XP-13B1-10DE-EMC Dell 32GB Lx Lw 1310nm SFP28 Single Mode Sfp+ Transceiver

Product Overview for the Dell XP-13B1-10DE-EMC SFP28 32Gb Long-Wavelength Optical Module Features

The DELL XP-13B1-10DE-EMC transceiver is an advanced single-mode SFP+ module designed for 32Gbps Fibre Channel connectivity. Engineered for high-performance enterprise networks, this optical module delivers exceptional long-distance communication with dependable data integrity.

Performance and Compatibility

• Supports a blazing-fast 32Gbps data transfer rate, ideal for bandwidth-intensive applications
• Utilizes the SFP28 form factor for streamlined integration into compatible Dell EMC switches and servers
• Designed with a 1310nm laser for optimal long-wavelength optical transmission
• Interoperates seamlessly with a variety of single-mode fiber (SMF) network infrastructures

Enhanced Connectivity for Enterprise Environments

This hot-swappable optical module is purpose-built for data centers, SANs, and enterprise-grade systems where dependable high-speed communication is critical. Its compact SFP+ footprint enables dense port configurations, ensuring better scalability and efficient use of rack space.

Benefits of the 1310nm LX/LW Wavelength

• Minimized signal distortion over extended distances due to low attenuation rates
• Ideal for long-haul communication across data centers or between server rooms
• Delivers higher signal fidelity compared to shorter wavelength modules

Technical Specifications at a Glance

• Model Number: XP-13B1-10DE-EMC
• Form Factor: SFP28
• Transmission Speed: 32 Gbps
• Wavelength: 1310nm
• Cable Type: Single-Mode Fiber
• Hot Swappable: Yes
• Digital Diagnostics: Supported (DDM)

Reliability and Build Quality

The XP-13B1-10DE-EMC is crafted using high-grade components to ensure optimal signal performance and long-term durability. It undergoes rigorous testing to meet Dell's demanding quality benchmarks, making it a trusted option for mission-critical environments.

Power Efficiency and Thermal Management

• Consumes minimal power while maintaining consistent throughput
• Integrated temperature monitoring safeguards against overheating
• Maintains energy-efficient operations even in densely populated equipment setups

Deployment Versatility

Perfectly suited for enterprise storage networking, the DELL XP-13B1-10DE-EMC optical module is compatible with a variety of Dell EMC platforms and can be deployed in high-throughput storage fabrics, hyper-converged infrastructure, and virtualized server environments.

Use Case Scenarios

• Connecting SAN switches to storage arrays across long-distance fiber links
• Interfacing between data center routers and core switches for faster data flow
• Establishing scalable, low-latency backbone networks with future-proof speed

Key Advantages Over Legacy Modules

• Offers up to 4x the data rate of older 8Gb or 16Gb SFP+ modules
• Reduces cabling complexity with high-speed, low-loss single-mode fiber
• Extends operational reach up to 10 kilometers depending on fiber quality

Smart Monitoring and Diagnostics

Equipped with Digital Diagnostic Monitoring (DDM), the transceiver allows real-time tracking of crucial parameters including optical output power, input power, voltage, temperature, and laser bias current. This ensures quick identification of faults and proactive maintenance.

Interoperability with Dell EMC Network Equipment

Certified for optimal performance across Dell EMC switching platforms and network cards, this transceiver ensures plug-and-play operation. It adheres to industry-standard MSA compliance, ensuring broader compatibility within mixed-vendor environments.

Streamlined Network Management

• Simple integration with network management systems through SNMP
• Instant device detection and activation without manual configuration
• Firmware compatibility optimized for Dell ecosystem hardware

Compliance and Standards

• Compliant with SFF-8472 and SFP28 MSA specifications
• RoHS and CE certified to meet environmental and safety requirements
• Backed by Dell EMC for performance assurance and reliability

Dell XP-13B1-10DE-EMC 32GB LX LW 1310nm SFP28 Single Mode SFP+ Transceiver Overview

The Dell XP-13B1-10DE-EMC is a 32GB LX LW 1310nm SFP28 single-mode SFP+ transceiver that is engineered to deliver high-speed data transmission over long distances with exceptional reliability and performance. Designed for enterprise and data center environments, this optical transceiver offers superior performance for high-bandwidth applications, cloud computing, and hyperscale networking infrastructures. Leveraging 1310nm wavelength and longwave (LW) optics, it supports long-reach transmission over single-mode fiber (SMF), making it ideal for demanding environments that require stable and efficient network connectivity.

