Hanwha SFP-GLCM202 1000Mbps Fiber Optic Module

Hanwha SFP-GLCM202 1000Mbps Fiber Optic Module

The Hanwha SFP-GLCM202 is an industrial-grade Small Form-Factor Pluggable (SFP) fiber optic transceiver designed for seamless integration into managed switches, unmanaged switches, and media converters. This MSA-compliant module delivers reliable, high-speed connectivity for demanding surveillance and network infrastructure applications requiring extended reach and temperature stability.

Key Features

• 1000Mbps data rate for high-bandwidth network applications
• 1310nm wavelength optimized for multi-mode fiber transmission
• LC connector for standard fiber optic connections
• 2km maximum reach enabling flexible network topology design
• MSA-compliant for broad equipment compatibility
• Wide operating temperature range: -40°C to +75°C for industrial environments
• Supports both managed and unmanaged switch deployment

Technical Specifications

This SFP module operates at gigabit speeds (1000Mbps) using a 1310nm wavelength, making it ideal for multi-mode fiber installations. The LC connector type ensures compatibility with standard fiber optic infrastructure. With a maximum reach of 2 kilometers, the SFP-GLCM202 provides flexibility for network segmentation across facilities, campuses, or distributed surveillance systems. The module's extended temperature tolerance (-40°C to +75°C) qualifies it for both indoor and harsh outdoor deployment scenarios.

Applications

• IP surveillance system network extension and backbone connectivity
• Long-distance fiber optic links between network equipment
• Industrial and enterprise network infrastructure upgrades
• Media converter integration for mixed copper/fiber networks
• Temperature-critical outdoor surveillance installations

The SFP-GLCM202 is engineered for plug-and-play deployment in standard SFP slots, eliminating complex configuration requirements and reducing installation time. Its MSA compliance ensures interoperability across vendors and platforms, making it a versatile choice for expanding existing network infrastructure without equipment replacement.