What You Need to Know About Our SFP+ Connectors

SFP+ Connectors

The enhanced small form-factor is an iteration of the current SFP only it supports data rates of 10 Gbit/s. This specification was first introduced in May 2006 and has been entering designs since its introduction. The benefits to SFP+ over the original SFP is that it has a smaller footprint, which means that they’ll be more room for peripheral circuitry on the host board. This is why more designers prefer the SFP+ connectors over other SFP connectors. Here’s what you may need to know about SFP+ connectors if you’re considering using them in your designs.

How are SFP+ Connectors Used
SFP+ connectors are often used in telecommunication and data communications applications. If you want to connect your network device motherboard to a fiber optic network or a copper cable, you’ll need an SFP+ connector. The modules come in four different categories: 850 nm (SX), 1310nm (LX), and 1550nm (ZX). This will help to make the devices customizable for a variety of applications. If you’re in need of connectors, an SFP+ connector may be the solution for you.

The Benefits of SFP+ Connectors
There are numerous applications that can make use of SFP+ connectors. There are so many benefits to these new devices. Here is what you need to know if you’re interested in integrating SFP+ connectors into your current design:

1. They’re Compact and Hot-Swappable
SFP+ connectors are compact and hot-pluggable, which means that the devices do not have to be powered down in order for them to be replaced. This is one of the most coveted features of the design. Most people are afraid to choose devices if they will have to redesign their entire application. That’s why features like this are desirable.

2. Meets Standards
The SFP+ is compatible with other devices via a multi-source agreement (MSA). This is another advantage of these devices. If meeting standards is a necessity, you’ll want to ensure that MSA standards are met. These standards are some of the most respected in the industry.

3. Advanced Monitoring Features
Modern SFP+ devices will feature functionality such as digital optical monitoring (DOM) and digital diagnostics monitoring (DDM). The end user has the ability to monitor the outputs of the SFP+ devices in real-time also. Common parameters that are monitored include input and output power, laser bias current, and supply voltage.

4. Recommended by Professionals
SFP+ transceivers are recommended by professionals in the industry. They can integrate these devices into their current designs and replace them when necessary. Many professionals have the opportunity to use devices that are verified by professionals who have proven that these devices work over and over again.

Find Out as Much as You Need to Know About SFP+ Transceivers
If you have a new design, consider integrating SFP+ transceivers in the design. They are scalable and flexible in their design parameters. If you want to know more about how SFP+ transceivers work, you can find out more by speaking with a professional or reading the specifications online. Keep in mind that you don’t always have to choose the brand names such as Cisco. There are plenty of OEM alternatives that will allow you to keep your costs low and retain the quality of your design. When you make all the considerations, you’ll make the best decision for your current budget and situation.

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