In-Lite

The complete guide to In-Lite outdoor lighting

A successful garden-lighting scheme is not simply a matter of buying several bright fittings and spacing them evenly around the garden. The best results come from deciding what the light needs to do, choosing an appropriate light effect for each location and then designing the transformer and cable system to support those choices. This guide explains the In-Lite brand, the components in its system and the practical decisions that help an installation look considered after dark.

Who are In-Lite?

In-Lite is a Dutch outdoor-lighting specialist that has spent around 25 years developing lighting specifically for gardens and landscaped spaces. The company is headquartered in Gorinchem in the Netherlands, where its offices, logistics operation and illuminated show garden are brought together. Its 700 m² indoor “Playground” is used to demonstrate lighting applications and train the professional partners who design and install the system.

This outdoor focus matters. A garden fitting has to cope with rain, frost, heat, insects, soil, planting growth and accidental contact while continuing to create a controlled light effect. In-Lite designs and develops its products in-house with attention to the appearance of the fitting during the day as well as the quality and direction of its light at night. The company’s mission—“make outdoors special”—is reflected in a range that covers practical route lighting, subtle integrated light, high-quality planting accents, architectural illumination and smart control.

In-Lite is therefore best understood as a system brand. A fitting, transformer, cable and connector are designed to work together, and the range is organised into compatible concepts and product families. That approach makes it possible to begin with a modest scheme and extend it later, provided the original transformer and cable plan have enough capacity.

What makes In-Lite garden lighting different?

A joined-up system rather than isolated fittings

The core 12V range shares a common method of power distribution. One HUB converts mains electricity to low voltage, In-Lite cable carries that supply around the garden and compatible fittings connect at the required points. This avoids the need to design a separate mains circuit for every individual lamp, although the transformer’s mains connection must still be suitable and safe.

Light effects are treated as part of the design

Two fittings with similar dimensions can create very different results. A narrow spotlight may throw a concentrated beam into a tall tree; a diffuse path light spreads softer light near the ground; a recessed fitting can mark an edge or wash a wall; and a linear fitting can conceal the source entirely. In-Lite publishes information such as beam angle, light reach, lumen output, colour temperature and colour-rendering performance on many products, helping a designer compare the effect rather than relying only on wattage.

Fixtures are designed as visual families

Product concepts such as SCOPE, ACE, EVO, DISC, SWAY and VOQUE allow related fittings to be used across different parts of a garden without the scheme looking pieced together. You can repeat a finish, proportion or light character across paths, borders, walls and seating areas while still choosing the correct fitting for each task.

The installation can remain adaptable

Fixtures can be positioned along the main cable through the EASY-LOCK system, and the range includes cable branches, extension cords, mounting accessories, glare-control accessories and smart controls. Adaptability does not remove the need for planning: total VA, cable distance, cable size, connection accessibility and product compatibility still need to be checked.

How the In-Lite 12V lighting system works

The core system has four essential elements: a transformer, system cable, compatible light fittings and the connections or accessories required by the layout.

1. The transformer or HUB

The HUB is the starting point. It converts a suitable 230V supply to the 12V low-voltage output used by the system and determines how much connected VA the installation can support. Conventional HUB models provide straightforward timed or sensor-based control, while SMART HUB models add app-based configuration and compatible smart functions.

Compare the In-Lite transformer and smart-control range. A compact installation may suit an In-Lite HUB-75 UK transformer, whereas a larger or more controllable scheme may require a model such as the In-Lite SMART HUB-150. The correct choice depends on total VA, cable outputs, control requirements and the current model specification.

2. The system cable

The main cable distributes the 12V supply from the HUB. In-Lite offers different cable sizes for different maximum route lengths and installation demands. Current manufacturer guidance identifies 14/2 cable for shorter routes up to 40 metres and 10/2 cable for longer routes up to 80 metres when installed as specified. Those figures should not be treated as permission to ignore load, layout or the model manual; the real plan still needs to suit the connected fittings and route.

Our In-Lite CBL system cable page brings the available lengths together, while the cables and connectors category includes branches, extensions, cable caps and fixture connectors.

3. The fittings

The fittings create the visible result. Each location should be matched to the right type of light, voltage, IP rating, output and mounting method. Most 12V fittings use the In-Lite connection system, but the wider range also contains selected rechargeable and mains-powered products, so the individual page and manual always take priority.

4. EASY-LOCK and supporting accessories

The In-Lite EASY-LOCK connector creates the connection between a compatible fitting and the system cable. Other accessories solve practical installation problems: CC-2 connectors create cable branches, CBL-EXT cords extend the fitting lead, mounting plates adapt fittings to hard surfaces and shields or honeycomb accessories reduce visible glare.

