by www.fiber-mart.com In data center environment there are many interconnections needed from regular large numbers of ports of access switches to the large bandwidth capacity ports of backbone routers with particular cases of ports facing the connections towards storage access networks. All these ports need reliable connections implementations in form [ Continue reading…]
by www.fiber-mart.com Commonly, optical networks rely on Transceivers that utilize one optical fiber to transmit data and another optical fiber to receive data to and from the networking devices. Generally, this kind of data transmission raises the costs of the network deployment, however with use of the bidirectional optical WDM BIDI [ Continue reading…]
by www.fiber-mart.com Fiber optic networks evolved in late 20th century to cater the increasing demands of bandwidth and to allow faster communication networks. Fiber optic Transceivers use a laser as light source which transfer signals through one or more glass strands (fibers). Optical Transceivers have several advantages over the copper/electrical wire communication [ Continue reading…]
by www.fiber-mart.com In the modern and ultra-high tech Datacenters of today, more bandwidth is needed and used to support the latest demands in the Networking world especially the server-virtualization environment where multiple virtual machines are being combined on a single physical host server. To be able to accommodate the growing [ Continue reading…]
by www.fiber-mart.com High-density data center is becoming the direction of the next generation data center. Today density is the key factor that determines the capacity of the facility. Parallel optics technology has become the transmission option of choice in many data centres as it is able to support 10G, 40G, [ Continue reading…]
by www.fiber-mart.com A fiber-optic is made of glass or plastic and transmits signals in the form of light. Optical fibers use reflection to propagate the light through a channel. A high dense glass or plastic core is surrounded by a less dense glass or plastic cladding respectively. The difference in [ Continue reading…]
by www.fiber-mart.com In the modern and ultra-high tech Datacenters of today, more bandwidth is needed and used to support the latest demands in the Networking world especially the server-virtualization environment where multiple virtual machines are being combined on a single physical host server. To be able to accommodate the growing [ Continue reading…]
by www.fiber-mart.com Fiber optic transceivers are modular, pluggable and interchangeable optoelectronic devices. You can find a transceiver at the heart of any fiber optic communication system. Everything from a local university to a large corporation utilizes data centers and transceivers. These devices convert an electrical signal to optical signal on one [ Continue reading…]
by www.fiber-mart.com Currently the data, voice, and video networks are becoming more complex and demanding more bandwidth and faster transfer rates far greater distances. To achieve these demands network executives are relying more about fiber optics. However, the actuality that many providers, enterprise corporations, and government entities are facing is [ Continue reading…]
by www.fiber-mart.com USB continues to evolve and will soon become one of our most powerful connectivity technologies, driving some of the most profound changes in the communications industry will ever see. Over the past few weeks we have been discussing the wide variety of USB connectivity solutions from C2G, [ Continue reading…]
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