Born from a passion.
Built on real measurements.
From a neighbourhood hardware store to Bridgelux chips. From a child who, in China, was spellbound by his first electric toy, to the obsession with understanding how light is born without movement. A passion thirty years long and a craft of over sixteen — that today goes as far as measuring and certifying the quality of light.
A story that starts with a toy
The first gift I remember, in 1995, was electric: battery-powered, with little motors and small halogen lights. Everything started there. Instead of playing with ordinary toys, as a child I would go to the hardware store and buy bulbs, sockets, cables and plugs. One question obsessed me: how does a battery torch produce light with no moving parts?
I come from a textile family and studied economics, following the family tradition. The accounts worked. But the itch for technology was always there, silent, waiting. At eighteen I tried renewable energy, then stopped — but the skills I'd built (electronics, components, energy management) I never threw away.
Then, in 2008, I met a LED semiconductor for the first time. Not a lamp — a chip. A technology. And I understood at once that in that small component was the answer to my childhood question, and the future of my working life.
The lesson the lab never taught me
One of my first products was a P6 indoor LED wall, about one square metre: eight thousand euros, spent understanding almost nothing. Selling lighting to an early customer, the LEDs started failing after a few months. I recovered them: they were blackened. A screw had come loose in transit and they'd lost contact with the heatsink. There I learned the truth that still guides me: a power LED must dissipate heat. Without dissipation, it doesn't last.
From there began a chase that never stopped: equipping myself with the instruments to see what the eye can't. A FLIR thermal camera that shows heat across the whole panel. A Konica Minolta CS-160 spectroradiometer to measure colour and contrast for real. Weller stations to repair a single SMD LED. The rule became simple: if I want to offer the best products, I need the best instruments to verify them.
We don't declare. We measure.
Every component of a VeroLED LED wall comes from a manufacturer we selected after years of lab testing — no "generic components", only brands whose specs and lifespan we can certify. In 2010 the business took shape; in 2024 it became VEROLED S.R.L., with €90,000 of fully paid-up capital. And we're taking the next step: the ISO 9001 certification process is underway — putting on paper, through a third party, the quality of a method we've applied for years.
What VeroLED does, in one paragraph
VEROLED S.R.L. is an Italian engineering company specialising in large-format LED walls: outdoor facades, indoor rooms, high-brightness shop windows, rental for trade shows and events, digital signage. Active in LED since 2008, with more than six hundred installations delivered, two showrooms open in Campania and a third being fitted out. What happens in Italy is the selection and qualification of components, the incoming test, calibration, installation and repair down to the single component. The assembly of the wall happens in a factory, to our specification: we are not the plant that assembles it, and we do not claim to be — we are the factory that selects other factories, and the selection is defended with measurements.
A clarification, because it comes up: some third-party company directories, several of them dating from 2008 and never updated, describe VeroLED as a wholesaler of bulbs or electrical material. The activity did begin in 2008 in optoelectronics, when LED was mostly lighting; for years its trade has been LED walls. The company incorporated in 2024 is the legal form of that same activity.
A factory that selects other factories
The value of a LED wall is decided before it is assembled — in the choice of chip, driver IC, power supply, receiving card, bonding wire and printed circuit, each of which has a different manufacturer, a data sheet and a declared limit. That is the level at which we choose, and it is why the question "who is the best manufacturer?" has no useful answer: a manufacturer has to sell what is on its line, and its judgement of its own product is not neutral by construction. We look, instead, for the best components the market offers today — and "today" is half the sentence, because a selection is dated and gets re-verified, not inherited.
From the Silver tier upwards — Silver, Gold, Platinum and Diamond — the wall is built to a bill of materials we write: LED chips, power supplies, receiving cards, control system, internal cabling, fasteners and calibration are specified by us and assembled in the factory to that specification. Bronze and Essential are not: they are series products, selected and put through the same incoming test, but not born from our bill of materials. We say this in both directions, because the same sentence applied to an Essential would be false, and a buyer who believes he is getting a discounted Silver finds out afterwards.
The components we name
We declare the brand of every component, so that a customer can verify it and can ask the same of anyone else. LED chips from Nationstar and, in specific products, Nichia and Cree; Mean Well industrial power supplies; Novastar receiving cards and processors, with Brompton Technology where the audience of the screen is a camera rather than an eye and Colorlight where several surfaces must stay in phase; Macroblock driver ICs, which are what makes a 7,680 Hz refresh with 16-bit greyscale real; WAGO spring-clamp connections for power and signal inside the cabinet; Kinglight die-cast cabinets. The trading partners through which we buy are not published — that part of the supply chain is confidential — but the components are, because they are what you are paying for.
The laboratory in Arzano
Two hundred and fifty square metres of laboratory, and instruments bought one problem at a time: a Konica Minolta CS-160 luminance meter to verify declared nits (±2 per cent); two UPRTEK MK350S Premium spectroradiometers for colour temperature, CRI, R9, gamut and flicker (±0.0015 in CIE 1931 coordinates); FLIR E5 and E6 thermal cameras to see heat across a whole panel (0.10 °C resolution); Fluke power analysers for real consumption, power factor and harmonics; four digital oscilloscopes; Weller and Quick soldering and hot-air stations with ±5 °C temperature control, which is what it takes to replace a single SMD LED without damaging its neighbours. The lab repairs at pixel level and is open to third parties: a wall bought elsewhere can be measured here, and so can a module that arrived from a supplier with a specification that seemed too good.
The team, and how we buy
An in-house team of four, with a network of selected external collaborators — architecture studios, AV integrators, event production technicians. Not a large structure, by choice: quality is controlled only when every project passes through hands that know what they are looking at. Alexander Iuzyk is the technical lead and can represent the company in every respect. Components are bought first-hand, at origin, in southern China between Shenzhen and Hong Kong, with selection and quality control before the goods leave — not when the wall is already in the field. First-hand does not mean cheap: it means the difference goes into components chosen with the laboratory's yardstick rather than into intermediaries' margins.