From ISE 2026 in Barcelona, the LightShark control ecosystem, developed by Equipson, showcased a clear and structural evolution. The offering presented goes beyond a simple update, reflecting a comprehensive expansion in hardware, network infrastructure, and integration tools that position the platform as a complete solution for both live events and fixed installations.
At the brand’s booth, Maximiliano Moreno, representative of NASH Ingeniería, spoke with Alejo Cervera, Lighting Product Manager at Equipson, to delve into the latest updates.
The focus was technical, but the message for the local market was clear: the technology is already available in Argentina.
Network infrastructure: new nodes and scalable DMX distribution
The first major innovation presented at ISE 2026 relates to the expansion of the network ecosystem. In a context where lighting systems increasingly demand more universes, greater redundancy, and flexible configurations, LightShark expands its line of nodes to fit different project scales.
Alejo explained it directly: “We’re introducing the new line of nodes, including the Core and four different models with varying universe counts.”
This expansion not only increases capacity, but also enables the design of more modular and efficient network architectures. This is complemented by a new line of physical signal distribution—crucial for more complex installations: “It’s a new series of splitters, both four-port and 12-port models.”
With these devices, LightShark strengthens system robustness, ensuring stability in environments where DMX distribution demands professional-grade organization, protection, and segmentation.
Advanced integration: LS Core IO and external control
Beyond traditional stage control, the brand is making a strong push into the architectural and corporate integration market. In today’s projects, lighting no longer operates in isolation—it integrates with automation, security, and building-wide control systems.
For this segment, the introduction of the LS Core IO marks a strategic step: “In terms of integration, we have the LS Core IO, specially designed for integration, with GPIO contact ports, serial ports, and an alarm port.”
This compatibility significantly broadens LightShark’s reach, enabling its implementation in projects where lighting must respond to external events, sensors, or centralized systems.
LS1: decentralized architecture and collaborative operation
At the heart of the ecosystem remains the LS1 console, whose defining feature continues to be its independent interface architecture. Instead of relying entirely on a fixed screen, processing resides within the hardware, while the interface can move freely.
Alejo explains this with technical clarity: “The console—software and hardware—is fully contained within the device, and we only use tablets or touchscreens as the graphical interface.”
This design provides true operational redundancy, especially in mission-critical environments: “If communication with the screen is lost, the console continues working without issues.”
Moreover, the mobility concept redefines the operator experience: “The console allows you to take the tablet with you, go on stage, and focus remotely.” From a collaborative standpoint, the platform also supports multiple simultaneous users, a feature increasingly demanded in complex productions: “We can connect multiple clients at the same time, on different screens, and manage the same console simultaneously.”
In parallel, software development is ongoing: “We’re working on it and expect to have the first public beta of the 2D software version ready by the end of the year.”
LS Core: professional portability with eight DMX universes
One of the most appealing products for markets like Argentina is the LS Core, designed for technicians, freelancers, and companies in need of compact yet capable solutions.
In an environment where portability is key but DMX universes must not be compromised, this solution aims to strike that balance.
Alejo summarizes it this way: “We have the LS Core, which is practically the smallest lighting console on the market. It has eight DMX universes, so it’s completely portable, and any technician or freelancer can carry it in their backpack and have a full lighting console in such a tiny size.”
Additionally, the LS Core IO expands its versatility into the integration realm: “The LS Core IO allows integrators to manage a lighting console through any type of external communication, whether GPIOs, serial ports, or alarm ports.”
This positions LightShark not only as a globally expanding platform, but also as a viable solution for local event, architectural, corporate, and integration projects.
With this expansion of nodes, splitters, integration tools, and ongoing software development, LightShark consolidates an ecosystem where control, mobility, and network architecture converge into a scalable platform.
The ecosystem’s expansion is not just an announcement: the technology is ready for implementation. “All products are available at NASH Ingeniería. We have local stock, specialized technical support, and a team with experience in comprehensive lighting solutions—supporting every project from design to implementation,” emphasized Maximiliano Moreno.
And in Argentina, LightShark is no longer a promise—it’s a reality.
