LiveU has launched the 900Q, a bonded cellular encoder that integrates AI-driven IQ technology for automated network selection via eSIMs. The unit supports 4:2:2 10-bit HDR video and multi-camera production, targeting remote broadcast and sports workflows.
The shift from physical SIM cards to AI-managed eSIMs reduces the operational friction of manual network configuration during live remote broadcasts. By automating provider selection, broadcasters can maintain high-bitrate HDR feeds even in high-density stadium environments where cellular congestion typically causes packet loss. This move signals a broader industry transition toward software-defined connectivity where hardware longevity is extended through AI-ready chips capable of future updates. As sports rights holders increasingly demand 10-bit HDR for multi-platform delivery, the ability to crop widescreen footage for social media without quality degradation becomes a critical efficiency. Watch for how competitors respond to this integrated eSIM approach in upcoming portable encoder releases.
LiveU has positioned the LU900Q as the flagship of what it calls the Q Era, a strategic pivot toward AI-driven connectivity intelligence embedded directly in field hardware. The unit was field-proven at the Winter Games in Italy, where it served as the first production unit built natively around LiveU IQ, applying smart operator selection to maintain reliable connections in challenging RF environments. At IBC2026, LiveU presented the LU900Q alongside LiveU Nexus, a universal gateway that converts and routes feeds across LRT, SRT, and RTMP protocols, and LiveU Studio, a cloud-native production platform capable of switching multi-camera sources and distributing to up to 30 platforms from a single browser interface.
The LU900Q introduces a software-defined licensing model that allows broadcasters to activate advanced capabilities on demand or via subscription rather than purchasing fixed hardware tiers. LiveU described the unit as the most modular mobile encoder available, with customers starting from a basic configuration and adding software modules to match production requirements. This approach targets cost-sensitive newsrooms and regional sports operations that need occasional access to 4:2:2 10-bit HDR encoding or dual-camera workflows without committing to permanent hardware upgrades. CEO Samuel Wasserman framed the strategy as delivering business agility alongside technical performance.
LiveU first showcased the LU900Q at NAB Show 2026, where it anchored a broader ecosystem presentation that included LiveU Schedule, a centralized scheduling and resource automation tool for live production planning. The NAB Show demonstration emphasized the unit's role in IP contribution resilience, combining optimized 5G modems with a MIMO antenna array to maintain transmission quality from virtually any location. The progression from NAB to IBC reflects LiveU's pattern of using major trade shows to validate field deployments before broader commercial availability, with the LiveU LU900Q production units serving as a high-profile reference installation for the AI-driven eSIM management that distinguishes the 900Q from earlier bonded cellular units. Broadcasters looking to optimize simultaneous vertical and horizontal live production may find these new encoding capabilities particularly useful for multi-platform distribution.
LiveU has launched the 900Q, a bonded cellular encoder featuring AI-driven IQ technology for automated network selection via dual-5G eSIMs. This innovation reduces manual configuration friction for remote sports and news broadcasts, ensuring high-bitrate 10-bit HDR transmission even in congested environments, while offering a modular, software-defined licensing model for broadcasters.
LiveU IQ technology uses AI to poll and select the best available network provider for each eSIM in real time, ensuring reliable transmission in congested or rural environments.
Yes, the unit features two inputs and outputs, allowing for multi-camera setups and production workflows.
The unit supports 4:2:2 10-bit HDR video, which allows for high-quality center-cropping for vertical video delivery without losing image detail.
The 900Q uses a software-defined licensing model, allowing broadcasters to activate advanced capabilities on demand or via subscription rather than purchasing fixed hardware tiers.
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