Ready to make your room better? If you choose a magnetic track light, think about saving energy and looking good. Look at the table below for important things to know. These can help you pick magnetic track lights that fit your room. You can get the best use from your lights.

Magnetic Track Light Features

LED Technology

You want your lights to last a long time and save energy. Super slim profile magnetic track lighting uses LED technology, which is much better than old bulbs. LED magnetic track lights use about 80% less energy than halogen bulbs. You get more light for less power. LEDs can last between 25,000 and 100,000 hours. That means you might not need to change your bulbs for years.

Here’s a quick look at how LED spot lights compare to halogen spot lights:

Tip: If you want a lighting system that saves money and lasts longer, choose magnetic LED lights.

LED magnetic track lights also help keep your room cool. Old bulbs get hot, but LEDs stay cool. This makes your home safer and more comfortable.

Wattage

Wattage tells you how much power your lights use. Most magnetic track lights for homes come in different wattage options. You can pick the right one for your space. Lower wattage means less energy used, but you still get bright light with LEDs.

Here’s a chart showing common wattage choices for magnetic track lights:

You can mix and match wattages in your recessed magnetic track light. For example, use lower wattage magnetic LED lights for cozy corners and higher wattage for work areas. Always check your track rail compatibility before installation. Some rails work better with certain wattages.

Beam Angles

Beam angle decides how your lights shine in the room. Narrow beam angles (below 30°) focus light on one spot. These are great for reading nooks or art walls. Wider beam angles (above 60°) spread light across the room. You get softer, even lighting for general use.

• Narrow beam angles make light more intense in one area.

• Wider beam angles cover more space but feel less bright.

• Pick your beam angle based on room size, ceiling height, and what you want to light up.

If you want your magnetic track lighting to look good and work well, think about the beam angle during installation. For high ceilings, use narrow beams. For wide rooms, use wider beams.

Dimming Options

Dimming lets you control how bright your lights are. Many magnetic track lights offer dimming features. You can change the mood in your room with just a touch. Dimming also saves energy because you use less power when you lower the brightness.

Here are some popular dimming methods for magnetic track lighting:

Note: Before installation, check if your magnetic LED lights and track rails support dimming. Not all systems work with every dimming method.

Dimming options make your lighting system flexible. You can set the perfect brightness for movie nights, homework, or parties.

Magnetic Track Light Design and Compatibility

You have many choices for magnetic track light design. You can pick linear, L-shape, oval, round, square, or even snake-shaped layouts. Each design fits different rooms and styles. Magnetic track rails come in sizes like 20mm (M20), 35mm (M35), and even slim 15mm tracks. You can install them recessed, suspended, or surface-mounted.

• Modular magnetic LED lights let you add, remove, or move fixtures easily.

• Always match your magnetic track lighting system with the right rail and power supply.

• Make sure your installation fits your room’s needs and electrical system.

If you mix low voltage and line voltage systems, you might damage your equipment. Always check compatibility before you start installation.

Tip: Surface magnetic track lighting uses matte black finishes and sustainable materials. These trends help your home look stylish and save energy.

Types of Magnetic Track Lights

When you look at the different types of magnetic track lights, you’ll see that each one fits a certain space or need. The right choice depends on your room size, ceiling height, and what you want to light up. Let’s break down the most common types of magnetic track lights and where they work best.

Linear

Linear magnetic track lights give you a straight, clean look. You can use them in living rooms, kitchens, or hallways. They spread light evenly across the space, making them great for large open areas. If you want a simple and modern magnetic track light design, linear tracks are a solid pick.

Tip: Linear tracks work well for long spaces. You can highlight a hallway or brighten up a kitchen counter.

Parallel

Parallel track lights use two or more tracks side by side. This setup gives you more coverage and flexibility. You can light up bigger rooms or create zones in open spaces. Parallel tracks fit well in offices, big living rooms, or any place where you need more light.

• You can use parallel tracks to focus on different areas at once.

• They help you avoid dark corners in wide rooms.

Modular

Modular magnetic track lights give you the most flexibility. You can move, add, or remove lights without tools. This type works well if you like to change your room’s look or need to light up different spots at different times. Modular systems also save energy because they use low voltage.

If you want a lighting system that grows with your needs, modular is the way to go. You can shape the tracks to fit any room, big or small.

No matter which type you choose, magnetic track lighting lets you match your lights to your space. Think about your room’s layout and pick the type that fits best.

