813876-001 HPE 10Gbase-T SFP+ Transceiver

Highlights of HPE 10Gbase-T SFP+ Transceiver

The HPE 813876-001 10 Gigabit Ethernet SFP+ Transceiver Module delivers ultra-fast 10GBPS performance with dependable wired connectivity. This plug-in device is engineered for enterprise-grade networking and optimized for high-speed data communication.

Main Information

• Brand Name: HPE
• Model Number: 813876-001
• Product Type: Transceiver Module

Technical Features

Form Factor

• Compact plug-in design
• Streamlined for enterprise hardware integration

Networking Specifications

Connectivity Technology

• Wired transmission for consistent performance
• Supports advanced Ethernet standards

Cabling Type

• 10GBASE-T standard
• RJ-45 interface compatibility

Data Link Protocol

• 10 Gigabit Ethernet
• High-speed communication protocol

Data Transfer Rate

• Up to 10 Gbps throughput
• Ideal for bandwidth-heavy workloads

Maximum Transfer Distance

• Supports up to 98 feet (30 meters)
• Reliable short-range transmission

Expansion and Connectivity

Interface Options

• 1 x Ethernet 10GBASE-T port
• RJ-45 connector for universal compatibility

HPE 813876-001 10 Gigabit SFP+ Transceiver Module Overview

Enterprise-Class Optical Networking Foundation

The HPE 813876-001 10 Gigabit Ethernet 10 Gbps SFP+ Transceiver Module belongs to a highly specialized category of enterprise optical networking components designed to deliver reliable, high-speed data transmission across modern IT infrastructures. This category of Small Form-Factor Pluggable Plus (SFP+) modules is widely used in data centers, enterprise switches, storage networks, and high-performance computing environments where stable and consistent 10GbE connectivity is essential for mission-critical workloads. As network traffic demands continue to grow due to cloud adoption, virtualization, and big data analytics, the importance of high-density optical transceivers like the HPE 813876-001 becomes increasingly significant.

This category focuses on compact, hot-pluggable optical interfaces that enable seamless integration into compatible HPE networking equipment. The module is engineered to support high-bandwidth communication while maintaining low latency and optimized power consumption, making it a core component in scalable enterprise architectures.

Role of SFP+ Transceivers in Modern Network Infrastructure

SFP+ transceiver modules such as the HPE 813876-001 play a central role in enabling high-speed communication between switches, routers, servers, and storage systems. The 10 Gigabit Ethernet standard represents a major evolution from earlier Gigabit Ethernet technologies, offering ten times the bandwidth while maintaining backward compatibility in many enterprise ecosystems. This makes SFP+ modules a preferred choice for organizations upgrading their network backbone without replacing entire infrastructure systems.

These transceivers are designed to support both short-range and long-range optical connectivity depending on fiber type and deployment requirements. Within large-scale data centers, they provide the backbone for east-west traffic flow, ensuring rapid communication between distributed computing nodes and virtualized workloads.

HPE 813876-001 Module Category Positioning

High-Speed 10Gbps Data Transmission Architecture

The HPE 813876-001 is categorized within the 10Gbps SFP+ optical transceiver segment, optimized for enterprise-grade performance and stability. It is engineered to support full-duplex communication at 10 Gigabit per second speeds, enabling seamless transfer of large datasets across network nodes. This high throughput capability is essential for environments where latency-sensitive applications such as virtualization clusters, financial systems, and cloud services operate continuously.

Optical Signal Processing and Integrity

At the core of this module’s architecture is advanced optical signal conversion technology that transforms electrical signals into light pulses for transmission over fiber optic cabling. This ensures minimal signal degradation even across long distances, depending on the fiber configuration used. The module is optimized to maintain signal integrity through sophisticated encoding and decoding mechanisms that reduce packet loss and transmission errors.

Energy Efficiency and Power Optimization

Energy efficiency is a critical factor in enterprise networking components. The HPE 813876-001 category is designed with low power consumption architecture, making it suitable for high-density deployments where multiple transceivers operate simultaneously within switches or blade systems. Reduced heat output also contributes to improved thermal management within data center racks.

