Summary
The NSA 7150 is a 2U rackmount appliance engineered for 5G network infrastructure and edge computing deployments requiring flexible I/O configuration. Powered by dual 3rd Generation Intel Xeon Scalable processors (up to 40 cores each), the platform delivers consistent high performance for network security and virtualization workloads. Eight PCIe slots accommodate modular expansion including 1G-200G Ethernet bypass LAN modules, QAT acceleration modules, and wireless adapters (Wi-Fi, 4G LTE, 5G FR1). The architecture supports up to 1.2Tb aggregate Ethernet connectivity through flexible module selection, enabling operators to deploy purpose-built configurations aligned with specific use case requirements without hardware redesign.
Problem / Requirements
5G infrastructure operators require appliances that adapt to diverse deployment scenarios spanning enterprise campus networks, public telecom infrastructure, and private network deployments. Inflexible I/O architectures lock organizations into single-use-case platforms, increasing total cost of ownership across heterogeneous environments. Network security and virtualization functions demand simultaneous support for data plane processing (inline packet inspection) and cellular connectivity (4G/5G integration). Operators need bypass LAN configurations for non-disruptive appliance insertion into existing network paths.
Technical Approach
NEXCOM engineered flexibility through modular PCIe architecture enabling runtime I/O configuration without system redesign. Eight high-speed PCIe slots accept diverse module types addressing bandwidth scaling (1G/10G/25G/100G/200G Ethernet modules), security acceleration (QAT offload cards), and wireless integration (4G/5G/Wi-Fi adapters). The base platform incorporates dual Xeon Scalable processors providing sufficient compute capacity for both data plane processing and control functions. Bypass LAN modules enable transparent insertion into security policy enforcement points without requiring network reconfiguration.
Implementation Notes
Module selection determines platform specialization without hardware substitution. High-bandwidth Ethernet bypass modules support in-line security functions (IDS/IPS, DPI) while maintaining network symmetry and minimizing latency impact. 4G LTE and 5G FR1 wireless modules integrate natively through dedicated PCIe slots, enabling cellular backhaul connectivity or private network deployment. The dual Xeon architecture provides sufficient processing headroom for simultaneous execution of multiple specialized functions across different modules.
Thermal design accommodates full-duplex operation across all eight PCIe slots, enabling aggressive module utilization without thermal throttling. The 2U form factor maintains standard 19-inch rack compatibility while providing adequate heat dissipation surface area.
/table
Challenge | Solution
Inflexible single-use-case platform design | 8 PCIe slots supporting modular 1G-200G Ethernet, QAT, wireless
Network insertion complexity for security | Bypass LAN modules with passive fail-safe operation
Cellular integration without separate devices | Native 4G LTE and 5G FR1 module support through PCIe
Limited I/O scaling across deployments | Modular architecture supports dynamic module substitution
Compute adequacy for multi-function workloads | Dual 40-core processors enabling parallel workload execution
/endtable
Key Takeaways
Modular PCIe architecture enables single platform adaptation across multiple 5G deployment scenarios, reducing inventory complexity and capital expenditure. Bypass LAN modules provide transparent security appliance deployment without application-layer impact. Native wireless module support integrates cellular connectivity into enterprise edge infrastructure without separate equipment. The dual Xeon processor configuration provides sufficient compute capacity for simultaneous data plane and control plane operations. 1.2Tb aggregate Ethernet connectivity matches compute density to network I/O, eliminating bottlenecks in high-throughput scenarios.
Contact NEXCOM
For specifications, availability, and technical inquiries, contact NEXCOM via the official website.
Specifications Snapshot
/table
Specification | Details
Processor | Dual 3rd Gen Intel Xeon Scalable (up to 40 cores each)
PCIe Slots | 8x PCIe Gen4 for modular expansion
Ethernet Options | 1G/10G/25G/100G/200G Bypass LAN modules
Connectivity | Up to 1.2Tb aggregate Ethernet
Wireless Support | Wi-Fi, 4G LTE, 5G FR1 modules
Security Modules | QAT acceleration cards for cryptographic operations
Form Factor | 2U rackmount
Bypass Capability | Yes, passive fail-safe operation
Target Applications | 5G networks, network security, edge computing
/endtable
