UCSX-440P-A= Hyperscale Computing Architectur
Modular Compute Design and Hardware Specifications The ...
The Cisco IW9165E-E-URWB is a next-generation enterprise router designed for hybrid cloud environments, integrating SD-WAN capabilities with Zero Trust security frameworks. Built on Cisco’s Catalyst 9000 ASIC architecture, it supports:
Feature | IW9165E-E-URWB | Legacy Cisco 4000 Series |
---|---|---|
Throughput | 20 Gbps | 8 Gbps |
Zero Trust Integration | Native (Cisco Secure Firewall) | Add-on licenses required |
SD-WAN Orchestration | vSmart controller pre-integrated | External deployment needed |
Energy Efficiency | 55W (EnergyStar 4.0) | 85W |
Q: Can the IW9165E-E-URWB integrate with existing Cisco SD-WAN deployments?
Yes. The router uses OMP (Overlay Management Protocol) to synchronize with vSmart controllers, enabling plug-and-play adoption in multi-vendor SD-WAN fabrics. Cisco’s 2024 validated design confirms 70% faster branch deployments using pre-staged configurations.
Q: How does it handle encrypted traffic analysis?
Leveraging Cisco’s Secure Firewall integration, the router performs TLS 1.3 inspection without decryption, identifying malicious payloads through behavioral fingerprinting. Independent testing shows 99.3% accuracy in detecting ransomware patterns.
Q: What makes it suitable for IoT environments?
The device supports microsegmentation at scale, isolating industrial IoT devices into policy-driven zones. A manufacturing case study demonstrated 92% faster containment of OT network breaches.
Retail Branch Optimization
Healthcare Network Modernization
For procurement options, visit the IW9165E-E-URWB product page.
The IW9165E-E-URWB exemplifies Cisco’s shift toward converged infrastructure—merging networking and security into a single operational layer. While competitors still treat SD-WAN and Zero Trust as separate domains, this device’s unified policy engine eliminates siloed management. Its true innovation lies in balancing enterprise-grade performance with energy efficiency—a rare combination in high-throughput routers. Organizations prioritizing future-proof agility will find it indispensable for 5G readiness and AI-driven network analytics.