Cisco NV-NGC-S-1YR=: Core Functionality, Subs
Product Definition and Strategic Role The �...
The CP-8811-K9++= is a high-density 40/100 Gigabit Ethernet module for Cisco Catalyst 8800 Series switches, designed for data center spine-layer and enterprise core deployments. This module prioritizes ultra-low latency and high-throughput packet forwarding, making it ideal for AI/ML workloads, real-time analytics, and hyperscale cloud environments.
1. AI/ML Cluster Interconnects
Supports RoCEv2 (RDMA over Converged Ethernet) for low-latency communication between GPU/TPU nodes in AI training clusters.
2. Financial Trading Networks
Enables sub-microsecond latency for algorithmic trading platforms, with precision timing via Cisco Crosspoint FPGA integration.
3. Multi-Tenant Cloud Backbones
Isolates tenant traffic using VRF-lite and Q-in-Q tagging, scaling to 16,000 virtual networks per chassis.
Q: Is the CP-8811-K9++= backward-compatible with Catalyst 6800 chassis?
A: No—exclusively designed for Catalyst 8800 Series due to its 7nm ASIC architecture and enhanced airflow requirements.
Q: How does it handle mixed 40GE and 100GE port configurations?
A: Uses dynamic port grouping—any port can operate as 40GE or 100GE independently without slot restrictions.
Q: What redundancy features ensure continuous uptime?
A: Cisco ISSU (In-Service Software Upgrade) eliminates downtime during updates + N+1 fabric module redundancy for hardware failures.
For chassis compatibility verification and lead times, visit the Catalyst 8800 modules page at itmall.sale. Ensure your spine switches run IOS XE 17.12.1+ to enable full MACsec 256-bit encryption capabilities.
While the CP-8811-K9++= delivers cutting-edge performance, its adoption requires careful planning—especially around cooling (4RU chassis minimum) and power infrastructure (240V AC recommended). For enterprises modernizing data centers to handle AI-scale workloads, however, its 3.2 Tbps throughput and adaptive buffering justify the investment. The lack of backward compatibility may frustrate legacy users, but those building greenfield environments will find it a cornerstone of next-gen network architecture.