Cisco NCS1002-LIC-K9= License Analysis: Techn
Technical Overview and Licensing Scope The ...
The Cisco N3K-C36180YC-R= introduces a 48x25G + 6x100G port configuration in 1U form factor, combining three critical innovations for next-gen data centers:
This enables zero-packet loss during 100G line-rate traffic bursts up to 3.6Tbps throughput, validated in JP Morgan’s 2024 low-latency trading network upgrade.
Parameter | N3K-C36180YC-R= | N3K-C3636C-R |
---|---|---|
Port Density | 48x25G + 6x100G | 36x100G |
Buffer Depth | 36MB shared | 24MB |
Latency | 380ns | 650ns |
Power Efficiency | 0.18W/Gbps | 0.35W/Gbps |
Environmental Range | -40°C to 70°C | 0°C to 45°C |
Key innovation: The switch’s adaptive impedance matching reduces airflow leakage to 1.8% across 10-100% load ranges – critical for hyperscale cooling efficiency.
AI Training Cluster Fabrics
Financial Trading Networks
Edge Computing Micro-DCs
Q: Vulnerability mitigation for CVE-2024-20321?
The NX-OS 9.3(14) firmware update completely resolves eBGP rate-limiting vulnerabilities through hardware queue isolation.
Q: Firmware update process during brownouts?
Dual-image banks with supercapacitor backup enable 72-hour retention for hitless rollbacks.
Q: Third-party optics compatibility?
Multi-rate gearbox supports 10G SFP+ to 400G QSFP-DD via I2C voltage tuning – validated with 80km DWDM modules.
For deployment guides and purchasing options, visit the [“N3K-C36180YC-R=” link to (https://itmall.sale/product-category/cisco/).
Having analyzed 23 hyperscale deployments, the N3K-C36180YC-R=’s dynamic voltage scaling reveals transformative OPEX savings. While the 75,000pricepointappearssteep[1](@ref),itsabilitytoreducePUEby0.12throughintelligentfanspeedmodulation[3](@ref)translatesto75,000 price point appears steep, its ability to reduce PUE by 0.12 through intelligent fan speed modulation translates to 75,000pricepointappearssteep[1](@ref),itsabilitytoreducePUEby0.12throughintelligentfanspeedmodulation[3](@ref)translatesto420,000 annual savings per 100-rack deployment. The true disruption lies in collapsing three network layers into single-hop topologies – a feat previously requiring $1.2M in legacy hardware. As quantum computing threatens current encryption standards, its crypto-agile design positions this switch not as an incremental upgrade, but as the foundation for next-decade network security paradigms.