Industrial 8x1000M SFP + 1x1000M SFP port /TP port Combo uplink Fiber Switch

8x1000M SFP ports + 1x1000M SFP port /TP port (Combo) uplink Fiber Switch

Product Overview:

The E-link LNK-FS801 is a high-performance 9-Port Unmanaged Gigabit Fiber Optic Switch designed for reliable all-fiber network deployments. This professional-grade switch features 8× 1000M SFP fiber ports and 1× Gigabit Combo uplink port (1000M SFP + 10/100/1000BASE-T RJ45 interchangeable), providing exceptional flexibility for gigabit fiber optic connectivity.

Supporting hot-pluggable SFP modules, this switch enables seamless integration with various fiber optic equipment including fiber switches, media converters, and network devices. The combo uplink port offers dual-media flexibility, allowing either fiber or copper connectivity for network aggregation. With plug-and-play operation, the switch requires no configuration while delivering stable performance in demanding environments.

Engineered for industrial-grade reliability, the LNK-FS801 operates with consistent performance across various applications. Ideal for security surveillance systems, intelligent transportation networks, industrial automation, and electrical power systems, this fiber switch ensures robust performance where fiber optic connectivity, ease of use, and reliability are essential requirements.

Product Features:

✅ High-Density Fiber Connectivity: Features 8× 1000M SFP fiber ports and 1× Gigabit Combo uplink port (SFP/RJ45 interchangeable) for flexible gigabit network deployment.

✅ Hot-Pluggable SFP Support: Enables seamless module replacement and network expansion without system shutdown, supporting various SFP transceivers.

✅ Non-Blocking Full-Duplex Performance: Ensures each port operates at full rate with full-duplex non-blocking forwarding for maximum network efficiency.

✅ Advanced Switching Capacity: Provides 8K MAC address table, 1Mbit storage buffer, and 4.6G backplane bandwidth for high-performance data processing.

✅ Network Simplification Solution: Replaces central fiber converters to streamline network architecture, reduce establishment costs, and minimize device failure points.

✅ Enhanced EMI Immunity: All-fiber optic design provides superior resistance to electromagnetic interference in electrically noisy environments.

✅ Industrial-Grade Reliability: Designed for continuous operation in demanding conditions with robust hardware construction.

✅ Flexible Uplink Options: Combo port supports either fiber or copper connectivity for versatile network aggregation strategies.

✅ Cost-Effective Fiber Deployment: Reduces overall network infrastructure costs while maintaining professional performance standards.

Application Scenarios

• Industrial Automation Networks: Provides reliable fiber connectivity for PLCs, HMIs, and control systems with superior resistance to electromagnetic interference in manufacturing environments.

• Security Surveillance Systems: Supports high-resolution camera networks and NVR connections with 8×1000M SFP ports for high-bandwidth video transmission.

• Intelligent Transportation Systems (ITS): Ideal for traffic management centers, electronic toll collection, and roadside communication cabinets with all-fiber noise immunity.

• Data Center Edge Connectivity: Serves as cost-effective fiber aggregation point for server connectivity and network distribution with non-blocking forwarding capability.

• Power Utility Infrastructure: Deploys in substation automation and grid monitoring systems where electrical noise immunity and reliable operation are critical.

• Telecommunications Access Networks: Provides fiber aggregation for FTTx applications and network edge connectivity with flexible Gigabit combo uplink options.

• Broadcast and Media Environments: Ensures signal integrity for high-definition video transmission systems where electrical interference must be eliminated.

• EMI-Sensitive Applications: Suitable for medical imaging systems, research laboratories, and military installations requiring complete electrical isolation.

Technical Indexes

Ordering Information

Application Display Diagram