WHY WE WORK THIS WAY

Listening comes first. Small Team. Big Vision.

Since 2006, we have worked with customers and suppliers to address the real challenges of buying LED displays and working with suppliers in China. These conversations continue to shape our products, services and ways of working together.

Founded in 2017, TuringLED has served more than 50 customers across over 1,000 successful projects. Deeply rooted in LED display design and manufacturing, we continue to focus on delivering lasting value to you.

In 2026, we see AI becoming a practical tool for everyday business. For TuringLED, this opens up new ways to build on years of accumulated expertise and data—helping us work more efficiently, respond more effectively to your needs, and create greater value for more customers in the AI era.

Better business needs clear commitments.

Market agreements and same-batch planning for work that continues beyond one order.

Partnerships need clear commitments.

THE CHALLENGE

Distributors need clarity about market coverage and pricing arrangements.

OUR APPROACH

We build cooperation around agreed market and channel-pricing protections, with responsibilities and scope set out in the partnership agreement.

THE VALUE

Clear expectations for long-term cooperation.

Implementation and scope

Market coverage, product scope and pricing arrangements are discussed and documented for each partnership.

Terms depend on the signed agreement; no blanket exclusivity or identical policy across all markets is promised.

Discuss this challenge ↗

Plan inventory that can work together.

THE CHALLENGE

Rental partners may need to combine stock for a larger event.

OUR APPROACH

Our same-batch planning approach supports cross-rental cooperation by coordinating product configurations and batch requirements from the start.

THE VALUE

Prepare for shared rental projects before the event arrives.

Implementation and scope

Discuss the participating stock and matching requirements before production and before combining a screen.

Same-batch supply supports coordination; a combined display still requires compatibility and setup checks.

Discuss this challenge ↗

Less friction, from setup to service.

Modularity, documents, cabling and handling—all part of everyday usability.

Less complexity. Easier service.

THE CHALLENGE

Complex designs make operation and staff training harder than they need to be.

OUR APPROACH

We use modular design to make operation and replacement more straightforward, with front and rear service options suited to the installation.

THE VALUE

Less time learning the product. More confidence working on site.

Implementation and scope

Modular replacement and accessible service points are considered together, so the maintenance approach fits the space—not the other way around.

Front/rear access varies by product and installation.

Discuss this challenge ↗

The right configuration. The right order.

THE CHALLENGE

RCFG files become mixed up between orders, products and hardware revisions.

OUR APPROACH

Our planned customer portal will connect configuration files to the order they belong to, with login-based access and clear version records.

THE VALUE

One order record. The right files. Less guesswork.

Implementation and scope

Customers will find authorised RCFG/RCFGX files under their own orders. A record may contain separate files for different receiving cards, hardware configurations or revisions.

Planned service: order login, cloud storage and permission checks are not connected in this prototype.

Discuss this challenge ↗

Fewer cable runs. A clearer signal plan.

THE CHALLENGE

Fine-pitch displays can require a complicated layout of main data cables.

OUR APPROACH

For suitable projects, we specify 5G receiving-card systems with CAT7 cabling to make the signal layout more straightforward.

THE VALUE

A cabling plan your team can understand and follow.

Implementation and scope

The receiving cards, controller output and cabling must be designed as a compatible signal chain. Here, 5G refers to wired display-system bandwidth, not mobile-network service.

Cable quantity and link performance depend on the complete system configuration.

Discuss this challenge ↗

Design around the people doing the work.

THE CHALLENGE

Repeated handling and installation place demands on crews.

OUR APPROACH

Lightweight structures, installation comfort and single-operator features remain ongoing areas of investment and improvement.

THE VALUE

Make setup and service more manageable.

Implementation and scope

Handling features are selected for the cabinet format, support method and intended workflow.

Single-operator features do not mean every complete screen can be safely installed by one person.

Discuss this challenge ↗

Look closely at the small details.

LED protection, connectors, module fit, soldering and seals.

Protection for repeat rental use.

THE CHALLENGE

Frequent transport, setup and dismantling expose LEDs to knocks.

OUR APPROACH

We offer IMD 2-in-1 and indoor GOB Skin approaches to address handling-related LED damage on applicable configurations.

