Hot-Swappable Optical Transceiver Modules: Easier Integration Versus Outdated Solder Technology

Optical transceiver modules allow for data transfers to travel via wireless network from a source to an end receiver at high speed. Specific modules with varying bandwidth capacity and transfer speeds are available for the market to utilize. MSA specified components transfer data faster than regular RF integrated circuits. This kind of transmission provides the least possible amount of interference. XENPAK modules are the most commonly used type of optical transceivers. Modules such as these support either single or multiple modes and are available in different layer interfaces.16g transceiver

XENPAK modules conform to The Institute of Electrical and Electronics Engineers or IEEE’s ten Gigabit Ethernet standard and meets leading transceiver product specifications. Simple integration is made possible as these devices are hot-swappable which means the devices can be on when plugging and unplugging cords cables and wires. As per transmission distance, these transceivers can convey data transfers in bulk within one hundred meter to eighty kilometer range on standard CX4 cables. Multiple wavelengths are supported, and upgraded circuit capacity is possible without the need for reinstalling cable. Although these modules do not guarantee better system performance other compact form factors like SFP modules are more at trend.

Conventional soldered-in modules of the past are inferior when compared to these convenient packages of small modular optical interface transceivers. The SFP modules or small form factor pluggable transceivers are not only esteemed for their small form factor but also for their robustness when it comes to industrial performance and preference. Upgrading electro-optical networks can happen easily. These hot-swappable devices are highly efficient when adopting Gigabit Ethernet and Fiber channels in storage area networks and data centers.

Huawei and Hewlett Packard are amongst the most popular consumer brands of SFP modules but those of Cisco brand products are widely used and have become the industry standard. Many third party switches, routers, and optical devices are compatible with Cisco’s brand. Recognized Cisco SFP modules are highly specific and contain a serial EEPROM which stands for Electrically Erasable Programmable Read-Only Memory. The EEPROM has an assigned serial number, unique the vendor name and ID, as well as a unique security code.

Cost, span of reach, type of supported media, device size and power consumption of a transceiver can all play a role in time-to-market for software designers. Whichever optical transceiver they integrate into their systems, they can be assured that they can have the right specifics to address their needs.

 

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