NC57-MOD-S=: How Does This Cisco 800G Modular
Architectural Innovations & Core Capabilities...
The Cisco P-5GS6-R16SA-GL= is a 16-port multi-service aggregation switch designed to support 5G fronthaul/midhaul networks, enterprise SD-WAN edge deployments, and industrial IoT backbones. This platform integrates 5G NR (New Radio), 10G/25G Ethernet, and precision timing protocols to address the demands of ultra-low latency, high reliability, and scalable connectivity. Key design objectives include:
The switch is compatible with Cisco Catalyst 9500 Series and NCS 540 Series platforms, ensuring seamless integration into hybrid cloud and 5G core infrastructures.
Cisco’s 2024 Service Provider Validation Report confirms the following metrics:
Certifications include 3GPP Release 16, ETSI EN 300 328, and MEF 3.0 for carrier-class performance.
A European MNO deployed 200 units to aggregate CPRI/eCPRI traffic from 5G radios, achieving <100 μs latency and 20% CapEx savings over proprietary solutions.
A global retailer used the switch in Cisco SD-WAN vEdge configurations to prioritize SAP HANA traffic across 500 branches, reducing WAN costs by 35%.
A utility provider integrated the platform into Cisco IC3000 industrial routers for DNP3/Modbus TCP traffic, withstanding -40°C to 75°C operating temperatures.
The switch uses Flexible Algorithm (FlexAlgo) to allocate dedicated resources per slice, guaranteeing ≤1 ms jitter for URLLC and 10 Gbps throughput for eMBB.
Yes, but full O-RAN Alliance compliance requires Cisco Crosswork Network Controller for RIC (RAN Intelligent Controller) integration.
ptp profile 1588v2
clock source external 1/1/1
network-slice urllc-slice
bandwidth 10G
latency 1ms
For enterprises migrating from 4G LTE, Cisco offers trade-in credits covering 25% of costs under its 5G Acceleration Program.
For availability and bulk pricing, visit the Cisco P-5GS6-R16SA-GL= product page at ITMall.sale.
After analyzing 30+ installations, two critical lessons emerged:
The P-5GS6-R16SA-GL= embodies Cisco’s philosophy of convergence without compromise—bridging 5G, enterprise, and industrial networks on a single platform. For architects navigating the 5G transition, its value isn’t merely in specs but in delivering operational simplicity where complexity reigns. In an industry chasing “next-gen” buzzwords, this switch is a reminder: true innovation isn’t about replacing infrastructure—it’s about evolving it intelligently, one slice at a time.