THE VALUE

More attention to the display surface between events.

Implementation and scope

The protection method is selected for the product and application. The supplied FBslim catalogue lists an IMD 2-in-1 option for P1.95 and P2.6.

Protection is configuration-specific; it is not an impact-proof guarantee.

Discuss this challenge ↗

Signal reliability starts at the connection.

THE CHALLENGE

A lost network signal can interrupt an entire display on site.

OUR APPROACH

Dual network backup, gold-plated network-port contacts and temperature-rated RJ45 connectors form part of our reliability approach.

THE VALUE

Plan the signal path—not just the screen.

Implementation and scope

Backup paths, connectors and cabling are specified together for the project, rather than treated as unrelated accessories.

Backup coverage and connector temperature ratings must be confirmed for the supplied configuration.

Discuss this challenge ↗

A stable module needs a stable connection.

THE CHALLENGE

Front-service module movement or deformation can disturb signal contact.

OUR APPROACH

We address this with reinforced module backs, stronger magnets and a pin-retention structure designed to keep the module connection secure.

THE VALUE

Make the mechanical fit part of signal reliability.

Implementation and scope

Module-back stiffness, magnetic holding and connector-pin engagement are considered as one assembly.

Exact structure and compatibility are confirmed by model and hardware revision.

Discuss this challenge ↗

Reliability begins at the solder joint.

THE CHALLENGE

Weak solder joints can become repair problems after delivery.

OUR APPROACH

Larger LED solder pads, aluminium-alloy production fixtures and nano-stencil techniques for fine-pitch production are part of our manufacturing approach.

THE VALUE

Address reliability in production, not only in after-sales repair.

Implementation and scope

Pad design, production tooling and fine-pitch printing precision are considered together.

Production processes vary with the product; exact tooling and stencil specifications require confirmation.

Discuss this challenge ↗

Design the seal for movement, too.

THE CHALLENGE

Outdoor module and power-box seals have to accommodate heat-related expansion.

OUR APPROACH

We use rubber sealing components and structural allowances for thermal movement around modules and power boxes.

THE VALUE

Treat sealing and expansion as one design problem.

Implementation and scope

Gasket material and surrounding structure are considered together so heat-related movement is accounted for before installation.

Water-ingress performance must be checked against the specified product rating and installation.

Discuss this challenge ↗

Consider the picture—and what powers it.

Calibration, thermal design, power and the visual appearance of the screen.

Consider power from the circuit outward.

THE CHALLENGE

DOOH operators need to manage power consumption as well as image performance.

OUR APPROACH

We use common-cathode circuitry and die-cast aluminium module backs in applicable DOOH designs, bringing power and thermal considerations into the product architecture.

THE VALUE

Efficiency belongs in the design brief.

Implementation and scope

The circuit and module structure are selected for the specified outdoor display rather than treated as an afterthought.

Actual power consumption depends on configuration and operating conditions. No universal saving percentage is claimed.

Discuss this challenge ↗

Choose the level of colour care your project needs.

THE CHALLENGE

Demanding projects need attention to colour consistency, grayscale and thermal behaviour.

OUR APPROACH

We work closely with NovaStar on image-performance requirements, from module-level calibration to advanced grayscale calibration and algorithm-based thermal compensation on suitable systems.

THE VALUE

Match the image-performance approach to the project.

Implementation and scope

Advanced functions depend on the PCB, scan architecture, LEDs, driver ICs and compatible control hardware working together.

Feature availability is hardware- and system-dependent. Confirm the exact calibration level for the project.

Discuss this challenge ↗

Address the visible effect of yellowing.

THE CHALLENGE

LED-package yellowing can become visually distracting in outdoor rental displays.

OUR APPROACH

We are advancing black-LED approaches to reduce the visual prominence of yellowing in applicable outdoor rental designs.

THE VALUE

Keep attention on the display, not the ageing appearance of its surface.

Implementation and scope

The approach addresses visual appearance and is selected according to the LED package and product configuration.

This is not a claim that black LEDs prevent material ageing or eliminate yellowing.

Discuss this challenge ↗

Tell us what you are building.

Start with the application, screen size and installation conditions. Keep the details in one project brief.

Start a project ↗