Cisco 8200 32x400G QSFPDD 1RU Fixed System | Fixed Router Platform — SD-AR1K-820132FO
Consolidate high-capacity traffic into a compact 1RU footprint with the Cisco 8200 fixed system. Designed around 32 x 400G QSFP-DD interfaces, this platform is built for environments where port density and rack efficiency are as important as throughput. For network teams planning around growth, a fixed system can simplify deployment and standardization. The 1RU form factor helps preserve rack space in constrained facilities, while the 400G interface count supports dense aggregation and high-speed interconnect requirements. That makes it a strong fit for operators that need to scale bandwidth without expanding the physical footprint. This model is especially relevant for organizations that value hardware consistency across sites or want to align procurement with a known architecture. It is a practical choice when the network design calls for high-density connectivity, disciplined space usage, and a platform that can anchor demanding transport or aggregation roles. Ideal For High-density aggregation in enterprise or service provider networks Compact deployment in space-constrained equipment racks High-speed interconnects between core and edge layers Standardized fixed-platform rollouts across multiple sites Why This Product 1 32 x 400G ports deliver dense connectivity in 1RU 2 Fixed system architecture supports standardized rollouts 3 Compact footprint suits constrained rack environments 4 Better fit for high-capacity aggregation than lower-density platforms
- Platform Support: Cisco 8200
- License Type: Hardware platform
- Licensing Program: No software support
- Software Name: AR LEVEL 1 NO SW SUP CISCO 8200 32X400G QSFPDD 1RU FIXED SYS
- Product Supported: Cisco 8200
- Software Category: Cloud licensing
- Key Feature 1: 32 x 400G QSFP-DD interfaces
- Key Feature 2: 1RU fixed system
- Key Feature 3: Cisco 8200 platform
- Key Feature 4: High-density port architecture
- Key Feature 5: Compact rack footprint
- Key Feature 6: Designed for fixed deployment models
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