PIXELHUE is accelerating its push into AV over IP, broadcast-grade processing and live production, combining ultra-low latency innovation, IP-native workflows and a fast-growing global training ecosystem for integrators.
At ISE 2026, PIXELHUE made one thing abundantly clear: the transition to AV over IP is not a distant prospect, it is happening now. Across two in-depth interviews on the stand, the company’s leadership outlined a joined-up strategy that spans AV over IP, broadcast-grade processing, live production, and professional training.
From ultra-low latency IP transmission on 1Gb networks to ST 2110-ready processing and a growing global training ecosystem, PIXELHUE is positioning itself not just as a product manufacturer, but as a long-term technology partner for integrators, rental companies, broadcasters and control room operators.
AV over IP for the real world
AV over IP has become central to modern system design. Integrators are increasingly asked to deliver scalable, flexible, and future-ready infrastructures that can adapt to changing operational needs. But while 10Gb and 100Gb infrastructures dominate high-end conversations, the reality is that many projects around the world still rely on 1Gb network environments.
PIXELHUE’s response is what it describes as an optimal dual-stream AVoIP solution designed specifically for 1Gb networks.
At the heart of the platform is a dual-stream PD3 architecture integrating both encoder and decoder functionality. Crucially, the solution delivers ultra-low latency down to 2 milliseconds, making it suitable for mission-critical environments such as control rooms, command centres and security operations where timing is everything.
What differentiates PIXELHUE’s approach is its focus on proprietary algorithm development. The company’s InstSight algorithm is engineered to preserve original image quality while maintaining transmission efficiency over standard network infrastructure. For integrators, this balance between bandwidth optimisation and visual fidelity is key, especially in videowall applications where image degradation is immediately visible.
The platform also supports KVM workstation functionality, web-based visualised management, and powerful image processing tailored for complex videowall deployments.
For control room environments, this combination of low latency, image integrity and distributed flexibility provides a compelling proposition. The move to IP is not just about replacing cables, it is about unlocking system agility. PIXELHUE’s solution reflects a deep understanding of signal distribution, processing and control room workflows, built on years of experience in image processing.
All-in-One AVoIP LED Controller
Alongside the dual-stream solution, PIXELHUE showed its all-in-one AVoIP LED controller, a distributed LED processor built to handle increasingly ambitious display projects.
The controller supports up to 13 million pixels and offers multi-layer processing, image compensation, network signal decoding, and nanosecond-level synchronisation.
Nanosecond-level sync is particularly significant for large-format LED walls, where frame misalignment can result in visible tearing or motion artefacts. For applications such as broadcast studios, esports arenas, immersive experiences and large corporate environments, maintaining seamless visual performance across distributed nodes is non-negotiable.
By combining distributed processing with AV over IP transmission, PIXELHUE enables scalable LED systems that are not constrained by traditional point-to-point architectures. Integrators can design more modular, expandable systems while keeping infrastructure costs manageable through 1Gb compatibility.
The result is a future-facing yet practical approach: advanced capabilities without forcing wholesale network overhauls.
Q8 and P80 step forward
While AV over IP dominated the conversation, PIXELHUE also used ISE 2026 to underline its growing presence in broadcast and high-end processing.
The Q8 processor stood out as one of the booth’s flagship products. Now equipped with SMPTE ST 2110 100G input and output card support, the Q8 aligns with the rapid shift towards IP-based broadcast infrastructures.
SMPTE ST 2110 is increasingly central to professional broadcast environments, enabling separate transport of video, audio and metadata over IP networks. By supporting 100G connectivity and ST 2110 workflows, the Q8 moves firmly into the broadcast-grade arena.
Additional capabilities such as Link and VPU (Video Processing Unit) functionality further strengthen the platform, giving users enhanced processing power and system flexibility.
Complementing the Q8 is the P80 processor, which introduces integrated SDI matrix functionality and self-generated genlock signals.
The inclusion of a built-in SDI matrix simplifies signal routing in live and studio environments, reducing reliance on external infrastructure. Meanwhile, internal genlock generation ensures synchronised video outputs, critical for broadcast, live events and virtual production workflows.
Together, Q8 and P80 demonstrate PIXELHUE’s intent to bridge traditional AV processing and full-scale broadcast performance, a convergence that continues to accelerate across corporate studios, houses of worship, esports venues and hybrid event spaces.
The S16 switcher
ISE 2026 also saw the introduction of the S16, a new camera switcher designed with flexibility in mind.
While positioned as a camera switcher, the S16 extends beyond conventional switching. It supports live streaming across up to four channels simultaneously, enabling users to deliver multi-platform content without additional external encoders.
This hybrid functionality reflects broader market trends. Corporate communications, education, and live events increasingly demand simultaneous in-room production and online distribution. By integrating switching and streaming capabilities into a single platform, PIXELHUE reduces system complexity while expanding creative options.
The S16 underscores the company’s expansion into broadcast and rental markets, sectors where reliability, real-time performance and workflow integration are paramount.
Investing in people
Technology evolution is only as effective as the people implementing it. Recognising this, PIXELHUE has invested heavily in training through the Pixel Master Academy (PMA).
The programme has already certified over 1,000 engineers across more than 25 countries, supported by a network of 50+ certified instructors. With structured standards, rigorous evaluation and expanding authorised training centres, PMA aims to ensure consistent, professional-level system deployment worldwide.
The recently launched PMA website consolidates training, certification and professional resources into a single platform. Upcoming additions include e-learning courses and online examinations, broadening accessibility and supporting ongoing professional development. Expert-level training modules are also in development, reflecting the increasing technical sophistication of AV over IP and broadcast-integrated systems.
What ties PIXELHUE’s ISE 2026 showcase together is coherence. AV over IP solutions optimised for real-world networks. Distributed LED control with nanosecond synchronisation. Broadcast-ready processors aligned with ST 2110 standards. Integrated live production tools. And a global training ecosystem to support it all.