HPE B-series 16Gbps QSFP Transceiver - K2Q87A

Part Number: K2Q87A

Introduction

The HPE B-series 16Gbps QSFP Transceiver Transceiver is an essential component in modern data centers and network infrastructures. One of its key features is the part number, specifically identified as K2Q87A. This unique identifier plays a crucial role in ensuring compatibility and reliability within the network environment. In this section, we will delve into the benefits and importance of the K2Q87A part number for users.

Compatibility Assurance

The K2Q87A part number provides users with the assurance that the HPE B-series 16Gbps QSFP Transceiver Transceiver is specifically designed to meet the requirements of their HPE networking equipment. By using the transceiver with the matching part number, users can be confident in achieving optimal performance and compatibility. This eliminates any potential issues that may arise from using incompatible or generic transceivers.

Reliability and Quality

HPE has built a reputation for delivering high-quality networking products, and the K2Q87A part number is no exception. By using this specific part number, users can be assured of receiving a genuine HPE product that has undergone rigorous testing and meets the company's stringent quality standards. This translates to enhanced reliability, minimizing network downtime, and ensuring smooth operations.

Technical Support and Warranty

When users opt for the HPE B-series 16Gbps QSFP Transceiver Transceiver with the K2Q87A part number, they gain access to comprehensive technical support from HPE's knowledgeable team. In case of any issues or queries, users can rely on HPE's expertise to troubleshoot and resolve problems efficiently. Additionally, this specific part number is backed by HPE's warranty, providing users with peace of mind and protection against any manufacturing defects.

Future-Proofing

Investing in the K2Q87A part number ensures future-proofing your network infrastructure. As technology evolves, HPE continues to develop and release firmware updates and compatibility enhancements for their products. By using the specific part number, users can seamlessly upgrade their network equipment, taking advantage of new features and functionalities without worrying about compatibility issues or performance drawbacks.

Seamless Integration with HPE Ecosystem

The K2Q87A part number is specifically designed to integrate seamlessly with the HPE ecosystem. This means that it can work harmoniously with other HPE networking devices, such as switches, routers, and servers. This level of integration simplifies network management and configuration, streamlining operations for IT administrators and reducing the complexity of deploying and maintaining a robust network infrastructure.

Interoperability with Third-Party Devices

While the K2Q87A part number is optimized for HPE equipment, it also offers extensive interoperability with third-party devices that adhere to industry standards. This flexibility allows users to expand their network infrastructure without limitations, incorporating equipment from different vendors while still enjoying the benefits of this specific HPE transceiver part number.

Data Rate: 16Gbps

Introduction

The data rate is a critical aspect of any networking component, and the HPE B-series 16Gbps QSFP Transceiver Transceiver excels in this regard. With a data rate of 16Gbps, this transceiver is capable of delivering high-speed connectivity and ensuring efficient data transfer across the network. In this section, we will explore the benefits and importance of the 16Gbps data rate for users.

Enhanced Performance

The 16Gbps data rate offered by the HPE B-series QSFP Transceiver Transceiver provides users with exceptional performance capabilities. With faster data transfer speeds, users can experience reduced latency and improved network responsiveness. This is particularly crucial in bandwidth-intensive applications and environments where real-time data transmission is essential, such as streaming, video conferencing, and virtualization.

Bandwidth Optimization

By leveraging the 16Gbps data rate, users can effectively optimize their network's available bandwidth. This higher data rate allows for the simultaneous transmission of larger volumes of data, accommodating increased network traffic without compromising performance. As a result, organizations can handle growing data demands and ensure consistent network performance, even during peak usage periods.

Future-Proof Investment

Investing in a transceiver with a 16Gbps data rate is a future-proof solution for network infrastructure. As businesses evolve and their data requirements increase, having a higher data rate allows for scalability and adaptability without the need for immediate transceiver upgrades. This ensures that the network can handle future growth and technological advancements, reducing the need for costly equipment replacements.

Compatibility with Existing Infrastructure

The 16Gbps data rate of the HPE B-series QSFP Transceiver Transceiver ensures compatibility with existing infrastructure that supports this speed. Upgrading to a transceiver with a higher data rate allows organizations to take full advantage of their current network equipment capabilities. Users can seamlessly integrate the transceiver into their existing infrastructure without requiring extensive changes or upgrades to other networking components.

