RJ45 + 2×SFP) – 2RU SD-WAN Edge Router
20-Core uCPE – 4x10G SFP+ + 3x1G RJ45 – DNA Required
2×10GE + 4×2.5GE Ports – 1 SM / 1 NIM Slot Secure Router
12×1/10GE SFP+ Ports – Catalyst 8500 Edge Router – DNA Required
12×10G SFP+ + 4×40/100G QSFP Ports – Edge Router
20×1/10GE SFP+ – 6×40/100GE QSFP+ – Catalyst 8500 Edge Router
Network routers connect separate networks, WAN links, internet circuits, cloud environments, branches, campuses, and service provider paths. They handle routing, VPN, NAT, segmentation, SD-WAN, failover, traffic policy, and secure connectivity between sites.
Choose by site size, WAN bandwidth, interface types, routing protocols, SD-WAN needs, VPN scale, security features, module slots, license model, high availability, rack or desktop format, power design, and lifecycle plan.
A switch connects devices inside a local network, a router moves traffic between networks or WAN links, and a firewall enforces security policy and inspection. Some appliances combine these functions, but sizing and feature support should still be checked separately.
Choose an SD-WAN router when the site needs centralized WAN policy, multiple transport links, application-aware routing, encrypted overlays, cloud access, and simpler branch operations. Confirm controller support, license terms, throughput with encryption, and migration requirements.
Size router throughput with real services enabled, including VPN encryption, SD-WAN overlays, NAT, QoS, firewall services, application visibility, and tunnels. Raw forwarding numbers can be misleading if security or overlay features reduce usable performance.
Check copper Ethernet, SFP or SFP+ fiber, serial, LTE or 5G cellular, DSL, voice, WAN modules, LAN switch modules, and out-of-band management needs. Interface support depends on the platform, slot type, software, and regional carrier requirements.
Many routers need licenses or subscriptions for SD-WAN, security, throughput tiers, advanced routing, cloud management, support, or analytics. Verify what is included with the hardware and what must be ordered separately for the intended feature set.
Yes. This category can include routers from different vendors and product families. Use brand, series, WAN type, SD-WAN, throughput, and interface filters when the search intent requires exact platform compatibility or vendor-specific software information.
Replace an older router when WAN bandwidth, VPN scale, software support, security features, SD-WAN capability, module availability, lifecycle status, or support coverage no longer matches the site. Migration should include interface mapping and license planning.
Verify brand, model, throughput target, WAN interfaces, module slots, SD-WAN support, VPN scale, software image, licenses, power, mounting, cellular region, management platform, lifecycle status, warranty, support, and lead time.
Notifications