ATEME and Broadpeak enable ultra low latency video for DVB-I

Broadpeak, a provider of content delivery network (CDN) and video streaming, and ATEME, a leader in video delivery solutions, have announced a new ultra-low-latency live video streaming solution that supports the emerging DVB-I standard ecosystem.

Recently demonstrated at IBC2019, the joint solution leverages advanced technologies, such as machine learning-based encoding, multicast ABR, low-latency CMAF and HTTP chunked transfer encoding (CTE), enabling pay-TV operators going multiscreen to deliver a superior quality of experience (QoE) for live streams with just 1 second of end-to-end latency.

“ATEME continuously works towards delivering a superior experience and outstanding quality for ABR video while reducing the OPEX and CAPEX for pay-TV operators,” said Michel Artières, ATEME’s CEO. “Latency is a major issue for our customers. By leveraging our continuous efforts towards innovation, we have implemented patented machine learning-based compression, minimizing any video pipeline buffer. Through our partnership with Broadpeak, the leader in multicast ABR, we can drastically improve the quality of live video streaming.”

The solution combines ATEME’s Content Adaptive Encoding tools within its TITAN solution with Broadpeak’s BkS350 Origin Server and Packager, BkE200 transcaster server, and nanoCDN multicast ABR solution. Broadpeak’s nanoCDN is the only multicast ABR technology on the market today that combines multicast delivery with CMAF and HTTP CTE, allowing continuous (i.e. on-the-fly) video delivery. Thanks to multicast ABR technology, operators can ensure a stable network, similar to IPTV, and reduce buffering to an acceptable size.

TITAN’s Content Adaptive Encoding is built on machine-learning algorithms, reducing not only latency, but also the bitrate for multiscreen delivery and CDN costs by up to 50 percent with the same video quality. ATEME’s full ownership and control of its video technology is a unique advantage because it guarantees that pay-TV operators are provided with codec diversity, constantly progressing toward more efficient compression and better-optimised ABR delivery.