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industry updates

Freedom Goes MINI: Helvar Components Unveil Compact Wireless Driver

Helvar Components are preparing to expand their well-established Freedom product family with the launch of the new 42 W MINI-sized radio-integrated LED driver with sensor connector. Designed for wireless luminaires in space-constrained applications, this compact solution delivers all the benefits of Freedom’s luminaire-based product family in a smaller package.

With the MINI driver customers gain access to a complete radio-integrated control solution with sensor input, without the need for external control units or third-party components.

The Freedom Series was engineered to solve a growing challenge in wireless lighting: how to build wirelessly controllable luminaires that are simple to design, reliable to operate, and cost-efficient to manufacture, without being tied to a single control system. As pressure mounted for D4i-based solutions with powered DALI buses, Helvar Components took a different path in MINI series.

Freedom, the complete luminaire-based product family for wireless LED lighting, offers a modular, scalable approach to wireless lighting, supporting multiple leading protocols – including Casambi, ActiveAhead, Mymesh by Chess, and Pulse Systems – through either plug-in nodes or fully integrated drivers.

This latest product release takes that concept even further. The 42 W MINI driver (LC43MINI-FD-300-1050) includes trusted technology combined with a sensor-ready interface and built-in wireless connectivity. It simplifies the design and sourcing process, offers competitive pricing compared to traditional D4i/Powered DALI solutions and brings reliability. Thanks to Freedom, luminaire manufacturers no longer need to source sensors, nodes, or drivers from multiple suppliers, and they no longer face the compatibility issues that often follow.

For luminaire manufacturers and project stakeholders working with Casambi-specified lighting schemes, this launch offers an upgrade in lighting flexibility and integration. The MINI driver enables a cleaner, faster and more cost-effective route to producing smart luminaires, while keeping installation simple across multiple project sizes. Whether it’s used to control individual luminaires or commissioned to manage entire spaces, the integrated sensor connector brings added intelligence without complication.

With a cost-efficient and small “plug-and-play” sensor – the Helvar Components ‘Freedom Sense’ available, you can have control of a single luminaire or commission a master-slave style, giving whole room capabilities that can be mounted independently in the ceiling with a holder bracket. The Freedom nodes also provide actual ‘freedom’ of optimal antenna positioning, especially in metallic linear solutions.

This key ‘Freedom Sense’ innovation is significantly lower in cost than traditional Casambi system sensors, yet it enables the same functionality and does so more easily. By eliminating the need for Casambi-licensed sensor components, ‘Freedom Sense’ reduces the costs of the entire project for luminaire manufacturers and end users. Customers can achieve advanced wireless control and presence detection with fewer components and a far more competitive price point, while still retaining full compatibility with Casambi-based systems through the Freedom driver and node platform. It’s a smarter way to build scalable wireless lighting, without compromising on performance or flexibility.

With Helvar Components’ Freedom approach, you even retain the flexibility to address future project specifications using the same design footprint – whether that’s for Casambi, ActiveAhead or other protocols in the wireless system.

With compact size and powerful integration, it’s the next development in wireless luminaire design, and it lands in Q3 2025, with priority support and resources available for existing Freedom Series customers and Casambi-focused partners.

Categories
industry updates

Ansell Lighting strengthens high impact offering

The ideal solution for high-impact spaces such as sports halls and outdoor pitches, Ansell
Lighting has added two new robust luminaires to its lighting range.

Designed specifically for large, outdoor areas, the Exa floodlight is manufactured from
coastal marine grade aluminium and finished with a premium AkzoNobel anti-corrosion
powder coating, offering exceptional durability. Combining strength with outstanding
performance, it offers a powerful high-lumen package ranging from 60,000 lumens (400W)
up to 180,000 lumens (1200W).

A range of accessories are also available to further enhance Exa’s performance, including a
narrow beam lens to minimise light spill and a floodlight visor for glare control. An innovative
magnetic aiming device also aids fast and accurate installation, ensuring greater precision
on site.

Providing an equally robust and powerful option for demanding indoor spaces, Ansell
Lighting has also unveiled Ocu-Lux, a multi-wattage linear high-bay that combines impact
resistance with superior performance.

With an outstanding 185 lm/W efficacy, Ocu-Lux delivers maximum energy savings and is
fully tested and approved to DIN18032-3 for ball impact resistance. Suitable for suspended
or surface mounting, it is OCTO-ready and has Zhaga sensor ports for flexibility and control.
Ocu-Lux also offers a choice of wattage options – 160W, 120W, 80W – providing flexibility for
varied mounting heights and lux requirements. Quick and easy to install, it also features a
rear fast connector plug, while 1–10V dimming comes as standard.

Mark Abbott, Managing Director at Ansell Lighting, said: " There is a lack of robust, high-
performance solutions in the market that can meet the challenges of both high-impact indoor
and outdoor environments in education and sports settings. Exa and Ocu-Lux address that
gap, combining durability, efficiency and flexibility with simple installation and control
options.”

For more information on Exa and Ocu-Lux visit: www.ansell-lighting.com

Categories
industry updates

Pharos helps Niagara Falls celebrate 100 years of illumination

Since 2020, Pharos Architectural Controls solutions have been pivotal in the control of lighting at Niagara Falls. More recently, and to celebrate 100 years of illuminating the world-famous landmark – culminating in a special event between 12 and 14 September – additional solutions from Pharos have been used.