Magnetic Track Lighting Room Guide

Living Room

The living room is where you relax and hang out. You want the lights to feel cozy and show off special things. Magnetic track lighting gives you many choices for style and saving energy.

Here’s a table with popular magnetic track light setups for living rooms:

You should pick LED magnetic track lights to save energy. Dimmable lights let you change how bright it is for movies or parties. This saves power and helps set the mood.

Tip: If your living room has tall ceilings, try layered tracks. You will get a bold look and more even light.

Kitchen

The kitchen needs bright lights for cooking and cleaning. Magnetic track lighting is good here because you can move the lights around. This helps you get the right light for chopping food or reading recipes.

Magnetic track lighting makes task lighting better in kitchens. You can point magnetic LED lights at counters, sinks, or tables. LED lights use less power than old bulbs, so you save energy every day. If you use dimmable lights, you can make them less bright when you do not need full power.

Note: Always check that your track rails and power supply match before you put them in. This keeps your lights safe and working right.

Bedroom

You want your bedroom to feel peaceful and calm. Magnetic track lighting lets you mix different lights for a nice look. You can use magnetic LED lights for reading, getting dressed, or sleeping.

Here’s how to set up bedroom lighting:

• Use different lights for general, task, and accent lighting.

• Pick LED fixtures to save money and need less fixing.

• Add lights you can move or dim to change the mood.

1. Choose LED magnetic track lights for easy care and saving energy.

2. Look for Energy Star labels to make sure you are saving power.

3. Get a system with dimming so you can change the brightness.

Layered lighting helps you relax and makes your bedroom work better. You can move lights or change how bright they are whenever you want.

Bathroom

Bathrooms need safe and strong lights. Magnetic track lighting works well here, but you must be careful with electricity. Always use a special transformer to change high voltage to low voltage. This makes it safer and lowers the chance of shock.

• Make sure all wires are tight and covered.

• Check wires and lights often after you put them in.

• Magnetic track lighting uses low voltage, which is safer in wet places.

• These systems help stop overload and overheating, so fires are less likely.

Alert: Never skip safety checks in the bathroom. Good installation keeps your lights safe and working for a long time.

Hallway

Hallways can feel dark or small. Magnetic track lighting can help by giving you lights you can move and aim. You can point lights at art, doors, or just make the hallway brighter.

Here’s a table showing how magnetic track lighting helps in hallways:

Tip: Use motion sensors with your magnetic track lights. The lights turn on when you walk by and off when you leave, so you save energy.

Home Office

Your home office needs good lights for work and video calls. Magnetic track lighting lets you set up general, task, and accent lights. You can move lights to shine on your desk or shelves.

Here’s a table showing why magnetic track lighting is good for home offices:

You can use magnetic linear lights for general lighting. They spread light evenly and help stop glare. Add magnetic spotlights to shine on important things or art. This setup helps you focus and makes your office look good.

Note: Always make sure your track rails and power supply match before you put them in. This keeps your lights safe and working well.

Energy Consumption Tips

Placement

Where you put your lights matters a lot for energy consumption. If you arrange magnetic track lighting in smart ways, you can light up your room with fewer bulbs. Try to focus your lights on spots where you need them most, like reading corners or kitchen counters. Adjustable fixtures let you point light exactly where you want, so you don’t waste energy lighting empty spaces. Good placement means you get better light and use less power. Before installation, plan your lighting system layout to avoid adding extra lights later.

Tip: Place magnetic LED lights to cover key areas. You’ll save energy and get the right brightness.

Maintenance

Keeping your lighting system in good shape helps lower energy consumption. You should check your lights often to make sure everything works right. Clean the fixtures and tracks so dust doesn’t block the light or trap heat. Look for loose wires or weak connections during installation and after. Regular care keeps your lights bright and safe.

• Inspect all parts of your lighting system.

• Clean lights and tracks to boost light output.

• Make sure wires and connections stay tight.

Sensors and Timers

Smart controls like sensors and timers can cut down energy use. Sensors turn lights on when you enter a room and off when you leave. Timers let you set when lights should run, so you don’t forget to turn them off. Some lighting systems use AI-driven sensors for even better control. These features help you use only the energy you need. In places like malls, sensors have saved up to 35% on energy consumption. You can also adjust brightness and color with smart controls, making your lighting system work for you.

Note: Always use bulbs that match your system and avoid overloading the power supply during installation.