How to plan an In-Lite garden-lighting system

Begin with the garden, not the catalogue

Walk through the space in daylight and again after dark. Mark entrances, steps, changes of level, routes, seating areas, doors and working areas. Then identify the features worth revealing: a specimen tree, textured wall, sculpture, pond, pergola or layered border. Functional light and feature light often overlap, but they should not be confused. A dramatic tree spotlight may not safely illuminate a step, and a bright path light may not flatter a tree.

Create layers of light

• Functional light helps people move safely and use entrances, paths, steps and outdoor kitchens.
• Accent light creates focal points on trees, planting, water and architectural surfaces.
• Ambient light gives seating areas, terraces and pergolas a comfortable background glow.
• Depth light illuminates features farther from the house so the garden does not disappear into a dark boundary.

A good scheme normally uses darkness deliberately. Lighting every metre equally makes a garden look flat, increases glare and consumes energy without improving the atmosphere. Contrast allows a modest number of well-positioned fittings to have more impact.

Sketch the fittings and cable routes together

Place the likely transformer position first, then draw the main cable routes and proposed light positions. Note hard landscaping, walls, water, existing ducts, future planting and any point that could become inaccessible. If paving is still being built, plan sleeves and accessible connection points before it is laid. If the garden is established, favour routes along borders or paving edges where the cable and connectors remain serviceable.

Build a simple schedule

For every fitting, record the product, quantity, VA load, cable-lead requirement, mounting accessory and control zone. Add the VA values—not merely the wattages—and compare the total with the permitted load and cable arrangement for the chosen HUB. This small schedule prevents missing connectors and helps identify whether several areas should be controlled separately.

Test effects before making permanent holes

Where practical, temporarily position adjustable lights and view them from the house, seating areas and main routes after dark. Check for glare through windows, unwanted light into neighbouring property and harsh shadows across paths. Final aiming at night is one of the most valuable parts of an installation.

Choosing an In-Lite transformer and calculating VA

Why VA is the important number

LED product pages often display both watts and VA. Watts describe real power consumption, while VA describes the apparent load presented to the transformer. The two figures are not always identical because the driver electronics affect the relationship between current and voltage. In-Lite specifies transformer capacity in VA, so the system must be planned by adding the VA rating of each connected fitting.

For example, ten fittings rated at 4.7 VA create a connected load of 47 VA, even if their combined wattage is lower. Use the exact current VA shown for each product or variation. Never estimate the load from lumen output, product size or the name of the fitting.

Do not plan to the label alone

Capacity is only one part of transformer choice. Also consider the number of cable outputs, whether zones need separate control, whether app control is wanted, whether motion sensing is required and whether future expansion is likely. Leaving sensible spare capacity can make later additions easier, but the design must stay within all manufacturer limits rather than following an invented percentage rule.

Conventional HUB or SMART HUB?

Choose a conventional HUB when straightforward automatic switching is enough and app control is unnecessary. Choose a compatible SMART HUB when you want app-based routines, separately controlled outputs on supported models, SMART MOVE integration or a route towards compatible smart-home control. A SMART transformer does not automatically make every fitting individually dimmable or colour adjustable; those functions depend on the specific fitting and control combination.

In-Lite cables, branches, extensions and EASY-LOCK

Plan accessible cable routes

The 12V cable does not need to be installed like a high-voltage armoured cable, but it should still be protected from spades, edging tools, fixings, vehicles and future construction. Manufacturer guidance recommends accessible routing near paving or border edges so that connections can be reached if a component ever needs inspection or replacement.

Use the correct cable for the route

Cable size and permitted length matter because a long or unsuitable route can lead to voltage loss and poor performance. Follow the current cable and transformer manuals for the exact system. Do not substitute an arbitrary cable simply because it physically fits: In-Lite’s warranty conditions require the system to use compatible In-Lite components.

Create branches deliberately

The system cable does not have to form a closed loop. It can end with the appropriate cable cap, and a compatible connector such as the In-Lite CC-2 can create a branch where the plan requires one. Keep branches documented. A simple cable-plan drawing stored with the order details saves considerable time when the garden is altered years later.

Use extension cords on the fitting side where appropriate

A CBL-EXT cord extends the lead between a compatible fitting and its connection to the main cable. This can be useful for wall lights, recessed products and water-adjacent installations where the EASY-LOCK needs to remain accessible or outside the water. Extension limits and connector compatibility differ, so check the relevant product instructions rather than joining low-voltage cable informally.

In-Lite SMART lighting, the app and automation

The In-Lite smart system adds control without changing the basic requirement for a correctly sized transformer, cable network and compatible fittings. SMART HUB models can be configured through the In-Lite app, allowing supported outputs, routines and compatible smart fittings to be managed from a phone or tablet.