Compatibility and Ecosystem Integration

This transceiver module is engineered to integrate seamlessly with compatible HPE networking switches, routers, and blade systems. Its interoperability ensures that organizations can deploy it across standardized infrastructure without requiring extensive configuration modifications. This compatibility is especially important in enterprise environments where network uptime and stability are critical operational requirements.

Enterprise Data Center Deployment Applications

High-Density Switching Environments

In modern data centers, the HPE 813876-001 category is commonly deployed within high-density switch environments where multiple servers require simultaneous 10GbE connectivity. These environments demand consistent throughput and low latency to support virtualization platforms and distributed computing workloads. The transceiver enables efficient traffic aggregation and distribution across network layers.

Cloud Infrastructure and Scalable Networking

Cloud computing architectures rely heavily on scalable networking components capable of handling dynamic workloads. The SFP+ 10GbE category supports rapid scaling by allowing network administrators to expand bandwidth capacity without redesigning the entire network topology. This flexibility makes the module a critical component in private cloud, hybrid cloud, and enterprise cloud data centers.

Virtualization and Software-Defined Networking

Virtualized environments require high-speed communication between virtual machines, hypervisors, and storage systems. The HPE 813876-001 category supports these requirements by delivering consistent 10Gbps performance that reduces bottlenecks in virtual machine migration, distributed storage access, and software-defined networking operations. This ensures improved workload efficiency and system responsiveness.

Storage Area Network Integration

High-Performance Storage Connectivity

Storage Area Networks (SANs) benefit significantly from the deployment of 10Gb SFP+ transceivers. The HPE 813876-001 module category supports high-speed data transfer between storage arrays and compute nodes, ensuring that large-scale data operations occur without performance degradation. This is particularly important in enterprise environments where databases and backup systems require uninterrupted access to storage resources.

Latency Reduction in Storage Communication

Low latency is a key requirement in storage networking. The optical transmission capability of SFP+ modules minimizes delays in data retrieval and storage synchronization processes. This improves overall system performance, particularly in environments where real-time data processing is essential.

Redundancy and High Availability Support

Enterprise storage architectures often require redundancy to ensure high availability. The HPE 813876-001 module category supports redundant network paths, allowing failover mechanisms to activate automatically in case of link failure. This contributes to continuous uptime and data protection across critical systems.

Fiber Optic Connectivity and Cabling Architecture

Multimode Fiber Deployment Scenarios

In short-range enterprise deployments, multimode fiber is commonly used with 10Gb SFP+ transceivers. The HPE 813876-001 category supports high-speed transmission across multimode fiber links typically found within data center racks or adjacent equipment rooms. This setup ensures cost-effective and efficient high-speed connectivity.

Single-Mode Fiber Long Distance Transmission

For long-distance networking requirements, single-mode fiber is utilized to extend connectivity across campuses or between geographically separated data centers. The SFP+ module category is designed to maintain signal clarity over these extended distances, ensuring stable and reliable communication across wide-area enterprise networks.

Optical Wavelength Stability

Stable optical wavelength transmission is essential for maintaining data integrity over fiber networks. The HPE 813876-001 category incorporates precise optical tuning mechanisms that ensure consistent wavelength output, reducing signal distortion and improving overall transmission reliability.

LC Connector Standardization

LC connectors are commonly used in SFP+ modules due to their compact size and high-performance optical alignment. The HPE 813876-001 module category leverages LC duplex connectors to ensure secure and efficient fiber connections. This standardized interface allows for easy integration into existing enterprise fiber infrastructure.

Network Performance Optimization

Bandwidth Aggregation Efficiency

The 10Gbps capacity of SFP+ modules enables efficient bandwidth aggregation across multiple network nodes. This is particularly beneficial in environments where multiple applications require simultaneous access to network resources. The HPE 813876-001 category ensures that traffic distribution remains balanced and efficient under heavy workloads.

Latency Optimization in High-Traffic Networks

Network latency can significantly impact application performance in enterprise systems. By leveraging optical transmission and high-speed processing, SFP+ transceivers reduce latency and improve response times across distributed systems. This is critical for financial trading systems, real-time analytics, and cloud applications.

Packet Loss Minimization Techniques

Advanced error correction and signal stabilization techniques embedded within the module help minimize packet loss during transmission. This ensures data integrity and improves reliability across mission-critical systems where data accuracy is essential.