Optical Transceiver Module Varieties: Meeting Designer Specifics On Price Point, Signal Strength, An
Optical transceiver modules transfer data via wireless network, transferring data from a source to an end receiver. Modules can be purchased in different bandwidth capacity and transfer speeds. MSA specified components provide a faster transfer rate than regular RF integrated circuits. Not only is data transferred faster, but there is less signal loss during transmission. XENPAK modules are a popular type of optical transceivers. These modules are available in different layer interfaces and provide support for either single or multiple mode.
XENPAK modules must meet IEEE's standards and also adhere to leading transceiver product specs. Integration is made easy because these devices are hot-swappable. As per transmission distance, these transceivers can convey data transfers in bulk within 100 meter to 80 kilometer range on standard CX4 cables. Multiple wavelengths are supported, and upgraded circuit capacity are possible without having to reinstall cable. These modules are becoming more of the industry standard, not because of better performance, but because they are easier to install.
Modules that needed to be soldered-in are inferior compared to today's modular optical interfaces. The SFP modules or small form factor pluggable transceivers are not only esteemed for their compactness but also for their robustness when it comes to industrial performance. Electro-optical network upgrades are no longer a hassle. These devices make incorporating Gigabit Ethernet and Fiber channels in storage area networks and data centers a snap.
Cisco is one of the best selling brands for SFP modules and have become an industry standard. This is most likely because Cisco SFPs are supported by a variety of switches, routers, and optical transport devices. A serial number, vendor name and ID, and a unique security code are all specified on a serial EEPROM for Cisco SFP modules.
Reasons for choosing a module can include: price, span of reach, type of supported media, device size and power consumption. Whichever optical transceiver they integrate into their systems, they can be assured that they can have the right specifics to meet their needs.
XENPAK modules must meet IEEE's standards and also adhere to leading transceiver product specs. Integration is made easy because these devices are hot-swappable. As per transmission distance, these transceivers can convey data transfers in bulk within 100 meter to 80 kilometer range on standard CX4 cables. Multiple wavelengths are supported, and upgraded circuit capacity are possible without having to reinstall cable. These modules are becoming more of the industry standard, not because of better performance, but because they are easier to install.
Modules that needed to be soldered-in are inferior compared to today's modular optical interfaces. The SFP modules or small form factor pluggable transceivers are not only esteemed for their compactness but also for their robustness when it comes to industrial performance. Electro-optical network upgrades are no longer a hassle. These devices make incorporating Gigabit Ethernet and Fiber channels in storage area networks and data centers a snap.
Cisco is one of the best selling brands for SFP modules and have become an industry standard. This is most likely because Cisco SFPs are supported by a variety of switches, routers, and optical transport devices. A serial number, vendor name and ID, and a unique security code are all specified on a serial EEPROM for Cisco SFP modules.
Reasons for choosing a module can include: price, span of reach, type of supported media, device size and power consumption. Whichever optical transceiver they integrate into their systems, they can be assured that they can have the right specifics to meet their needs.