Broadpeak Demo Video Streaming And Monetization Solutions At IBC 2023
Broadpeak’s nanoCDN multicast ABR solution allows scalable video streaming.
Broadpeak will highlight how it is leading the charge for ultimate video streaming experiences at IBC 2023. With Broadpeak’s software deployed on-premises, offered as a SaaS in the cloud through the company’s own broadpeak.io platform, or as a hybrid solution, video service and content providers can deliver an outstanding quality of experience (QoE), better monetize their video services, and at the same time reduce energy consumption.
Delivering The Ultimate Video Streaming Experience
Broadpeak will showcase software solutions for delivering an outstanding QoE for video streaming services.
A key highlight will be Broadpeak’s Advanced CDN featuring an open, dynamic, and elastic architecture that brings high performance and energy efficiency. Innovative features include:
- Context aware: The Steering Center enables the CDN to be context aware, allowing operators to control which CDN features are being used for each session with a very fine granularity based on the request characteristics.
- Low latency: Broadpeak’s solution for best-of-breed low-latency streaming will be shown.
- Energy efficiency: Broadpeak’s Advanced CDN delivers video streaming services at 725 Gbps from a single server, offering much better Gbps per dollar and Gbps per watt ratios than all other CDN solutions on the market.
In addition, Broadpeak will showcase its nanoCDN multicast ABR solution for scalable video streaming.
Monetizing Video Streaming Services With Targeted Ads
Broadpeak will unveil the next generation of its server-side ad insertion (SSAI) solution at IBC 2023. Broadpeak’s dynamic ad insertion solution, available as a service on broadpeak.io, enables increased monetization, ease of use, and a short time to market for the delivery of targeted ads.
A new “watch ads together” concept will be demonstrated that guarantees additional ad impressions, when viewers use the “Watch Together” feature on their device, to boost revenues. Broadpeak will also demo FAST 2.0 with partner OKAST, highlighting advanced personalization and contextualization for FAST channels.
Simplifying Video Streaming Operations With Cloud-Native Solutions
Broadpeak will demonstrate how its cloud-native solutions streamline video delivery to all screens leveraging the DevOps methodology. A key highlight will be Broadpeak’s Advanced CDN and BkS350e Origin Packager that enables video delivery to any player or device for live and on-demand applications. The BkS350e Origin Packager is able to deliver content to any off-net or on-net CDN, and is deployable on-prem, in the cloud, or in hybrid mode for future-proof cloud DVR services.
You might also like...
Innovating The Interactive Sports Fan Experience - Monumental Sports Network Are Early Adopters
As we continue our dive into the new frontier of Interactive Rights we explore the first steps taken by an early adopter. Monumental Sports Network in Washington are far from implementing a complete portfolio of interactive enhancements to their broadcasts…
Monitoring & Compliance In Broadcast: Monitoring Cloud Infrastructure
If we take cloud infrastructures to their extreme, that is, their physical locality is unknown to us, then monitoring them becomes a whole new ball game, especially as dispersed teams use them for production.
Neutral TV Operating Systems
TV OSs have become pivotal to both smart TVs and streaming services as consumers continue to cut the cord. There is growing interest not just among TV makers but also major streaming and advertising platforms in neutral TV OSs independent…
Sweden’s Accelerating Journey From DTT To OTT
2025 may be a watershed year for the broadcast delivery switchover from DTT (Digital Terrestrial Television) to IP (Internet Protocol). We know that an increasing number of viewers of broadcaster content are turning to their favorite streaming apps to watch the…
Microphones: Part 9 - The Science Of Stereo Capture & Reproduction
Here we look at the science of using a matched pair of microphones positioned as a coincident pair to capture stereo sound images.