OTS-1310NP-6L4S

The OTS-1310NP-6L4S is a high-performance network security platform based on Intel Atom C-series processors. It features a hybrid network interface with 6×2.5GbE RJ45 ports and 4×10Gb SFP+ ports, integrating PCIe 3.0 expansion, M.2 Key-B, an mPCIe interface, and dual SIM card slots. It demonstrates exceptional flexibility and reliability in high-throughput data transmission, virtual network isolation, and multi-link communication management. It is specifically designed for enterprise-level scenarios such as firewalls, UTM, VPNs, SD-WAN, virtualization gateways, and edge computing nodes.

Main Features:

• Hybrid Network Architecture: Features a dual-mode network design with six Gigabit RJ45 Ethernet ports and four SFP+ fiber ports, supporting mixed copper and fiber networking. This flexible configuration meets diverse network access requirements and adapts to different cabling environments and transmission distances.
• High-Performance, Low-Power Platform: Powered by Intel Atom C-series processors, the platform achieves an optimal balance between performance and power efficiency. It supports DDR4 SO-DIMM memory up to 64GB, and its optimized thermal design ensures stable, long-term operation.
• Extensive Expansion Capabilities: Equipped with a reserved PCIe x8 expansion slot to support add-on function cards. Multiple M.2 and mPCIe interfaces enable the integration of wireless communication modules. An onboard SIM card slot supports 4G/5G network redundancy and backup.
• Industrial-Grade Reliability Design: Supports wide-range AC power input to tolerate unstable power conditions. The compact metal chassis provides both efficient heat dissipation and mechanical robustness, and supports wide operating temperature ranges to meet the demands of harsh environments.
• Flexible Storage Configuration: Includes dual SATA 6Gb/s interfaces for traditional high-capacity storage devices, along with an M.2 Key-M slot for high-speed SSD storage. The combination of multiple storage options allows flexible configurations to suit different application requirements.