Network security incidents are on the rise. These include Denial of Service (DoS) attacks, e-mail attacks, and unauthorized access to servers. Security is becoming more important as networks evolve and users work from remote locations. Traditional security features have been replaced by more advanced technology that is easier to implement from a central location. Our latest generation of switches includes advanced security features such as IEE 802.1x authentication, Access Control Lists, Deep Packet Inspection, Denial of Service attack protection and SSL/SSH for secure remote management.
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Service providers today have increased bandwidth requirements, thanks in large part to offering customers converged voice, video and data services. The Allied Telesis range of fiber products provides this superior capacity, excellent network resilience, and great, low cost-per-port value.
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Fiber is ideal for confidential and even top-secret classifications because it is nearly impossible to tap without detection. Highly reliable, it is also immune to EMI/RFI interference and unsusceptible to lightning strike. Complementing the inherent security of fiber, all Allied Telesis switches incorporate a comprehensive security feature set for intelligent filtering, ensuring data integrity and protection.
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10 Gigabit Ethernet is the fastest and most up to the minute of all the Ethernet standards, offering maximum data throughput for the network core. The arrival of 10-Gigabit Ethernet, also known as 10GbE, highlights the growing demand for bandwidth to meet the needs of the latest business applications and the increasingly complex nature of data.
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Large Enterprise networks often incorporate switches at the aggregation layer, in order to aggregate the uplinks from the edge switches that send data to the network core and application servers as required. As most edge switches typically contain gigabit uplink ports, a fiber-capable gigabit switch is the ideal solution at the aggregation layer.
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Allied Telesis offers operators of all sizes seamless migration from existing copper infrastructure to next-generation fiberbased broadband with its state-of-the-art multiservice architectures and technologies.
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