N8222BU

Series:	*
Part Status:	Active

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<p> N8222BU is a breakthrough in the field of optical communication. It is an ultra-high bandwidth switch that can transmit data up to 90 Gbps. This switch is capable of supporting up to 25Gb/s per channel. It can be used for multiple services such as Fiber Channel, InfiniBand and Ethernet.</p><p>The main application of N8222BU is in telecommunications networks and data centers. It can be used to connect multiple subnetworks and extend their reach beyond the existing optical fiber structures. It can also be used to facilitate transport of high data rates in long-distance networks.</p><p>The working principle of the N8222BU switch is based on parallel multiplexing technology. This technology enables the switch to transmit multiple channels on the same waveforms, thus increasing the overall throughput capacity. It also reduces latency between multiplexed channels and improves the overall performance.</p><p>The N8222BU switch has several features that make it attractive for use in telecommunications networks and data centers. It has multiple integrated Gigabit Ethernet ports which allow it to be used as an access switch. It also includes an integrated control processor that allows it to function as a central switching device for data transport. It is equipped with advanced QoS and traffic management features that enable it to optimize traffic across the networks.</p><p>The N8222BU switch is also capable of supporting large scale virtualization applications. This allows for the use of multiple virtualized networks that can be easily managed from one central point of control. It supports multiple protocols such as IP, Optical Ethernet, and Fiber Channel, and can thus facilitate greater agility and scalability in data centers and other types of networks.</p><p>All in all, the N8222BU switch is a great solution for those who need high-speed data transport and reliable performance in their networks. It can be used in data centers, telecom networks, and other types of optical networks. With its improved performance and versatility, it can help boost the efficiency and reach of these networks.</p>

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