Introducing ...
Seamless cloud broadcasting. For real.
cloudSwXtch opens the door to advanced features unavailable on cloud networks … until now.
Introducing cloudSwXtch
The only virtual network that migrates high performance workloads to the Cloud successfully
Precision Time Protocol
cloudSwXtch facilitates clock synchronization across the network by acting as the Master Node and passing along information gained from the true clock source to the Follower Nodes at each endpoint (including xNIC). PTP facilitates production needs from Date/Time, Timecode, and Frequency.
Monitoring
Visibility down to the packet level for enhanced Monitoring and Quality of Service (QoS). wXcked Eye is our monitoring UI that enables users to audit the performance of their cloudSwXtch network. A REST API is provided to manage and control your network your way.
Ground to Cloud <==> Cloud to Ground
integrates on-prem and cloud networks, creating a single data path.
Protocol Conversion and Fanout
cloudSwXtch takes any supported packet protocol (SRT, unicast, multicast) and fans it out to multiple receivers of another packet protocol.
Sub-millisecond latency
Your business can now move at the speed of software. Deliver millions of packets per second & support unlimited endpoints with low microsecond latency.
2022-7 Hitless Merge
cloudswXtch’s hitless merge feature incorporates the latest SMPTE 2022-7 standard for transmitting a single reconstructed output stream through two or more redundant IP networks.
Network Protocol Conversion and Fanout
cloudSwXtch takes any supported packet protocol (SRT, unicast, multicast) and fans it out to multiple receivers of another packet protocol. For example, users can forward a unicast stream to multiple receivers as unicast or a combination of unicast, multicast, or SRT depending on the receiver's capability. Likewise, a multicast or SRT stream can be transmitted to multiple receivers while also mapping the stream to many unicast devices, alleviating the need for the sending device to support both protocols.
High availability
Protect your packets by sending them down redundant data paths - across virtual networks, regions or clouds.