SFP10GSRSTTA Startech 10GBase-SR LC SFP+ Multi-mode Fiber Transceiver

The StarTech SFP10GSRSTTA SFP+ Transceiver offers a blazing-fast data rate of 10Gbps, making it an excellent choice for users who require high-speed data transmission. This feature provides numerous benefits and is of utmost importance for various applications.

General Information

• Manufacturer: Startech
• Model Number: SFP10GSRSTTA
• Device Type: Optical Transceiver Module

Technical Highlights

• Form Factor: SFP+
• Hot-Swappable: Yes
• Interface: LC Connector supporting 10GBase-SR
• Port Configuration: 1 x LC 10GBase-SR Network
• Supported Media: Optical Fiber cabling
• Fiber Mode: Multi-mode compatibility for versatile deployment

Performance and Networking

• Ethernet Standard: 10 Gigabit Ethernet
• Network Protocol: 10GBase-SR technology
• Application: Optimized for optical networking and data communication

Physical Characteristics

• Design: Compact hot-pluggable module
• Usage: Ideal for high-speed data networking environments

Startech SFP10GSRSTTA 10GBPS SFP+ Transceiver Module

The Startech SFP10GSRSTTA 10Gbps 10GBase-SR Multi-Mode Fiber 300m 850nm Duplex LC Connector SFP+ Transceiver Module is engineered to provide high-speed optical connectivity for enterprise networking environments, data centers, storage infrastructures, virtualization platforms, and high-performance computing deployments. Designed according to industry-standard SFP+ specifications, this transceiver module delivers reliable 10 Gigabit Ethernet communication over multimode optical fiber while maintaining compatibility with a broad range of networking hardware.

The module utilizes the 10GBase-SR optical networking standard, making it suitable for short-range optical transmission applications where low latency, high throughput, and stable signal integrity are critical. By leveraging an 850nm VCSEL laser source and duplex LC optical interface, the transceiver supports seamless communication between switches, routers, network interface cards, storage devices, and other optical networking equipment operating at 10Gbps speeds.

Compact Hot-Pluggable SFP+ Form Factor

The SFP+ form factor provides a compact and space-efficient design that enables network administrators to maximize port density within networking hardware. The Startech SFP10GSRSTTA module can be installed into compatible SFP+ slots without requiring system shutdowns, supporting hot-swappable operation for simplified deployment and maintenance.

The compact dimensions allow network equipment manufacturers to incorporate numerous high-speed ports within a single switch or router chassis. This increased density is especially beneficial in data center racks where maximizing bandwidth per rack unit is a critical infrastructure objective.

The hot-pluggable architecture reduces downtime during upgrades, replacements, and maintenance procedures. Network engineers can add, remove, or replace modules without interrupting overall system operation, helping maintain network availability and service continuity.

10 Gigabit Ethernet Data Transfer Performance

Supporting a maximum throughput of 10Gbps, the Startech SFP10GSRSTTA module is optimized for modern bandwidth-intensive applications. The module provides consistent performance for workloads involving large-scale data transfers, virtualization traffic, cloud computing operations, backup environments, multimedia streaming, and enterprise communications.

The transceiver maintains stable signal transmission across supported multimode fiber links, helping ensure efficient data delivery with minimal packet loss. High-speed Ethernet communication is essential for organizations requiring rapid access to centralized storage systems, distributed computing resources, and virtualized infrastructures.

Its capability to support full-duplex communication enables simultaneous transmission and reception of data, effectively maximizing available bandwidth and improving overall network efficiency.

10GBase-SR Optical Technology

Short-Range Optical Connectivity

The 10GBase-SR standard is specifically designed for short-range optical networking applications utilizing multimode fiber infrastructure. The Startech SFP10GSRSTTA transceiver enables reliable short-distance communication while maintaining cost-effective deployment characteristics compared to long-range optical solutions.

Short-range optical technology is commonly used within enterprise buildings, server rooms, campus environments, and data centers where high-speed links are required between network devices located within the same facility or interconnected facilities.

The module's optical design provides predictable performance and supports the stringent requirements associated with modern Ethernet networking standards.

850nm Optical Wavelength Operation

The transceiver operates using an 850nm wavelength, which is widely recognized as the preferred operating wavelength for multimode fiber communication. This wavelength enables efficient optical transmission while maintaining compatibility with OM3 and OM4 multimode fiber cabling infrastructures.

850nm optical transmission benefits from mature manufacturing technologies, enabling reliable performance and cost-effective deployment. The wavelength is particularly suitable for short-distance networking applications where high-speed data transmission is required without the complexity associated with longer wavelength optical systems.

The optical subsystem is carefully engineered to maintain signal quality throughout supported transmission distances, contributing to consistent network performance.

VCSEL Laser Technology

The module incorporates Vertical Cavity Surface Emitting Laser technology, commonly referred to as VCSEL. VCSEL-based optical transmitters are widely used in 10GBase-SR deployments due to their efficiency, reliability, and ability to support high-speed data rates.

VCSEL technology provides precise optical signal generation while maintaining low power consumption characteristics. This contributes to improved thermal efficiency and supports high-density networking environments where numerous transceivers may be operating simultaneously.

The stable optical output generated by the VCSEL transmitter helps maintain signal integrity and supports dependable communication across multimode fiber links.

Multi-Mode Fiber Compatibility

Support for OM3 Fiber Infrastructure

The Startech SFP10GSRSTTA module is compatible with OM3 multimode fiber cabling, enabling transmission distances of up to 300 meters under supported operating conditions. OM3 fiber is commonly deployed in enterprise and data center environments due to its ability to support high-speed optical networking applications.