Mistakes to Avoid

Overloading Power Supply

Adding more lights might seem like a good idea, but it can cause problems if you use too many. If you mix parts from different brands, they might not work well together. Using too many lights or going over the wattage limit can make your system get too hot. Watch for lights that flicker or breakers that turn off. These are signs your magnetic track lighting has too much power. Always check the total wattage before you put in your lights.

• Using different brands can make things not fit right.

• Too many lights or high wattage can make things too hot.

• Flickering lights or breakers turning off mean you should check your system.

Tip: Use the same brand for your magnetic track light system and never use more wattage than allowed.

Ignoring Room Needs

Each room in your house needs its own kind of lighting. If you don’t think about this, some rooms might be too dark or too bright. This can make your rooms feel bad and use more energy. You might add extra lights or use bulbs that are too strong.

• Every room needs different lights for its size and use.

• Not thinking about this can waste energy and give you bad lighting.

• Magnetic track lighting works best when you set it up for each room.

Note: Plan your lighting for every room so you get the best light.

Neglecting Maintenance

If you don’t check your lights often, they can get dim or stop working. Dust and loose wires can be dangerous. Here’s what can happen if you forget to take care of your lights:

Tip: Clean your magnetic LED lights and check the wires often to keep them safe and bright.

Choosing Style Over Efficiency

It’s easy to pick lights that look cool, but you should also think about how much energy they use. Some stylish lights don’t save energy, so your bills go up. Magnetic track lighting with LED technology can save you up to 80% on energy compared to old lights. Even if fancy lights cost more at first, you save money later with efficient lighting.

Note: Pick lights that look nice and save energy for the best results.

When you choose magnetic track lighting, remember these tips. Think about what each room needs to feel and work right. Always check load capacity and fixture compatibility for safety. Pick LED lights that save energy and use the correct voltage.

Make good choices so you can enjoy great lighting in every room!

In the global digital signage and display industry, businesses face different challenges when sourcing equipment: logistics costs, tariff implications, local assembly capabilities, and customization needs. CNLC understands that one size does not fit all. That’s why we provide three flexible delivery models—CBU, SKD, and CKD—to meet diverse client requirements across international markets.

Whether you are a distributor, system integrator, or OEM partner, understanding these models will help you select the best solution for your business.

What Are CBU, SKD, and CKD in the Display Industry?

• CBU (Completely Built-Up): Fully assembled, ready-to-use products shipped directly from the factory

• SKD (Semi Knocked Down): Semi-assembled kits requiring partial assembly at the destination

• CKD (Completely Knocked Down): Full component kits shipped unassembled, enabling complete local assembly

Each model offers different benefits in terms of cost, logistics, customization, and technical involvement. Let’s explore them in detail.

1. CBU – Completely Built-Up: The Turnkey Solution

The CBU model is ideal for clients who need ready-to-install products with zero technical complexity. CNLC provides fully assembled LCD displays, LED screens, and light box solutions that meet global standards for durability, brightness, and outdoor performance.

Who Chooses CBU?

• Global distributors who prioritize speed and convenience

• Retail solution providers needing plug-and-play digital signage

• Projects requiring small-batch customization with short lead times

Key Benefits of CBU

✔ Complete product delivered, ready for immediate installation
✔ Superior quality control under factory conditions
✔ Optional custom designs for unique branding or project needs

Example Use Case: A retail chain launching 50 stores across Europe needs consistent, high-quality digital signage delivered within a tight timeline. The CBU model ensures uniform standards and rapid deployment.

2. SKD – Semi Knocked Down: The Smart Balance

The SKD model is a popular choice for system integrators, engineering companies, and regional assembly partners. Under SKD, CNLC provides the structural framework, housing, and key mechanical parts, while the client sources specific components—such as LG LCD panels or specialized LED modules—locally.

Why SKD?

• Reduces shipping costs due to optimized packaging

• Helps minimize import duties in certain regions

• Offers flexibility in component selection

Best For:

✔ Businesses with basic assembly capabilities
✔ Companies seeking cost-efficiency without compromising quality
✔ Markets where local labor and parts are affordable and accessible

Example Scenario: A digital signage integrator in the Middle East sources LG LCD panels locally while importing SKD kits from CNLC. This approach saves on logistics and complies with local regulations.

3. CKD – Completely Knocked Down: Maximum Control for OEMs

The CKD model is designed for OEM partners and local manufacturers who aim to establish full-scale assembly operations in their home country. CNLC supplies all components, along with technical documentation, assembly training, and production support.

