Summary
The NSA 6310 is a 1U rackmount uCPE platform leveraging ARM-based architecture for edge networking deployments. Built on the NXP Layerscape LX2160A system-on-chip with 8/12/16 64-bit ARM Cortex-A72 processor cores, the NSA 6310 delivers optimized performance for network function virtualization (NFV) and telecom edge environments. The platform integrates Data Path Acceleration Architecture 2 (DPAA2) for packet processing efficiency, flexible network I/O through dual SerDes slots, and enterprise security features including TPM 2.0 and Secure Boot. FPGA and GPU expansion options enable edge AI analytics and image inferencing workloads.
Problem / Requirements
Telecom operators and service providers require cost-effective edge computing platforms that balance processing capability with power efficiency for 5G network deployments. Legacy x86-based solutions present power consumption and thermal challenges in distributed edge environments. Organizations need flexible I/O configurations to support varying bandwidth requirements (1G to 10G Ethernet) while maintaining hardware-level security posture for NFV-enabled infrastructure.
Technical Approach
NEXCOM addressed these requirements through ARM-based SoC selection paired with specialized network acceleration. The NXP Layerscape LX2160A incorporates DPAA2 hardware acceleration for inline packet processing, reducing CPU overhead for high-throughput networking functions. Dual SerDes slots enable flexible LAN module deployment, allowing operators to select 1G or 10G Ethernet modules based on specific deployment scenarios. The 1U form factor optimizes rack density while maintaining thermal and power efficiency.
Implementation Notes
The NSA 6310 supports three processor core configurations (8, 12, or 16 cores) enabling right-sizing for specific workload requirements. The DPAA2 acceleration subsystem handles queue management and packet classification natively, improving network processing throughput without consuming additional CPU cycles. Secure Boot and TPM 2.0 provide cryptographic device attestation and secure key storage for compliance with telecom security frameworks. Optional FPGA and GPU modules integrate through standard expansion slots, supporting machine learning inference at network edge without redesign.
Network I/O flexibility is managed through the dual SerDes configuration, supporting simultaneous deployment of different speed modules or redundant network paths. The 1U rackmount design integrates into standard 19-inch rack infrastructure alongside existing telecom equipment.
/table
Challenge | Solution
Power efficiency in distributed edge networks | ARM-based SoC with low power envelope vs. x86 alternatives
NFV packet processing overhead | DPAA2 hardware acceleration for inline packet classification and queue management
Inflexible network I/O configurations | Dual SerDes slots supporting modular 1G/10G LAN options
Cryptographic key management in shared environments | TPM 2.0 with Secure Boot for device attestation and secure storage
AI analytics deployment at network edge | Optional FPGA/GPU expansion through standard interfaces
/endtable
Key Takeaways
ARM-based edge platforms address specific power and thermal constraints in distributed 5G environments where x86 deployments introduce operational overhead. The NSA 6310's DPAA2 acceleration provides deterministic network processing performance without custom kernel modules. Hardware security features (TPM 2.0, Secure Boot) satisfy telecom-grade security requirements for NFV infrastructure. Modular expansion options enable workload-specific customization without platform redesign. The 1U form factor optimizes rack utilization in space-constrained colocation facilities.
Contact NEXCOM
For specifications, availability, and technical inquiries, contact NEXCOM via the official website.
Specifications Snapshot
/table
Specification | Details
Processor | NXP Layerscape LX2160A (8/12/16 ARM Cortex-A72 cores)
Acceleration | DPAA2 hardware acceleration subsystem
Network I/O | 2x SerDes slots (1G/10G LAN module options)
Security | TPM 2.0, Secure Boot, device attestation
Expansion | FPGA/GPU modules via standard slots
Form Factor | 1U rackmount
Operating Environment | 0-40°C operating temperature range
Target Applications | NFV, 5G IT networks, telecom virtualization
/endtable
