Broadcom LPE32000-M2 32gfc SW Optical-lc SFP+ FC HBA

Port

The Broadcom LPE32000-M2 FC Host Bus Adapter is equipped with 1 port. This single port allows for connectivity between the host system and Fibre Channel storage devices. The importance of having 1 port is that it provides a reliable and efficient connection for data transfer.

Single Point of Connection

Having a single port means that all data traffic is routed through a single point of connection. This eliminates the need for multiple connections and simplifies the overall setup process. With just one port, users can easily manage and monitor their data transfer without the complexity of multiple ports.

Streamlined Data Transfer

The use of a single port ensures that data transfer remains streamlined and efficient. With only one connection to manage, there is less chance for data congestion or bottlenecks. This leads to improved performance and faster transfer speeds.

Cost-Effective Solution

The presence of just one port makes the Broadcom LPE32000-M2 FC Host Bus Adapter a cost-effective solution. Users do not have to invest in additional ports or cables, which can save both time and money. Additionally, the simplified setup process reduces the need for extensive technical expertise.

Speed

The Broadcom LPE32000-M2 FC Host Bus Adapter offers a speed of 32GFC (Gigabit Fibre Channel). This high-speed capability provides users with numerous benefits, making it ideal for demanding applications that require fast data transfer.

Enhanced Performance

The 32GFC speed allows for enhanced performance in data-intensive tasks. Whether it's transferring large files or running resource-intensive applications, the high-speed capability ensures that data is processed quickly and efficiently. This results in improved productivity and reduced wait times.

Future-Proof Solution

With technology continuously evolving, it's important to invest in future-proof solutions. The 32GFC speed of the Broadcom LPE32000-M2 FC Host Bus Adapter ensures that users are prepared for upcoming advancements in data transfer. It provides a level of scalability and compatibility that can accommodate future demands.

Compatibility with Existing Infrastructure

Despite offering a high-speed capability, the Broadcom LPE32000-M2 FC Host Bus Adapter is also backward compatible with lower speed Fibre Channel standards. This means that users can seamlessly integrate the adapter into their existing infrastructure without the need for a complete overhaul. It offers flexibility and compatibility, making it an ideal choice for businesses with diverse storage needs.

Connector

The Broadcom LPE32000-M2 FC Host Bus Adapter features an LC SFP+ connector. This connector type is widely used in the networking industry due to its numerous benefits and importance for reliable data transmission.

Compact and Efficient Design

The LC SFP+ connector has a compact form factor, which makes it efficient in terms of space utilization. Its small size allows for higher port density, enabling users to connect more devices in a limited space. This is particularly advantageous in data centers or environments where rack space is at a premium.

Hot Pluggable

One of the key advantages of the LC SFP+ connector is its hot pluggable nature. This means that users can insert or remove the connector from a live system without interrupting the operation. It provides ease of maintenance and flexibility, allowing for quick changes or upgrades without downtime.

High Data Transmission Speed

The LC SFP+ connector is designed to support high-speed data transmission. It is capable of handling data rates up to 16 Gbps and beyond. This ensures that users can enjoy fast and reliable connectivity for their storage devices, minimizing latency and maximizing efficiency.

Optical

The Broadcom LPE32000-M2 FC Host Bus Adapter supports shortwave optical communication. This feature plays a crucial role in ensuring reliable and efficient data transfer for users.

Long Distance Connectivity

Shortwave optical communication enables long-distance connectivity between the host system and storage devices. It utilizes light signals to transmit data, allowing for communication over extended distances without signal degradation or loss. This is particularly beneficial in large-scale environments or when connecting devices in separate locations.

No Electromagnetic Interference

Optical communication is immune to electromagnetic interference (EMI) as it relies on light signals instead of electrical signals. This makes it suitable for environments with high levels of EMI, such as data centers with numerous electronic devices. Users can enjoy a stable and uninterrupted connection without the risk of signal degradation due to external factors.

Secure Data Transmission

Optical communication offers a higher level of security compared to traditional copper-based connections. As light signals are used to transmit data, it is more difficult for unauthorized individuals to intercept or tamper with the transmitted information. This makes it an ideal choice for organizations that prioritize data security and confidentiality.