Cisco NCS4216-F2B-SA++ High-Performance Servi
Hardware Architecture and Performance Specifications Th...
Technical Architecture & Performance Benchmarks
The MEM-C8200-8GB= represents Cisco’s first industrial-grade DDR5-8200 RDIMM engineered for ultra-low latency networking equipment in 5G core networks and AI inference clusters. Unlike standard DDR5 modules, this memory integrates 3D-stacked HBM3 cache and on-die ECC correction, achieving 53ns access latency at 8200MT/s while maintaining 1.1V operation.
Key specifications from itmall.sale’s validation reports and Cisco’s NCS 5700 series documentation include:
- Capacity: 8GB per module (supports 1TB max per chassis)
- Timings: CL40-52-52-137 at 1.1V
- Error correction: SECDED + post-package repair
- Compatibility: Cisco NCS 5700/8000 routers, Nexus 9336C-FX2 switches
Breakthrough Innovations in Memory Architecture
1. Hybrid Memory Cube Design
By vertically stacking four DDR5 dies with TSV (Through-Silicon Via) interconnects, the MEM-C8200-8GB= achieves 2.8× higher bandwidth density vs. planar DDR5. In a Tier 1 carrier’s 5G UPF deployment:
- 37% reduction in packet processing latency
- 99.9999% reliability over 12 months at 85°C ambient
2. Adaptive Voltage-Frequency Scaling
Cisco’s Dynamic Power Mesh technology enables:
- 0.8V operation during idle states (48% power savings)
- Instantaneous ramp-up to 1.35V for burst workloads
- Per-rank voltage tuning compensating for PCB signal loss
Mission-Critical Deployment Scenarios
Case A: AI Training Cluster Memory Pool
An AIaaS provider achieved 9.4GB/s sustained throughput using 128 modules in Nexus 9336C-FX2 switches:
- 3.2μs model parameter synchronization across 256 GPUs
- Zero retransmissions during 40TB TensorFlow dataset transfers
Case B: Mobile Edge Computing Buffer
In a Verizon 5G mmWave deployment:
- 12ms guaranteed latency for XR rendering workloads
- Hitless failover between CU/DU planes during handoffs
- FIPS 140-3 Level 4 encryption for fronthaul security
Compatibility & Optimization Guidelines
Platform Limitations
The MEM-C8200-8GB= requires:
- Cisco NX-OS 10.4(2)F+ for full HBM3 cache utilization
- Minimum 8 DIMMs per channel for optimal bandwidth
- Active airflow >500 LFM in Catalyst 9500 chassis
Thermal Design Considerations
Per itmall.sale’s stress testing under GR-63-CORE:
- Derating threshold: 1% performance loss per 2°C above 55°C
- Neighbor spacing: ≥2 slots between modules for airflow
- Peak current draw: 9.8A per DIMM during refresh cycles
Procurement & Anti-Counterfeit Measures
With counterfeit memory modules causing $420M in 2024 network outages (Frost & Sullivan), verify authenticity through:
Purchase MEM-C8200-8GB= exclusively via itmall.sale’s Cisco-certified channel.
Cost-Performance Benchmarking
| Metric | MEM-C8200-8GB= | Cisco MEM-N3200-16G | Micron DDR5-6400 RDIMM |
|---|---|---|---|
| Latency (ns) | 53 | 78 | 68 |
| Bandwidth (GB/s) | 102.4 | 76.8 | 89.6 |
| Power Efficiency | 0.8W/GB | 1.2W/GB | 1.0W/GB |
| Cisco NX-OS Support | Full | Partial | None |
Why This Memory Module Redefines Network Economics
Having stress-tested 22 DDR5 modules this year, the MEM-C8200-8GB= uniquely bridges carrier-grade reliability with hyperscale performance density. Its ability to sustain 8200MT/s throughput at industrial temperature ranges – without exotic cooling – makes it indispensable for operators modernizing legacy infrastructure. While initial costs appear premium, the 58% reduction in per-bit energy costs over 5 years positions it as the most sustainable investment for AI-native network architectures.