GLCZXSMRGDST Startech SFP Transceiver Module Gigabit Fiber 1000base-zx LC 70 Km Ethernet Module

Startech Gigabit Fiber SFP Transceiver Module

The Startech GLCZXSMRGDST is a high-performance Gigabit fiber transceiver designed for reliable long-distance Ethernet connectivity. This LC duplex module supports 1000BASE-ZX standards, ensuring seamless integration with enterprise networking equipment.

General Information

• Manufacturer: Startech
• Part Number: GLCZXSMRGDST
• Device Type: Transceiver Module

Technical Specifications

• IEEE 802.3z 1000BASE-ZX compliance
• Compatible with 1000 Mbps networks
• Supports Digital Diagnostic Monitoring (DDM)
• Full-Duplex fiber operation
• Single-mode fiber type
• Maximum transfer distance: 43.5 miles (70 km)
• Data transfer rate: 1.25 Gbps
• Wavelength: 1550 nm

Environmental Conditions

• Humidity: 5% to 95% RH
• Operating Temperature: 32°F to 158°F
• Storage Temperature: -40°F to 185°F

Physical Characteristics

• Color: Silver
• Enclosure: Aluminum
• Height: 0.5 in
• Length: 2.2 in
• Width: 0.5 in
• Weight: 1 oz
• Shipping Weight: 0.1 lb

Package Contents

• Startech GLCZXSMRGDST SFP Transceiver Module

Performance Advantages

• Reliable long-distance fiber connectivity up to 70 km
• High-speed data transfer at 1.25 Gbps
• Durable aluminum housing for enhanced protection

Startech GLCZXSMRGDST 1000Base-ZX SFP Transceiver Overview

The Startech GLCZXSMRGDST Gigabit Fiber 1000Base-ZX SFP Transceiver Module is a high-performance networking component designed to provide reliable long-distance fiber optic connectivity for enterprise networks, data centers, telecommunications environments, and professional IT infrastructures. This optical transceiver module delivers Gigabit Ethernet communication through single-mode fiber cabling, making it an effective solution for extending network connections over large distances while maintaining stable data transmission.

Designed as a compact Small Form-factor Pluggable (SFP) module, the Startech GLCZXSMRGDST offers a flexible and efficient way to upgrade or expand compatible network switches, routers, and fiber-enabled communication equipment. With support for 1000Base-ZX Ethernet standards and a transmission distance of up to 70 kilometers, this fiber optic module is ideal for organizations requiring dependable long-range network links.

Gigabit Fiber SFP Transceiver Technology

Gigabit fiber transceiver modules play an essential role in modern networking systems by converting electrical signals from network equipment into optical signals that travel through fiber optic cables. The Startech GLCZXSMRGDST SFP module combines optical technology with Ethernet networking standards to enable fast and secure communication between connected devices.

Compact Small Form-Factor Pluggable Design

The SFP form factor allows the Startech GLCZXSMRGDST module to fit into a wide range of networking hardware without requiring large expansion cards or complicated installation procedures. Its compact design makes it suitable for high-density networking environments where space efficiency and scalability are important.

1000Base-ZX Gigabit Ethernet Compatibility

The 1000Base-ZX standard represents a Gigabit Ethernet optical networking specification designed for long-distance fiber communication. The Startech GLCZXSMRGDST module utilizes this standard to deliver reliable 1Gbps network performance over compatible fiber infrastructure.

Unlike traditional copper Ethernet connections that experience limitations over longer cable distances, fiber optic connections provide greater reach and improved resistance to electromagnetic interference. This makes the module suitable for environments where consistent connectivity is required over extended areas.

Long Distance Fiber Transmission Capability

One of the primary advantages of the Startech GLCZXSMRGDST transceiver is its ability to support fiber links up to 70 kilometers. This extended range makes it a valuable component for metropolitan area networks, campus networks, industrial environments, and communication systems that require connectivity between distant locations.

Single-Mode Fiber Support

The module is designed for use with single-mode fiber cabling, which allows optical signals to travel over longer distances with reduced signal loss. Single-mode fiber technology provides a narrow transmission path that supports efficient communication across large network infrastructures.

Applications of Startech Gigabit Fiber Optical Module

The Startech GLCZXSMRGDST Gigabit Fiber SFP Transceiver is commonly used in various professional networking scenarios where long-range Ethernet connectivity is necessary. Its combination of speed, distance capability, and compact design makes it suitable for many infrastructure requirements.

Enterprise Network Infrastructure

Businesses with multiple departments, buildings, or locations can use this fiber optic module to create stable communication links between network points. It helps support data sharing, centralized resources, voice communication systems, and other business-critical networking services.

Data Center Connectivity

Modern data centers require efficient and scalable communication between servers, switches, storage systems, and network devices. The Startech GLCZXSMRGDST module supports fiber-based connections that help maintain fast and reliable data exchange within large IT environments.

Telecommunication Network Deployment

Telecommunication providers and service operators often rely on fiber optic technology to deliver consistent connectivity over wide geographic areas. A long-distance Gigabit SFP module such as the Startech GLCZXSMRGDST can support communication pathways between network equipment separated by significant distances.

Advantages of Fiber Optic Networking with SFP Modules

Fiber optic networking provides several benefits compared with traditional copper cabling solutions. The Startech GLCZXSMRGDST takes advantage of optical transmission technology to deliver improved distance, stability, and performance for professional network applications.

High-Speed Data Communication

Gigabit Ethernet technology allows the module to support fast network transfers suitable for demanding applications. Businesses can use this type of connectivity for large file transfers, cloud access, database communication, video services, and other bandwidth-intensive tasks.

Reduced Signal Interference

Fiber optic cables transmit data using light signals rather than electrical signals. This design reduces the impact of electromagnetic interference and helps maintain cleaner communication channels, especially in industrial or high-density electronic environments.

Optical Ethernet Communication Components

Optical transceivers serve as the communication bridge between network hardware and fiber cabling. They receive electrical data signals from networking devices, convert them into optical signals, and transmit them through fiber cables before converting incoming optical signals back into electrical data.

Fiber Module Compatibility

The Startech GLCZXSMRGDST is designed for compatibility with networking equipment that supports Gigabit SFP modules. Proper compatibility between the transceiver and network hardware ensures smooth installation and stable operation.

Choosing the Right Gigabit SFP Fiber Module

Selecting the correct fiber transceiver requires consideration of several factors, including network distance requirements, fiber cable type, equipment compatibility, and desired performance. The Startech GLCZXSMRGDST is designed specifically for users who need extended-range Gigabit Ethernet communication.

Distance and Infrastructure Considerations

Network planners should evaluate the physical distance between connected devices before selecting a transceiver. Modules supporting longer distances are commonly used in larger facilities where standard Ethernet cables may not provide sufficient reach.

Fiber Network Scalability

Fiber optic systems provide a scalable foundation for future network expansion. By using modular SFP solutions, organizations can adapt their infrastructure as connectivity demands increase.