High-Speed 32Gbps Data Transmission

The core advantage of the Dell XP-13B1-10DE-EMC transceiver is its ability to handle data rates up to 32Gbps. This allows network engineers and administrators to create robust links between switches, routers, and servers with high throughput and minimal latency. As data demands grow exponentially in modern IT ecosystems, having transceivers that can support such high speeds ensures scalable and future-ready network infrastructure.

Application in SAN and Enterprise Networks

The 32Gbps capability makes this transceiver particularly useful in Storage Area Network (SAN) deployments, where massive amounts of data are moved between storage arrays and computing units. Enterprises with high-performance computing (HPC) requirements benefit from its ability to maintain steady, lossless transmission, reducing bottlenecks in mission-critical environments. The Dell XP-13B1-10DE-EMC is compatible with EMC and Dell SAN switches and directors, which are often central components of data-driven enterprises.

Optical Characteristics and Single-Mode Fiber Support

Equipped with a 1310nm wavelength laser, the Dell XP-13B1-10DE-EMC utilizes longwave optics to facilitate extended-range communication. This SFP28 transceiver is optimized for single-mode fiber, enabling reliable transmission over distances that typically reach up to 10 kilometers. This feature makes it well-suited for campus networks, metropolitan area networks (MAN), and any setting that requires long-distance fiber optic communication without degradation in signal quality.

Benefits of 1310nm Longwave (LW) Technology

The use of 1310nm wavelength ensures lower optical attenuation in SMF environments, resulting in higher efficiency and reduced energy consumption. Longwave lasers are known for their ability to support extended transmission distances compared to their shortwave counterparts, such as 850nm. Additionally, 1310nm lasers have a narrower spectral width, minimizing signal dispersion and ensuring clearer data transmission.

EMC Compatibility for Seamless Integration

Designed to be fully compatible with EMC networking devices, this transceiver ensures seamless integration into existing Dell EMC systems. This plug-and-play module does not require complex configuration, offering a fast deployment path in EMC-oriented infrastructures. Enterprises that rely on Dell and EMC hardware gain the benefit of full lifecycle support, enhanced interoperability, and manufacturer-level validation.

Form Factor and Mechanical Design

The Dell XP-13B1-10DE-EMC transceiver uses the SFP+ form factor, a widely adopted hot-swappable module design that supports high-speed data transmission while maintaining compact size. SFP+ and SFP28 modules share the same form factor, allowing backward compatibility with various 10G and 25G infrastructures while still delivering 32G throughput in supported environments. Its mechanical design emphasizes efficient heat dissipation and secure locking, critical for consistent performance in high-density switch environments.

Hot-Swappable Architecture

With its hot-swappable capabilities, the Dell XP-13B1-10DE-EMC offers exceptional flexibility in network maintenance and upgrades. IT administrators can replace or upgrade the transceiver without powering down network devices, reducing downtime and maintaining business continuity. This feature is especially valuable in mission-critical operations such as financial trading platforms, cloud services, and real-time data analytics centers.

Space-Efficient Network Integration

The SFP+ design allows for higher port density on switches and network interface cards (NICs), contributing to more scalable infrastructure. Whether deployed in core switches, aggregation layers, or top-of-rack (ToR) deployments, this compact transceiver fits into modern high-density networking schemes without compromising airflow or cabling efficiency.

Enhanced Performance and Reliability

The Dell XP-13B1-10DE-EMC is engineered for reliability, ensuring consistent uptime and performance in enterprise-level deployments. It undergoes rigorous testing for signal integrity, thermal tolerance, and electromagnetic interference (EMI), ensuring long-term stability in challenging network conditions. Its compliance with multiple standards, such as IEEE 802.3 and MSA (Multi-Source Agreement), further enhances its trustworthiness in multivendor environments.

Digital Diagnostics Monitoring (DDM)

One of the key features of this SFP+ transceiver is its support for Digital Diagnostics Monitoring (DDM), allowing real-time access to crucial transceiver parameters such as temperature, voltage, laser bias current, transmit power, and receive power. Network administrators can proactively monitor performance metrics and identify degradation trends, enabling predictive maintenance and reducing the risk of network failures.

