DS21Q348

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The DS21Q348 ultra-low latency switch is a non-blocking cross-connect switch from NeuMedia. It provides an ultra-low latency architecture for applications such as broadcast video and audio streaming, financial services, real-time command and control and more. With advanced proprietary protocols and excellent scalability, the DS21Q348 is well suited for data networking, secure communications, and secure cloud applications.The DS21Q348 is a fully redundant system with a four-port, non-blocking cross-connect switch fabric. The key feature of the DS21Q348 switch fabric is its ultra-low latency design, which is optimized to reduce latency in data streaming applications. As a result, the switch fabric can provide near zero latency performance, allowing data streams to be isolated, merged and routed with minimal latency.The switch fabric consists of four 10 Gbps Ethernet ports and two Quad Data Rate 2 (QDR2) ports. Each port is capable of supporting up to 20 Gbps throughput. The DS21Q348 switch fabric is capable of switching up to 256 input/output (I/O) streams, with up to 2000 I/O ports.In addition to its low latency design, the DS21Q348 also features advanced load balancing algorithms and distribution policies. This ensures that data traffic is distributed evenly and optimally across the switch fabric, eliminating hot spots and ensuring maximal performance. The switch fabric is also capable of dynamic bandwidth allocation and can be configured to provide the optimal packet rate for each I/O port.The DS21Q348 switch fabric utilizes NeuMedia\'s proprietary Failover Resilience Architecture (FRA). FRA allows the switch to dynamically detect and react to any failed or otherwise impaired ports or sub-systems. It also features advanced resiliency algorithms that can re-route traffic in the event of a port failure.The DS21Q348 is an ideal switch for telecom and other data-intensive applications. It can provide ultra-low latency performance, reliability, and scalability. In addition, its advanced FRA technology ensures that the switch fabric is resilient in the event of any catastrophic failures.

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