Organizations utilizing existing OM3 cabling infrastructures can leverage this transceiver to achieve 10 Gigabit Ethernet connectivity without requiring major cabling replacements. This capability simplifies migration from lower-speed network technologies while preserving existing infrastructure investments.

Support for Advanced Multi-Mode Cabling

In addition to OM3 fiber support, the module can operate with higher-performance multimode fiber solutions that provide enhanced bandwidth characteristics. Advanced multimode fiber installations can further optimize signal quality and support demanding networking workloads.

The transceiver's optical design ensures compatibility with commonly deployed multimode fiber standards, making it suitable for a wide range of deployment scenarios.

Optimized Optical Performance

Careful optical engineering enables the module to achieve efficient light coupling and signal transmission across multimode fiber cores. The optical components are designed to minimize signal degradation while maintaining consistent performance throughout the supported distance range.

Network administrators benefit from predictable link establishment and stable communication characteristics when deploying the module within standards-compliant optical infrastructures.

300 Meter Transmission Capability

Extended Reach for Enterprise Networks

The Startech SFP10GSRSTTA transceiver supports optical transmission distances of up to 300 meters over appropriate multimode fiber cabling. This reach capability accommodates a broad range of enterprise networking requirements, including inter-switch links, aggregation connections, storage networking, and server connectivity.

The 300-meter range provides flexibility for network architects designing structured cabling systems within office complexes, educational institutions, healthcare facilities, research laboratories, and enterprise campuses.

Reliable operation across supported distances enables organizations to establish high-speed optical links without introducing unnecessary complexity into network designs.

Data Center Interconnect Applications

Within modern data centers, servers, storage arrays, and network switches are often distributed across multiple racks and cabinets. The 300-meter transmission capability supports communication between these devices while maintaining the high bandwidth required for data-intensive workloads.

Optical connectivity reduces susceptibility to electromagnetic interference and supports cleaner signal transmission compared to many traditional copper-based alternatives.

Low-Latency Communication

The optical transmission technology used within the module contributes to low-latency communication between connected devices. Reduced latency is particularly important for virtualization clusters, storage area networks, cloud infrastructure, and high-performance computing applications.

Efficient optical signaling enables rapid data movement while supporting the performance expectations associated with modern enterprise environments.

Duplex LC Optical Connector Interface

Industry-Standard LC Connectivity

The module utilizes a duplex LC connector interface, one of the most widely adopted optical connection standards in enterprise networking. The compact design of LC connectors supports high-density fiber deployments while maintaining reliable physical connectivity.

LC connectors provide secure optical alignment, helping ensure efficient signal transfer between fiber cables and transceiver modules. Their popularity within enterprise environments contributes to broad compatibility with existing fiber patch panels, cable assemblies, and networking equipment.

Transmit and Receive Optical Paths

The duplex LC interface supports separate transmit and receive optical channels, enabling full-duplex communication. Dedicated optical paths allow simultaneous bidirectional data transmission, maximizing throughput and supporting continuous network operations.

Separate transmit and receive channels contribute to improved signal management and facilitate reliable communication across supported network architectures.

Fiber Patch Panel Integration

The module integrates seamlessly with structured cabling systems that utilize LC-based fiber patch panels and fiber distribution frames. This compatibility simplifies installation procedures and supports organized cable management practices within enterprise facilities.

Network administrators can deploy the transceiver within existing optical infrastructures while maintaining consistent connectivity standards across the environment.

Compatibility and Networking Integration

Broad Equipment Interoperability

The Startech SFP10GSRSTTA transceiver is designed to operate with a variety of compatible networking devices that support SFP+ optical interfaces. This interoperability enables flexible deployment across switching, routing, storage, and server networking platforms.

The module supports industry-standard networking requirements, allowing organizations to integrate high-speed optical connectivity into heterogeneous networking environments.

Reliable interoperability simplifies procurement, deployment, and infrastructure expansion strategies.

Switch Connectivity Applications

Enterprise switches frequently utilize SFP+ ports to provide high-speed uplinks, aggregation links, and backbone connectivity. The transceiver enables efficient communication between access, distribution, and core network layers while supporting 10 Gigabit Ethernet bandwidth requirements.

Switch-to-switch connectivity forms a critical component of scalable network architectures, and the module provides the optical performance necessary to support these deployments.

Server and Storage Networking

Modern servers and storage systems increasingly depend on 10Gbps networking for efficient operation. The Startech SFP10GSRSTTA module facilitates high-speed communication between compute resources, storage platforms, and network infrastructure.

Storage traffic, backup operations, replication tasks, and virtual machine communications can benefit from the enhanced bandwidth delivered through optical 10 Gigabit Ethernet connections.

Reliability and Operational Stability

Enterprise-Class Optical Components

The module incorporates precision optical and electronic components engineered for consistent operation within professional networking environments. These components work together to maintain signal integrity, minimize transmission errors, and support dependable network connectivity.

Enterprise networking deployments require reliable hardware capable of supporting continuous operation, and the transceiver is designed to meet these expectations.

Signal Integrity Management

Maintaining signal integrity is essential for high-speed optical communication. The Startech SFP10GSRSTTA transceiver includes circuitry and optical engineering features that help preserve signal quality throughout the transmission process.

Stable signal performance contributes to reduced error rates and improved overall network efficiency. Consistent communication quality is particularly important in environments handling mission-critical applications and large-scale data transfers.

Thermal Efficiency Characteristics

The transceiver is designed to operate efficiently within high-density networking environments where thermal management is a significant consideration. Efficient power utilization helps reduce heat generation while supporting stable operation.

Thermal efficiency contributes to long-term reliability and supports deployment within densely populated switch chassis and data center installations.