ADVERTORIAL: Dielectric has devoted much of Q1 preparing for a busy NAB Show, April 15-19, which includes rolling out new product developments for 2023. Several of these new products, including its Apollo RFanalytics software and manifold combiners, address emerging requirements for both TV and radio broadcasters in the same solution. A third new product built for both FM and UHF TV customers reimagines the RF filter topology as an analysis and troubleshooting point for TV and FM radio engineers, allowing broadcasters to proof feeds within the filter as they exit the transmitter and approach the RF load or the antenna. Designed primarily for low-power broadcasters, Dielectric’s Advanced Filter Topology innovation eliminates the traditional RF switch and other interconnections between the filter and transmitter. The novel “switchless switch” approach creates a single unit that is easy to install, easy to manage, and easy on budgets. Read more here.
Synamedia has unveiled Quortex Link, an industry-first, pay-as-you-go, self-service multi-tenant SaaS platform for video distribution. It enables content providers to deliver live video content point-to-point globally through a secure cloud distribution network. Through its pay-as-you-use pricing model, providers are only billed for the time a link is active. Designed as an open platform, it can deliver live streams using several protocols including SRT (Secure Reliable Transport) or Zixi.
SMPTE is seeking technical papers for the SMPTE 2023 Media Technology Summit, Oct. 16-19, in Hollywood. SMPTE is also accepting proposals for its popular SMPTE Storytellers series. This year’s Media Technology Summit will aim to present the latest innovative processes, tools, workflows, interoperability solutions, and standards. Original, previously unpublished manuscripts, submitted as an abstract between 300 and 400 words, are being accepted until May 30. Topics include, but are not limited to: 5G, AI and Machine Learning, Audio, Blockchain, Color science, Cloud media, Communication, networking, and broadcast technologies, and Compression. Previously published, product-specific, commercial, sales, or promotional papers will not be considered. Student papers are strongly encouraged.
