Arqplex is a managed hybrid processing service, delivering secure and reliable aggregation, encoding, multiplexing and packaging for content distribution.
Aimed at Service Providers and Broadcast & OTT Operators Aqrplex is powered by cloud-native media processing technology from MediaKind and fully managed and monitored by Arqiva for total reassurance, Arqplex can unify your OTT and broadcast operations, reducing complexity, increasing efficiency and delivering rapid speed-to-market.
With Arqplex, you have access to technology upgrades the moment they’re made. There’s no need to source and install updates yourself to access the latest features or maintain high security.
And with Arqplex’s cloud capability, there’s no infrastructure to manage, so you can focus on business growth and making your great content rapidly accessible for your audience!
Arqplex is underpinned by decades of experience in broadcast and broadband services for tier-one video service providers.
The MediaKind/Arqiva partnership combines market leading & industry award winning cloud-native multiplexing, encoding, and packaging headend media processing technology with unparalleled expertise in managed services, systems integration and connectivity.
It’s all fully-managed and monitored by Arqiva, delivering real economies of scale to headend operations – for the ultimate reassurance.
A simplified, rapid and reliable headend service all the time, every time
In an increasingly complex world of content distribution, Arqplex embraces cloud technology to transform headend services for video service providers.
To find out how Arqplex can help you adapt to changing customer demands, move your content at speed and make space for growth, get in touch.
Ensuring accessibility on any device, anywhere, at the right time enabling enhanced personalized experience
Capturing and delivering the best source content from the event and transporting it reliably and securely to the cloud
Enabling as many high-quality streaming distribution points as required and reliably reaching fans at scale