Net Insight Unveils JPEG XS At Scale For Live IP Media Production

As live production scales to higher UHD and full HD volumes, efficiency and density have become critical requirements. At NAB Show 2026, Net Insight introduces its full IP JPEG XS solution, delivering a standards-based, high density IP media architecture that combines ultra-latency real-time production with dramatically increased processing capacity, without added operational complexity or infrastructure cost.

Net Insight’s JPEG XS implementation delivers standards compliance, interoperability and predictable performance. The solution supports visually lossless UHD and Full HD contribution at operationally efficient bitrates, with an ultra-dense hardware implementation enabling up to 192 Full HD or 90 UHD JPEG XS streams per device in full IP ST 2110 environments. This allows media companies to scale production capacity while significantly reducing operational overhead.

Integrated ultra-dense media processing, switching and security demarcation within a single IP media platform simplify system architecture and eliminate the need for additional devices between network domains. As a modular extension, the solution can be combined with Net Insight’s media-ready 400G IP backbone and backhaul transport, enabling consolidation of large workflows into fewer high-capacity links. This improves network utilization and lowers total cost of ownership as production volumes continue to scale.

Net Insight’s JPEG XS solution is deployed in real-world broadcast environments where SDI and IP coexist long-term, and where workflows span permanent facilities, temporary venues and partner-operated networks. Extensive multi-vendor interoperability testing enables stepwise adoption of ST 2110 without forced replacement or added operational risk.

Fully integrated with Nimbra Live Intelligence, the solution benefits from unified monitoring, control and automation across edge, aggregation and core. This reduces manual intervention, over-provisioning and operational risk during mission-critical live events.

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