Low Bit Error Rate and Signal Integrity

The Dell XP-13B1-10DE-EMC delivers a very low bit error rate (BER), crucial for high-availability applications such as video streaming, data replication, and cloud hosting. Combined with its superior signal integrity and low jitter performance, this transceiver ensures minimal packet loss and maximum data integrity even during peak loads or extended transmission distances.

Interoperability with Modern Network Equipment

One of the most compelling aspects of the Dell XP-13B1-10DE-EMC is its broad interoperability. It works seamlessly with a wide range of Dell switches, routers, and other EMC and OEM equipment, making it a versatile choice for hybrid network environments. It also supports automatic negotiation for speed and link compatibility, adapting to various network configurations without the need for manual tuning.

Use Cases in Contemporary IT Infrastructure

This transceiver is ideal for a variety of use cases including cloud data centers, enterprise campus networks, storage networks, and telecommunications providers. Its long-range capabilities make it perfect for inter-building connectivity on large campuses or inter-rack connections in hyperscale data centers. It also serves well in disaster recovery environments where reliable long-distance data transmission is paramount.

Support for Fiber Channel and Ethernet Protocols

With its high-speed capabilities and SFP28 interface, the XP-13B1-10DE-EMC can support both Fiber Channel and Ethernet traffic, offering deployment flexibility. This makes it an optimal choice for converged networks, where both storage and data traffic coexist. Compatibility with 32G FC and 25G Ethernet ensures long-term usability across multiple protocol platforms.

Energy Efficiency and Eco-Friendly Design

Energy efficiency is a growing concern for modern IT infrastructure, and the Dell XP-13B1-10DE-EMC excels in this domain. With its optimized laser technology and power-efficient design, it minimizes energy consumption without compromising performance. It helps enterprises achieve greener data centers by reducing heat output, lowering cooling demands, and contributing to an overall reduction in energy costs.

Reduced Power Consumption per Gigabit

Compared to older transceivers with similar capabilities, this model consumes significantly less power per gigabit transmitted. This power efficiency is crucial for large-scale deployments where hundreds or thousands of transceivers are active simultaneously. Lower power draw per port translates into reduced operational expenses (OPEX) and supports sustainability goals.

Compliance with RoHS and Environmental Standards

The Dell XP-13B1-10DE-EMC complies with Restriction of Hazardous Substances (RoHS) directives and meets environmental standards set by regulatory bodies. This makes it suitable for organizations committed to environmentally responsible IT practices. Its design avoids hazardous materials while maintaining top-tier performance metrics.

Security and Firmware Integrity

As security becomes a greater priority in networking environments, the Dell XP-13B1-10DE-EMC includes firmware-level integrity checks and secure compatibility with authenticated Dell EMC platforms. Secure boot and firmware validation mechanisms prevent tampering and unauthorized device use, enhancing network security from the hardware level upward.

Vendor Lock-In Prevention with MSA Compliance

Despite being optimized for Dell EMC environments, the module's compliance with the Multi-Source Agreement (MSA) format helps avoid vendor lock-in. This ensures that organizations have the flexibility to deploy the transceiver in multivendor setups without performance compromise or compatibility issues.

Safe and Predictable Behavior in Multi-Platform Deployments

Firmware validation and digitally signed microcode ensure the transceiver behaves predictably across different platforms. Whether deployed in an all-Dell ecosystem or a mixed-vendor environment, its performance and security remain consistent, minimizing risk and improving administrative control.

Diagnostics, Maintenance, and Lifecycle Management

The Dell XP-13B1-10DE-EMC is designed with ease of maintenance and extended lifecycle in mind. Featuring built-in diagnostics, real-time monitoring, and error detection, it reduces mean time to repair (MTTR) and improves operational efficiency. It supports extended operational lifespans, making it a cost-effective investment for enterprises that require long-term reliability from their optical transceivers.

Lifecycle Optimization for IT Budgets

By reducing the frequency of transceiver replacement and enabling proactive maintenance, this module helps organizations better allocate IT budgets. The combination of robust build quality, compatibility with evolving technologies, and reliable support from Dell ensures that the XP-13B1-10DE-EMC continues to deliver value throughout its operational life.

Integrated Error Logging and Predictive Analytics

DDM-enabled analytics and integrated error reporting tools support predictive maintenance strategies. Administrators can track usage patterns, performance anomalies, and environmental variables to make informed decisions on when to service or replace modules. This reduces downtime and supports mission-critical uptime requirements.