Useful smart functions

• Schedule lighting around the evening rather than leaving every circuit on for the same length of time.
• Separate functional route lighting from atmospheric or feature lighting where the selected HUB provides independently controllable outputs.
• Use SMART MOVE where compatible to trigger lighting when movement is detected.
• Adjust supported dimmable or colour-capable products without changing the rest of the installation.
• Use supported SMART BRIDGE and smart-home integrations where appropriate, checking current compatibility before purchase.

Smart features change as apps, firmware and home-automation platforms develop. Check the current product page and In-Lite compatibility information if a particular integration is essential. A lighting design should also remain usable if a phone is unavailable; understand the manual and automatic behaviour of the chosen HUB before installation.

Choosing the right In-Lite light fittings

In-Lite spotlights

In-Lite spotlights are used for trees, planting, sculptures, façades and other features that need controlled directional light. Choose by beam angle, useful reach, lumen output and aiming position. A narrow beam concentrates light over distance; a wider beam covers more canopy or wall but usually with less intensity at the same distance.

The In-Lite SCOPE spotlight is a useful reference point for focused, longer-reach accent lighting. Smaller SCOPE models suit lower planting and shorter distances, while larger or wider-beam variants serve bigger features. Several moderate fittings placed around a tree often create better shape than one overpowering beam from the front.

In-Lite recessed lights

In-Lite recessed lights can be integrated into paving, decking, steps, walls and hard landscaping. Some create a gentle marker; others project a defined upward beam. Check the installation diameter, mounting depth, drainage, surface material, load rating and whether the precise model is approved for pedestrian or vehicle loads. “Recessed” does not automatically mean “drive-over”.

In-Lite path and bollard lights

Path and bollard lights spread light around routes, entrances, terraces and planting edges. They should reveal the walking surface without putting the LED source directly in the user’s eye. Consider the fitting height, direction of light, spacing, nearby planting and the view from seated positions. Closer spacing is not always better; test the pools of light and allow shadow between them.

In-Lite wall and ceiling lights

Wall and ceiling fittings can light entrances, façades, fences, pergolas, canopies and outdoor kitchens. Up-and-down lights emphasise wall texture and vertical lines, downlights can illuminate a useful area, and ceiling spotlights can focus light without occupying floor space. Confirm whether the selected product uses the 12V system or a mains supply before planning its wiring.

In-Lite decorative and linear lighting

Decorative and linear products bring a softer or more sculptural layer to terraces, outdoor rooms and planting. The In-Lite EVO FLEX system can create concealed lines of light beneath edges, steps and architectural details, while products such as the SWAY TABLE rechargeable lamp provide portable atmosphere without becoming part of the 12V cable circuit.

In-Lite pond and water lighting

Only use a fitting in water when its individual specification and instructions explicitly permit submerged installation. The In-Lite SUB IP68 pond spotlight is designed for underwater use and is supplied with a long lead so the connection can be made in the correct location outside the pond. The In-Lite WATERLOCK provides a compatible waterproof solution for specified cable connections. Do not assume that every IP67 outdoor fitting is suitable for continuous submersion.

Understanding lumens, beam angle, colour temperature and CRI

Lumens describe output, not the complete effect

Lumens measure the total visible light produced. They do not tell you where that light goes. A lower-lumen narrow spotlight can appear brighter on a small feature than a higher-lumen diffuse fitting because the light is concentrated. Compare lumens together with beam angle, useful reach, mounting height and the surface being illuminated.

Beam angle controls spread

A small beam angle creates a tighter shaft of light; a larger angle creates a broader wash. Narrow beams suit tall, slender trees and distant details. Wider beams suit broad canopies, walls and dense planting. Overlapping several beams can create depth, but avoid crossing them through normal sight lines.

Colour temperature changes the mood

Colour temperature is measured in Kelvin. Warmer values create an amber or candle-like atmosphere; values around warm white reveal materials and planting with a cleaner appearance; RGB or RGBW products add controllable colour where the product and system support it. Use colour as a deliberate layer rather than assuming the most adjustable fitting is automatically the best choice.

CRI affects how natural colours appear

The colour rendering index indicates how faithfully a light source reveals colours compared with a reference light. Many premium In-Lite fittings use CRI 90+ light sources. This is especially valuable when illuminating foliage, flowers, natural stone, timber and architectural finishes because the feature should retain its character after dark rather than looking grey or distorted.

Control glare as part of the specification

A technically powerful fitting can still be unpleasant if the source is visible from a seat, window or path. Aim lights away from normal sight lines, use indirect effects where possible and consider compatible shields or KILLFLASH-style honeycomb accessories. Glare control often improves perceived quality more than adding extra brightness.