Seamless Integration with HPE Switches

The 16Gbps data rate aligns perfectly with HPE's high-performance switches, enabling seamless integration and optimal performance. These switches are designed to support high-speed connections, ensuring that the full potential of the HPE B-series QSFP Transceiver Transceiver's 16Gbps data rate is realized. This integration simplifies deployment and management processes and guarantees a robust and reliable network infrastructure.

Interoperability with Third-Party Devices

While the HPE B-series QSFP Transceiver Transceiver is optimized for HPE equipment, it also offers interoperability with third-party devices that support the 16Gbps data rate. This flexibility allows users to build versatile network infrastructures by incorporating components from different vendors while still enjoying the benefits of high-speed data transfer. It eliminates vendor lock-in and provides users with the freedom to choose the best networking equipment for their specific needs.

Form Factor: QSFP

Introduction

The form factor of a transceiver is a crucial consideration when selecting networking components. The HPE B-series 16Gbps QSFP Transceiver Transceiver features the Quad Small Form-factor Pluggable (QSFP) form factor, which offers numerous benefits and plays a significant role in network connectivity. In this section, we will explore the importance and advantages of the QSFP form factor for users.

High Port Density

The QSFP form factor enables high port density, allowing users to maximize their network's capacity within limited physical space. With its compact size, the HPE B-series QSFP Transceiver Transceiver can accommodate four optical or copper channels in a single module. This consolidation of multiple connections into one transceiver reduces clutter, simplifies cable management, and optimizes rack space utilization.

Cost-Effective Solution

By utilizing the QSFP form factor, organizations can achieve cost savings in terms of cabling infrastructure and equipment investments. With four channels combined into a single transceiver, fewer cables are required compared to traditional transceivers, leading to reduced cabling costs. Additionally, the consolidation of multiple connections into one transceiver minimizes the need for additional networking equipment, resulting in further cost savings.

Flexible Connectivity Options

The QSFP form factor supports various connectivity options, including Ethernet, Fibre Channel, and InfiniBand. This versatility allows users to choose the most suitable connection type based on their specific networking requirements. Whether it is for data center deployments, storage area networks, or high-performance computing clusters, the HPE B-series QSFP Transceiver Transceiver can provide the necessary connectivity for a wide range of applications.

Hot-Pluggable and Easy Maintenance

The QSFP form factor features hot-pluggable functionality, enabling easy installation and maintenance. With hot-plug capability, users can replace or upgrade transceivers without having to power down the entire network system. This reduces downtime and improves network availability, ensuring uninterrupted operations. The hot-pluggable feature also simplifies routine maintenance tasks, allowing for efficient troubleshooting and component replacements.

Interoperability with MPO/MTP Connectors

The QSFP form factor is designed to work seamlessly with MPO/MTP connectors, enabling high-density fiber connectivity. MPO/MTP connectors offer outstanding performance and reliability in data transmission, making them a popular choice in data centers and high-speed networks. By utilizing the QSFP form factor with MPO/MTP connectors, users can achieve efficient fiber connectivity with minimal signal loss and optimal network performance.

Optical and Copper Flexibility

The QSFP form factor supports both optical and copper interfaces, providing flexibility for users' specific networking requirements. Optical interfaces are ideal for long-distance data transmission and offer high speeds over extended distances. On the other hand, copper interfaces are suitable for short-range connections within a data center or campus environment. The HPE B-series QSFP Transceiver Transceiver's form factor allows users to select the most appropriate interface type based on their network topology and requirements.

In conclusion, the HPE B-series 16Gbps QSFP Transceiver Transceiver offers an array of features that ensure compatibility, reliability, and optimal performance. The K2Q87A part number guarantees compatibility with HPE equipment, while the 16Gbps data rate provides enhanced performance and future-proofing capabilities. Additionally, the QSFP form factor delivers high port density, cost-effectiveness, and flexibility in connectivity options. By choosing this transceiver, users can build a robust and efficient network infrastructure that meets their specific needs.