• How to configure my SRT latency?

  The SRT latency setting on each source and destination stream is key to optimize the quality of service. The right SRT latency settings will depend on the network characteristics between the chosen Quortex Link region and the SRT device. Depending on your network conditions, you could also typically Go down to 300 ms if you have a high quality internet connectivSome readers

• How to choose your sources and destinations SRT type?

  Quortex Link offers two input modes: Listener (aka server mode): this is the default mode, where Quortex Link will act as a SRT server and listen for incoming connections from your SRT clients. Caller (aka client mode), where Quortex Link will act as a SRT client and will initiate the connection to your SRT server. You may wonder what are the differences between these two modes and why you should choose one or the other. Both modes have their pros and cons. Let's find out!Few readers

• Scheduling my stream delivery

  While many contents need to be delivered on a 24/7 basis, other contents (for example, sport games) are typically only delivered during events that last a few hours or a few days. Quortex Link allows to schedule the distribution of such content only for the duration of the events. This allows to save on cost, or to restrict content availability to the chosen time ranges.Few readers

• Select your sources and destinations regions

  When creating a new source or destination, the first thing to define is the cloud Region that will be used to ingest or deliver the streams. In short, the rule of thumb is to select the region nearest to where your streams are being transferred. Selecting a region for a new sourceFew readers

• Select your availability mode

  When creating a new source or destination, selecting the availability mode allows you to control the level of resilience to failures of SRT senders, Quortex Link and SRT receivers. What could go wrong ? A media streaming flow is a composed of several hardware and software components. For Quortex Link, the flow starts from the sender device at one end of the SRT connection. Data will be streamed through the local network, then through the network of an Internet Service Provider, to the regiFew readers

• Product specifications

  Maximum Supported bitrate By default, a Quortex Link pool supports SRT streams with a data bitrate up to 20 Mb/s. Going above that bitrate threshold will display a warning in the source, and may impact system stability. Quortex Link - SRT source above 20Mb/s (https://storage.crisp.chat/users/helpdesk/website/98452Few readers

• Link API changelog

  All notable changes to Link API will be documented here. Link API version 1.9.0 - 2025-04-22 Added Added "dryrun" query parameter on the PATCH request of the "presets/transcodings" resources. If set to true, the request is evaluated without making any changes. Added "transcodingpreset" query parameter on the GET request of the "outputs" resources. This allows to retrieve all the outputs that use one of the given preset uuids. Changed The "name" property of "preseFew readers

• Shared Input (between Quortex Link and Quortex Play) - Limited Availability

  This article describes how Quortex Play can reuse an input configured in Quortex Link. This addresses customers who wish to ingest their input streams once and share them between both products. Shared inputs simplify operations by: Reducing the configuration complexity Propagating input enabling and disabling actions from Quortex Link to Quortex Play. Definition A shared input is an input configured in Quortex Link that can beFew readers