Installation, IP ratings and outdoor conditions

Low voltage makes the garden side simpler—not consequence-free

The 12V side of the In-Lite system is designed to be straightforward to connect, alter and extend. The HUB still receives 230V mains power, so its supply, socket, location and protection must be appropriate. Any new fixed mains work should be handled by a suitably qualified person and must comply with current UK electrical requirements.

Read IP ratings in context

An IP rating describes resistance to solid particles and water under defined tests. It does not say that every installation method is acceptable. A fitting’s cable entry, connector position, drainage, orientation and intended application remain important. IP67 can suit demanding outdoor exposure but does not automatically approve continuous underwater use; IP68 products should still be installed within the depth and method stated by the manufacturer.

Allow for water and drainage

Recessed fittings should not sit permanently in an unplanned pocket of water. Follow the product requirements for drainage, mounting sleeve, substrate and cable access. Around ponds, keep non-submersible connectors out of the water and use the specified underwater product and waterproof connection method.

Allow for plants to grow

Planting can cover a low fitting, block a beam or place leaves directly against a hot or bright source. Position and aim spotlights for the mature form of the plant, not only its size on installation day. Adjustable risers and mounting accessories can help keep a beam above dense foliage, while tree-mounting accessories should be installed so they do not harm the tree.

In-Lite warranty, maintenance and long-term care

In-Lite currently provides a five-year manufacturer warranty on its fixtures and transformers, subject to its warranty conditions. The complete installation should use compatible In-Lite components, including In-Lite cable, and proof of purchase should be retained. A warranty is not a substitute for correct installation, and the individual conditions current at the time of purchase always apply.

Keep components accessible

Transformers, EASY-LOCKs, cable connectors, fixture leads and replaceable components should be reachable without dismantling large areas of finished landscaping. Photograph cable routes before covering them and keep a copy of the plan, product schedule and invoice. Accessibility makes fault-finding, alteration and warranty support much easier.

Carry out simple seasonal checks

• Remove leaves, soil and debris that cover lenses or ventilation areas.
• Check that adjustable fittings have not been knocked towards a path, window or neighbour.
• Trim planting that has completely blocked a beam while retaining the intended natural effect.
• Inspect visible cables and connectors after digging, edging or building work.
• Review timer and smart routines as daylight hours change.
• Do not pressure-wash fittings or connectors unless the product instructions specifically permit it.

Durability, energy use and responsible lighting

In-Lite presents long product life, system compatibility and energy-conscious control as central parts of its sustainability approach. The company states an ambition to recycle all products in its range and designs current and future fittings around the established system. A five-year warranty and the ability to extend an existing layout can reduce the pressure to discard a complete installation when the garden changes.

Responsible garden lighting also depends on the user. Low voltage does not automatically mean low consumption; energy use depends on the fittings, their efficiency and how long they operate. Use only the light needed, aim it at the intended surface, limit upward spill, reduce glare and set sensible routines. Smart zoning is most useful when it lets decorative areas switch off earlier while essential route lighting remains available.

Common In-Lite planning mistakes to avoid

1. Choosing the transformer from watts instead of VA. Add the published VA load for every fitting.
2. Buying fittings before drawing the cable plan. The route and connection access can change which accessories are required.
3. Lighting everything equally. Contrast and darkness create depth; uniform brightness usually creates glare and a flat appearance.
4. Using one spotlight for a large three-dimensional tree. Several carefully aimed beams can reveal shape more naturally.
5. Ignoring the view from indoors. A source that looks concealed in the border may be directly visible from a sofa or bedroom.
6. Assuming every fitting is 12V. Check whether a product is low voltage, mains powered or rechargeable.
7. Assuming every recessed light is drive-over. Load approval is model-specific.
8. Assuming every high-IP fitting can be submerged. Underwater use must be explicitly approved.
9. Making connectors inaccessible. Plan serviceable positions before paving, decking or walls are completed.
10. Forgetting future planting and expansion. Allow for growth, new zones and transformer capacity where reasonably foreseeable.

Why buy In-Lite from That Pond Guy?

We are an independent UK pond and garden specialist, not a marketplace feed with no understanding of how the components connect. Our aim is to help you order a coherent system: the correct transformer capacity, sensible cable routes, compatible connectors and fittings that create the effect you actually want.

If you are unsure, contact us before ordering with a simple plan, dimensions and photographs of the area. Tell us which features matter, where the transformer could be located and whether you want app control. We can help narrow the choice and highlight the specification checks that matter. For a large project, that conversation is far cheaper than discovering after the landscaping is complete that the cable route, VA capacity or fitting type is wrong.

Our practical approach: we would rather help you create a balanced scheme with the right number of fittings than sell the brightest product in every position. Good outdoor lighting is controlled, layered and comfortable to live with.

Browse all In-Lite garden lighting, compare the specialist categories above or contact That Pond Guy for help with a product or system plan.

Frequently asked questions about In-Lite garden lighting