Category Archives: optical transceivers

Find the best deals on optical transceivers

hoishiOne of the most revolutionary and useful technology developments of recent years is the SFP transceiver. These devices have numerous advantages to them, one of the favoured advantages for designers when it comes to compatible transceivers, is that they are ‘hot-swappable’ meaning that they can be changed out to replace existing hardware while the system is still running.

The optical transceiver remains as one of the most reliable devices available on the market today and has derived its design from a multi-source agreement or MSA, and they also happen to be a pluggable form of Small Form Factor, or SFF. When it comes time to selecting the right 3rd party optical transceivers, we noticed a few things to add to a checklist, so that when it comes time for you to make a purchase decision, you do so from an informed stance.

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First – make sure you understand the correct application

Optical transceivers are well suited to support fibre network standards such as; SONET, Fibre channel Gigabit Ethernet, as well as a good variety of other communications standards, making them a great choice with a wide range of industry applications. They truly are the next evolution in communications and data transmission.

Hot-swappable, compact optical transceivers can be found in so many telecommunications and communications systems in today’s industry. These devices work to connect routers, switches and other standard network devices and their application can be found in many popular networking systems such as WAN’s (Wide Area Networks) as well as metro core and access networks.

The transceivers available to you

Optical transceivers have the ability to provide consumers with an outstanding amount of variation available for any application. The different transmitters and receivers that are available should have a solution that suits your needs and meets your optical reach required, either single-mode fibre or multi-mode fibre, these optical transceivers will be what you have been looking for.

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Looking behind the scenes at the technology that works inside an optical receiver, we find that the modules are classed into four categories, namely; SX, LX, ZX, and DWDM. The optical receivers interface with the copper cables and allow the motherboard to communicate with the UTP, or Unshielded Twisted Pair. Data is transmitted between the streams via the use of CWDM cables or single-mode, bi-directional cables that enable the data to move upstream or downstream.

The key benefits of an optical transceiver

The prime benefit of any optic transceiver is its ability to be hot-swappable, as outlined above. They also have a tremendous capacity for design modification and changes until late in the manufacturing stage. Different connector interfaces are therefore much easier to accommodate. Optical transceivers are compatible with these applications due to their MSA standards that are put into place by all the manufacturers. With potential transfer rates of up to 4.25Gbps, the XFP form factor is very similar in operation the SFP, however, its functionality can be up to 10 Gbps.
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Digital Optical Monitoring, or DOM, has been based upon the use of optical transceivers that give the consumer the ability to monitor the real-time parameters of the SFP. An SFP cage may be required for successful operation of the device, however, it is normally attached to the PCB board and will accept the transceiver without an issue, eliminating extra manufacturing steps and further reducing costs. This all adds up to savings on the projects bottom line, while improving systems efficiency.

Recommended by fibre optic component providers, the optical transceiver will provide greater optical reliability to ensure the best data transmission for your application. If you are a systems engineer that is in need of an optical transceiver solution, then when you are selecting the right optical transceiver for your application, it’s important to deal with a team that have industry and technical experience. The cost of optical transceivers has been a huge obstacle in the past that has prevented designers from using the technology. Now there are cost-effective alternatives that work as well as the OEM products, giving you the power to use optical transceivers in your application, without breaking your budget.

With guaranteed compatibility and a three-year limited lifetime warranty, you can now enjoy the advantages of this technology in your own business. Make sure that you work with the top people in the field of optical transceiver technology. We have the advice and the experience you need to ensure the success of your project. For any queries or advice, please feel free to ask us on our social media accounts.

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IF you would like to find out more please don’t hesitate to visit https://www.hoishi.com/ you can find out more about the great team behind the site here or why not check out why you should do business with them here. You can also see the full product information and overview here.  Of course if you have any questions please don’t hesitate to get in touch with one of the team here. If social media is your thing they would love to hear from you on  Twitter Facebook Linkedin