Throughout 2025, the Niagara Falls Illumination Board (NFIB) has been marking its centennial anniversary – a milestone that commemorates 100 years since the Falls first became lit every evening. These nightly illuminations are used not only to add a majestic visual to the intense power of the water, but also to honour global causes, notable calendar events and cultural moments.

The celebrations have included a large event in June to commemorate the first lighting of Niagara Falls with timed fireworks, and other activities throughout the summer.

The final celebrations were held between 12 and 14 September 2025, where a Pharos Designer LPC X (Lighting Playback Controller X) augmented the existing Pharos system to deliver a synchronised audio output for a son et lumière presentation. For many years, the Falls have been illuminated every night with the use of a four-universe Pharos Designer LPC, but this special anniversary show is the first time a sound and light show has been created for the natural phenomenon.

Three 30-minute displays took place per night, starting with the National Anthems of both countries that the Falls crosses – Canada and the USA. The Falls were bathed in the colours of each nation, followed by a short history of the Illumination Board and the different technologies employed before the advent of the current LED-based fixture system.

Visitors were then treated to a 20-minute music medley, with the LED lighting being complemented with laser projections on the rock-face of Goat Island, situated between the Horseshoe Falls and the US Falls.

To bring this to life and deliver frame-accurate synchronicity of the lighting to the music, Pharos lent an LPC X for the duration of the celebrations as it has audio output capabilities. The existing LPC project file was easily adapted to give patch and programming to the LPC X. Audio files were uploaded as part of the show file and placed on the same timelines as the lighting presets to ensure easily coordinated programming. Designer’s Music Timelines also allowed presets to be positioned according to bars and beats in musical time to guarantee even finer orchestrated accuracy with lighting effects. Lighting and music data from the LPC X created an output in perfect harmony as timelines were played back, for a seamless sensory and immersive experience.

Additional installation and integration for this was coordinated through Pathway Connectivity, specialists in DMX network solutions. Pathway Connectivity have programmed the Pharos system, while Linus MacDonald has acted as lighting consultant to support the creation of the events.

The LPC X also controlled four independent laser projectors integrating with the Pangalon Beyond Laser system from FFP Lasers of Oakville. NFIB rented ruggedized fibre from PRG to extend the Pathway VIA network to the laser position deep in the Niagara gorge along the river’s edge.

A PA system spanning 2,000 feet was installed along the Niagara Parkway sidewalk to pipe sound over the Pathway VIA network using Dante throughout the park, while the whole show was monitored online from the SixEye cloud solution to enable seamless control and responsive troubleshooting. A large video screen was erected on the US side of the Falls with a large PA, so visitors on American soil could enjoy the celebrations too.

Michael Grosse (MG), Regional Sales Manager for the Americas at Pharos Architectural Controls, said: “Niagara Falls is one of the most-famous global landmarks and projects, both in respect of scale and visual appeal, to use our products. To know a system from Pharos is illuminating one of the most visited sites in the world every evening, gives you a huge sense of pride.

“We were honoured to provide the technology to make these centenary celebrations happen. The scalability of a Designer system made it a simple proposition to drop an extra controller onto the network and into the project file to fulfil the temporary requirements for these festivities and to illuminate the Falls in such a grand and captivating way – bringing together visual and audio effects.”

Robert Bell of Pathway Connectivity added: “The Pharos Designer LPC has been integral to the success of the illuminations of Niagara Falls since we upgraded the system in 2020. We were therefore delighted that Pharos were more than happy to support the anniversary celebrations with the generous loan of an LPC X.

“We’d particularly like to thank Pharos CEO Simon Hicks, and MG, for coordinating this activity and for their continued support.”

The anniversary celebrations have been organised by the Niagara Falls Illumination Board, which is made up of representatives from the City of Niagara Falls Ontario, City of Niagara Falls, New York, Ontario Power Generation Inc., New York Power Authority, New York State Office of Parks, Recreation and Historic Preservation and The Niagara Parks Commission. It is the Illumination Board’s responsibility and mandate to finance and maintain the nightly illumination of both the Horseshoe and American Falls.

The NFIB was formally established in February 1925. The Board managed an initial budget of $58,000, which was used to install 24 state-of-the-art arc lights. These powerful lights, mounted near Horseshoe Falls, were originally developed as searchlights for Britain during war-time air raids and each used 4,500 watts to illuminate the cascading water.

Project Credits

Lighting Controls: Pharos Architectural Controls

Programming, Network and SixEye Integration: Robert Bell of Pathway Connectivity

Laser Programming: Dave Nash, FFP Laser Systems

Cloud Support: Jack Neill of Pharos Controls

Lighting Consultant for NFIB: Linus Mac Donald

Music Medley Composition: Drew Waters

US (Goat Island) Video & PA: Dave Guilford, Ripe Audio

Trans-border RF Link: Craig MacDonald, RF Wireless

Canadian PA: Brandon Jary, PYNX Audio

Temporary Fibre Network Extension: PRG

Network: Pathway Connectivity Via switches and Pathport gateways

Backup: Pathway Connectivity Vignette