Plug-and-play is a technology that allows the operating system to detect and configure internal and external peripherals as well as most adapters. It has the ability to find and configure hardware components without having to reset DIP (dual in-line package) switches and jumpers. Plug-and-play transceivers refer to hot-swappable or hot-pluggable optical transceivers, such as SFP transceivers or XFP transceivers, which can be quickly plugged into an interface of fibre optical devices. Here are the reasons why plug-and-play SFP transceivers play such an important role in data centre communications.
Plug-and-play SFP transceivers are the basics of linking and transmitting data in mission critical applications which are the foundation of a company’s business, like telecommunications company or networking technical company which depend heavily on data centre. Therefore it is essential that these applications run efficiently or the entire company will be stuck in trouble. The faster data can reach, the faster decisions can be made. That’s why it’s so important to ensure that the applications are up and running 99.99 percent of the time. Even if plug-and-play SFP transceivers fail to work well, there is relatively little downtime because the devices can be replaced without powering down the entire system.
There’s nothing worse than a malfunctioning transceiver that needs repair or replacement. Imagine that if you have to redesign an application every time one component malfunctions. Redesigns are not favorable because they are expensive and time consuming. Using plug-and-play SFP transceivers can avoid redesign, because they are highly compatible and can be easily replaced. This is an important factor why plug-and-play transceivers are more popular than standard transceivers, because you can save time and money with plug-and-play transceivers and avoid redesigns that could ruin the efficiency of your work.
This will allow you to keep your capital liquid and invest in other aspects of your business. When new devices are introduced on the market, it will be easy to drop them into your existing design. Many of the transceivers are 100% compatible and are backed by a warranty. Thus, designers have nothing to fear by waiting to upgrade. If the upgrade doesn’t work, they’ll be refunded for the cost of the device.
As mentioned above, plug-and-play transceivers allow people to replace transceivers easily without completely shutting down their entire system or redesigning the application. When it’s not required to power down the device for replacement or repair, productivity and efficiency improves. This is why so many telecommunications company and networking technical company are choosing plug-and-play devices over standard devices, especially the plug-and-play transceivers. Currently, fibre plug-and-play solutions for data centre applications are very necessary to transmit data with a high degree of integrity, reliability and efficiency.
All in all, there are so many reasons that plug-and-play SFP transceivers are preferred over standard transceivers. Using plug-and-play SFP transceivers can expand your options. With your options open, there are more opportunities of saving money, upgrading and increasing productivity. And the fact that plug-and-play transceivers are hot-swappable and do not require designers to power down the device is appealing to most people. That’s also why so many designers are considering plug-and-play SFP transceivers to increase their functionality.
Fiberstore provides various types of plug-and-play SFP transceivers, generic and compatible. Transceivers from 100 Mbps to 100 Gbps are fully compliant to MSA and IEEE 802.3 standards. We code and test each of our optics in our test centre to guarantee the high compatibility and performance.
A view on FS.COM test centre, check this test assured program.