HPE FTLF8529P4BCV-2H MSA 16GB Short Wave FC SFP+ 4-Pack New

In the world of networking and data storage, transceivers play a crucial role in ensuring seamless data transfer. One such transceiver is the HPE FTLF8529P4BCV-2H MSA 16GB Short Wave FC SFP+ 4-Pack Transceiver. In this detailed guide, we will dive deep into understanding what this transceiver is, its specifications, and how it benefits users in the field of data communication and storage.

The HPE FTLF8529P4BCV-2H is a high-performance transceiver designed to be used in data storage and networking applications. It is specifically engineered for short-range Fibre Channel (FC) connections and uses Small Form-factor Pluggable Plus (SFP+) technology. This particular model comes in a convenient 4-pack, making it suitable for various setups where multiple connections are required.

Before we delve into the details of the HPE FTLF8529P4BCV-2H, let's take a moment to understand the fundamental concepts of transceivers and SFP+ technology.

• Transceivers: A transceiver, short for transmitter-receiver, is a device that sends and receives data over a network. It's like the "bridge" between devices that need to communicate with each other. Transceivers are commonly used in networking and storage systems to ensure data flows smoothly between interconnected devices.
• SFP+ (Small Form-factor Pluggable Plus): SFP+ is a compact, hot-pluggable transceiver used in a variety of networking and storage applications. These modules are known for their small physical size, making them ideal for high-density installations. They are commonly used in data centers, storage area networks (SANs), and other high-speed data transfer environments.

Now, let's explore the technical specifications of the HPE FTLF8529P4BCV-2H MSA 16GB Short Wave FC SFP+ Transceiver.

• Data Rate: The HPE FTLF8529P4BCV-2H operates at a blazing data rate of 16 gigabits per second (16Gbps). This high data rate makes it suitable for fast data transmission and storage applications, such as high-speed SANs.
• Interface: This transceiver uses a Short Wave (SW) interface. Short Wave refers to the type of optical signals it uses for communication. Short-wave transceivers are typically used for short-distance connections, making them ideal for data centers and enterprise environments.
• Form Factor: The HPE FTLF8529P4BCV-2H transceiver comes in the SFP+ (Small Form-factor Pluggable Plus) form factor. The SFP+ form factor is known for its compact size and hot-swappable nature, which allows for easy installation and replacement without disrupting the entire network.
• Compatibility: HPE (Hewlett Packard Enterprise) designs this transceiver for compatibility with their networking and storage equipment. It is essential to ensure that the transceiver is compatible with your specific HPE device before making a purchase.
• Packaging: As mentioned earlier, the HPE FTLF8529P4BCV-2H is available in a 4-pack. This is convenient for users who need to set up multiple connections or keep spare transceivers on hand.
• Wavelength: This transceiver operates in the 850-nanometer (nm) wavelength range, which is typical for short-range optical communication. It is commonly used for connecting devices within the same rack or room.

Now that we have a good grasp of the technical specifications, let's explore the benefits of using the HPE FTLF8529P4BCV-2H transceiver in your networking and data storage setup.

• High Data Rate: One of the standout features of this transceiver is its 16Gbps data rate. This high-speed capability ensures that data can be transmitted quickly and efficiently. It is especially valuable in scenarios where time-sensitive data transfer is crucial.
• Compact and Hot-Swappable: The SFP+ form factor of this transceiver makes it incredibly convenient. Its compact size allows for high-density installations in data centers and server rooms, saving valuable space. Additionally, the hot-swappable nature means that you can replace or upgrade transceivers without disrupting the entire network, reducing downtime.
• Short Wave for Short Distances: The Short Wave (SW) interface is designed for short-distance connections. This is perfect for scenarios where devices are in close proximity to each other, such as within a data center or the same server room. It ensures efficient data transfer without the need for long-range optics.
• HPE Compatibility: For users of HPE networking and storage equipment, the HPE FTLF8529P4BCV-2H transceiver is a seamless fit. It is designed to work seamlessly with HPE devices, ensuring reliable performance and compatibility.
• Convenient 4-Pack: The availability of this transceiver in a 4-pack is a practical feature. Users can purchase a bundle of transceivers, which is often more cost-effective than buying them individually. Additionally, having spare transceivers on hand can be a lifesaver in case of unexpected failures or when scaling up your network.

The HPE FTLF8529P4BCV-2H transceiver finds applications in various scenarios due to its high data rate, compact size, and short-range capabilities. Let's explore some common use cases where this transceiver excels.

