Nvidia 980-9I16Y-00W00 QSFP-dd Dr4 400GBPS Optical Transceiver 1310nm

Wavelength: 1310nm

The Significance of Wavelength in Optical Transceivers

Understanding Wavelength

In the world of optical transceivers, wavelength plays a crucial role in determining the performance and capabilities of these devices. Wavelength refers to the distance between two consecutive peaks or troughs in a wave, and it is measured in nanometers (nm). For the Nvidia 400GBPS Optical Transceiver QSFP-dd Dr4 Optical Transceiver, the wavelength is specifically set at 1310nm.

Main Specifications of the Nvidia Transceiver

• Brand: Nvidia
• Part Number/SKU: 980-9I16Y-00W00
• Product Type: Optical Transceiver

Device Specifications

Technical Specifications

• Interface: 1 x Ethernet 400GbE-DR4 – MPO-12 Single-mode
• Form Factor: Plug-in Module

Networking Capabilities

Connectivity and Performance

• Technology: Wired
• Cabling Standard: 400GbE-DR4
• Data Link Protocol: 400 Gigabit LAN
• Optical Wavelength: 1310 nm
• Maximum Transfer Distance: 1640 ft

Advanced Features

• Efficient Data Transfer: Designed for high-speed 400GbE connections
• Reliable Connectivity: Ensures stable network performance over long distances

Product Benefits

Advantages of Using Nvidia 980-9I16Y-00W00

• High Bandwidth: Supports up to 400Gbps for demanding applications
• Enhanced Reach: Capable of operating effectively over a distance of 1640 feet
• Optimized for Performance: Uses 1310 nm wavelength for improved signal clarity

Benefits of 1310nm Wavelength

Compatibility

One of the key advantages of the 1310nm wavelength is its compatibility with various fiber optic systems. It is widely used in both single-mode and multi-mode applications, making it highly versatile. This means that the Nvidia 400GBPS Optical Transceiver can be seamlessly integrated into existing network infrastructures without requiring major modifications or upgrades.

Long-Distance Transmission

Another significant benefit of the 1310nm wavelength is its capability for long-distance transmission. The 1310nm range falls within the window of low attenuation in optical fiber, enabling signals to travel over extended distances without significant loss of signal quality. This makes it ideal for applications that require data transmission over long-haul routes, such as data centers and telecommunications networks.

Data Rate Support

The 1310nm wavelength also supports high-speed data transmission rates, making it suitable for demanding applications. With a data rate of 400Gbps, the Nvidia 400GBPS Optical Transceiver can handle large volumes of data efficiently and reliably. This allows users to experience seamless connectivity and fast data transfer, enhancing their overall network performance.

Choosing the Right Wavelength for Your Needs

Considerations for Single-Mode vs. Multi-Mode

When selecting an optical transceiver, understanding the difference between single-mode and multi-mode fiber is crucial. Single-mode fiber is optimized for long-distance transmission and typically operates at a wavelength of 1310nm or 1550nm. On the other hand, multi-mode fiber is designed for shorter distances and commonly uses wavelengths of 850nm or 1300nm.

Applications for 1310nm Wavelength

The Nvidia 400GBPS Optical Transceiver, featuring a 1310nm wavelength, is well-suited for a range of applications. Its compatibility with both single-mode and multi-mode fiber makes it a versatile choice that can cater to various networking needs. Whether you are looking to upgrade your data center infrastructure or improve network performance in telecommunications, the 1310nm wavelength offers the flexibility and reliability required.

Future-Proofing Your Network

Investing in optical transceivers with the 1310nm wavelength ensures your network is future-proofed. This wavelength is widely used and supported by industry standards, making it a safe choice for long-term network planning. By adopting technology that aligns with industry trends, you can avoid costly upgrades or replacements down the line.

Part Number: 980-9I16Y-00W00

The Importance of Part Numbers in Optical Transceivers

Identification and Compatibility

Part numbers are essential for identifying and ensuring compatibility when it comes to optical transceivers. Each part number represents a specific model or variant of a transceiver, indicating its unique specifications and capabilities. For the Nvidia 400GBPS Optical Transceiver QSFP-dd Dr4 Optical Transceiver, the part number is 980-9I16Y-00W00.

Benefits of 980-9I16Y-00W00 Part Number

Easy Identification

The 980-9I16Y-00W00 part number simplifies the identification process for network administrators and technicians. With a specific part number assigned to the Nvidia 400GBPS Optical Transceiver, it becomes effortless to locate, order, and replace the transceiver when needed. This streamlines maintenance and troubleshooting processes, reducing downtime and improving overall network efficiency.

Compatibility Assurance

By referring to the 980-9I16Y-00W00 part number, users can ensure compatibility with their existing network equipment. Different transceiver models often have varying specifications, such as data rates, optical power levels, and connector types. The part number acts as a reference point to guarantee that the transceiver meets the required standards and can seamlessly integrate into the network infrastructure.

Product Differentiation

Part numbers also allow users to distinguish between different product variants within a series or product line. In the case of the Nvidia 400GBPS Optical Transceiver, there may be multiple models available, each with its unique features or capabilities. By referring to the specific part number, users can select the transceiver that best suits their requirements and objectives.

Understanding Part Number Codes

Decoding 980-9I16Y-00W00

Part numbers often include alphanumeric codes that provide additional information about the transceiver's specifications. Let's break down the 980-9I16Y-00W00 part number to understand its significance:

- The first section, "980," might indicate a specific product series or family.
- "9I16Y" could refer to various attributes such as data rate, connector type, or compatibility.
- "00" might represent a revision or version number.
- "W00" could specify additional features or indicate a specific market segment.

Importance of Understanding Part Number Codes

By delving into the codes within the part number, users gain valuable insights into the specific specifications and features of the transceiver. This knowledge allows them to make informed decisions when selecting or replacing optical transceivers. Furthermore, understanding the part number codes can help identify any potential compatibility issues or limitations that may arise in certain network environments.

Ensuring Accuracy in Part Numbers

When dealing with part numbers, accuracy is crucial to avoid any confusion or compatibility issues. It is essential to verify the part number provided by the manufacturer or supplier before making a purchase. Any discrepancies in the part number could lead to incorrect product selection, resulting in compatibility problems or performance issues within the network.

In conclusion, the 1310nm wavelength and 980-9I16Y-00W00 part number are both vital features of the Nvidia 400GBPS Optical Transceiver QSFP-dd Dr4 Optical Transceiver. The 1310nm wavelength offers compatibility, long-distance transmission capabilities, and support for high-speed data rates. On the other hand, the 980-9I16Y-00W00 part number ensures easy identification, compatibility assurance, and product differentiation. Understanding these features and their significance enables users to make informed decisions when integrating optical transceivers into their networks.