Ultra Low Latency Fiber Circuits

Over the last few years, the demand for ultra low latency networks has grown substantially. In certain situations, standard carrier networks don't fit the criteria needed for optimal performance. In cases like these, network integrators come into play. Whether you're an algorithmic trader racing for the speed of light or a corporation with offices across multiple continents, Technota provides network integration services that will fit your needs. We work directly with some of the biggest names in the business and take pride in designing solutions with SLA's that destroy the competition.

• New York/Chicago Route

• Transatlantic Route

• Best-in-class SLA's

• Network Improvement Plans

What Causes Latency?

• Serialization Delay: The time required for a port to transmit a packet, related to frame size and
  bit-rate.
• Propagation Delay: The limitations imposed by the laws of physics (speed of light, path length, circuit design).
• Congestion Delay: The time a frame idles in the output queue of a network element (NE) while a backlog of packets is being transmitted; can be caused by traffic bursts, larger ingress versus egress bandwidth (e.g. oversubscribed aggregation), or network congestion resulting in paused transmission (flow control).
• Forwarding Delay: The time required for the NE to analyze, process and forward a packet in a congestion-free
  scenario; a function of NE architecture and packet-processing requirements (the number and complexity of
  operations performed on a packet between receipt & transmission, e.g. switching, rate limiting, shaping, etc).
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