• Data Centers: In data centers, where high-speed data transfer and efficient space utilization are paramount, the HPE FTLF8529P4BCV-2H transceiver is an excellent choice. It allows data center administrators to set up fast, reliable connections between servers and storage devices, ensuring smooth operations.
• Storage Area Networks (SANs): Storage Area Networks (SANs) are crucial for managing and storing vast amounts of data in an organized and efficient manner. The high data rate of this transceiver is beneficial for SANs, where rapid data access and transfer are vital.
• Enterprise Networking: Large enterprises with extensive network infrastructures can benefit from the compact nature of the HPE FTLF8529P4BCV-2H. It enables them to create high-speed connections within the organization while saving valuable rack space.
• Media and Entertainment: In industries such as media and entertainment, where large files and high-definition content need to be transferred rapidly, this transceiver's speed and reliability are valuable. It ensures that content creators and distributors can move data quickly and with minimal delays.
• Research and Scientific Computing: Research institutions and scientific computing environments often deal with massive datasets and require high-speed data transfer. The HPE FTLF8529P4BCV-2H can facilitate this process, improving research and data analysis efficiency.

The Importance of Frequency Coverage

The HPE FTLF8529P4BCV-2H 16GB Short Wave Transceiver is a high-performance module that allows for data transfer over short distances using optical fibers. As with any communication technology, the quality and reliability of the data transfer depend on several factors, including frequency coverage.

Frequency coverage refers to the range of frequencies that the transceiver can transmit and receive. In the case of the HPE FTLF8529P4BCV-2H 16GB Short Wave Transceiver, it has a frequency range of 850-950 nm, which covers a portion of the near-infrared spectrum.

The importance of frequency coverage in this transceiver lies in its ability to transmit and receive data at high speeds with low error rates. The frequency range of the transceiver is optimized for short-wave communication, which allows for high-bandwidth data transfer over short distances.

In addition, the frequency range also affects the transceiver's compatibility with other communication devices. For example, if a transceiver has a frequency range that does not match the other device's frequency range, data transfer may be impossible or result in errors.

How Power Output Affects

The HPE FTLF8529P4BCV-2H 16GB Short Wave Transceiver is a small form-factor pluggable (SFP) module used in fiber optic communication networks. This transceiver is designed for short-range optical communication, with a maximum transmission distance of 300 meters over multimode fiber.

The power output of the HPE FTLF8529P4BCV-2H transceiver affects its performance and transmission capabilities. The power output is the amount of optical power emitted by the transceiver, measured in milliwatts (mW). The power output of this transceiver is typically between -9.9 dBm and -3 dBm, depending on the specific model and configuration.

The power output of the transceiver affects the signal strength and transmission distance of the optical signal. A higher power output results in a stronger optical signal that can travel further distances, while a lower power output may result in weaker signal strength and shorter transmission distances.

However, it is important to note that there are limits to the amount of power that can be transmitted over fiber optic cables before signal distortion and damage to the equipment can occur. This is typically referred to as the "maximum allowable optical power" or "maximum receive power" of the receiving device. It is important to ensure that the power output of the transceiver is within these limits to prevent damage to the equipment and ensure reliable communication.

Digital Signal Processing of Short Wave Transceiver

The HPE FTLF8529P4BCV-2H 16GB Short Wave Transceiver is a digital communication device used in optical fiber networks. Digital Signal Processing (DSP) plays a crucial role in the functioning of this transceiver.

DSP is used to encode and decode the digital data transmitted over the optical fiber. The incoming analog signal from the fiber is first converted into a digital signal by an Analog-to-Digital Converter (ADC) at the receiver end. The digital signal is then processed using DSP algorithms to remove noise, correct for distortion, and amplify weak signals.

The DSP algorithms used in the HPE FTLF8529P4BCV-2H 16GB Short Wave Transceiver include Forward Error Correction (FEC) and Adaptive Equalization. FEC is used to detect and correct errors in the received data. Adaptive Equalization is used to compensate for the distortion introduced by the optical fiber and to optimize the signal for maximum performance.

The DSP unit in the transceiver also includes a Digital-to-Analog Converter (DAC) which is used to convert the processed digital signal back into an analog signal for transmission over the fiber. The output of the DAC is then fed into the optical transmitter where it is used to modulate a laser source.

• Manufacturer: HPE
• Model Number or SKU# FTLF8529P4BCV-2H
• Product Type: SFP+ Transceiver Module
• Product Name: Networking

• Connectivity Technology: Wired
• Form Factor: Plug-in Module
• Data Link Protocol: 16Gb Fibre Channel (SW)
• Data Transfer Rate: 14.025 GBPS
• Media Type Supported: Optical Fiber
• Ethernet Technology: 16 Gigabit Ethernet
• Network Technology: Fiber Channel

• Compatible Slots: 1 x SFP+
• Interfaces: 1 x 16Gb Fibre Channel (Short Wave)

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In summary, the HPE FTLF8529P4BCV-2H MSA 16GB Short Wave FC SFP+ 4-Pack Transceiver is a high-performance solution for short-range optical connections in networking and data storage applications. Its impressive data rate, compact form factor, and HPE compatibility make it a valuable tool for various industries and scenarios.

By understanding its technical specifications, benefits, common applications, and installation tips, you can make an informed decision when considering the HPE FTLF8529P4BCV-2H for your networking and data storage needs. Whether you're managing a data center, a storage area network, or an enterprise-level network, this transceiver has the potential to enhance your data transfer capabilities and ensure efficient operations.