CKD Package Includes:

✔ Complete component sets
✔ Assembly guides and engineering support
✔ Optional on-site training for local teams
✔ Assistance with machinery setup and quality assurance

Advantages:

• Enables full local manufacturing

• Reduces overall logistics and tariff costs

• Ideal for large-scale or long-term projects requiring local compliance

Example: A partner in South America sets up a factory to assemble 1,000 units annually using CKD kits from CNLC. This model maximizes cost efficiency and strengthens their local supply chain.

How to Choose the Right Model for Your Business?

Why CNLC?

With over 18 years of experience in the display industry, CNLC specializes in high-brightness LCD digital signage, LED billboards, and outdoor light box solutions. Our manufacturing facilities in Guangzhou use precision-molded aluminum structures and cutting-edge technology to deliver durable, customizable, and globally compliant products.

When you partner with CNLC, you gain:

• Flexible delivery models tailored to your business

• Expert engineering support for seamless integration

• Proven global experience across Europe, the Middle East, and North America

Conclusion

Choosing between CBU, SKD, and CKD depends on your business size, market strategy, and operational capabilities. CNLC is here to help you select the most efficient solution, whether you need a turnkey system, semi-assembled kit, or a full OEM component package.

📩 Contact us today to explore which model works best for your next project:
🌐 www.cnlcdisplay.com| ✉ info@cnlcdisplay.com

Project Background

In 2023, CNLC successfully launched a large-scale outdoor LED billboard project across several cities in Central Asia, collaborating with leading DOOH media companies. This strategic partnership allowed CNLC to deploy 50+ high-performance LED displays, including multiple models and sizes, to meet diverse advertising needs for urban branding, commercial campaigns, and public messaging.

Over the past two years, CNLC’s outdoor digital signage solutions have proven highly reliable, demonstrating outstanding performance under the region’s challenging climate conditions.

Project Details

For this project, CNLC deployed three core products:

• 4×3m P4 High-Resolution LED Billboard

• 7.5×1.92m Outdoor LED Billboard

• Fixed Large LED Screen

All displays feature aluminum structure designs, offering lightweight, corrosion-resistant, and durable performance ideal for outdoor environments. The high-brightness LED displays (up to 5500 nits) ensure excellent visibility even in direct sunlight, while intelligent cooling and temperature control systems maintain stable operation and prolong lifespan.

The screens also support remote management and smart control, allowing media operators to update content, monitor performance, and perform maintenance efficiently, reducing operational costs while improving advertising impact.

Performance After Two Years

After two years of continuous operation, these outdoor LED billboards have maintained high reliability and consistent performance:

• ✅ All-weather operation: Reliable under extreme heat, freezing temperatures, heavy rain, and dust storms.

• ✅ Effective advertising: Used by media companies for brand promotion, commercial campaigns, and city information, maximizing audience engagement.

• ✅ Positive feedback: Easy maintenance, stable content display, and high ROI for advertising partners.

These results highlight CNLC’s commitment to delivering durable and high-quality outdoor digital signage solutions.

Key Advantages of CNLC Outdoor LED Billboards

• Durable Aluminum Structure
  The aluminum body provides strength, corrosion resistance, and lightweight durability — a key factor for long-term outdoor use.

• Multiple Models for Diverse Applications
  From 4×3m high-resolution LED billboards to 7.5×1.92m outdoor LED billboards and large fixed screens, CNLC covers a wide range of DOOH applications.

• High-Brightness, Energy-Efficient Displays
  5500 nits high-brightness LED displays ensure clear visibility day and night, while intelligent cooling optimizes energy efficiency.

• Smart Remote Control and Easy Maintenance
  Centralized remote management enables media operators to efficiently control content, monitor performance, and maintain screens with minimal effort.

Project Significance

This project demonstrates CNLC’s expertise in delivering outdoor digital signage solutions in Central Asia:

• For media companies: Efficient, reliable LED billboard systems that enhance advertising reach and ROI.

• For cities: Modern, high-visibility digital signage that enhances urban branding and public messaging.

• For CNLC: Proof of long-term reliability across multiple cities and challenging climates, creating a reference for future international projects.

Conclusion

The CNLC 2023 outdoor LED billboard project in Central Asia has successfully operated for two years, showcasing high performance, durability, and reliability. With aluminum-structured LED billboards, multiple models, and smart management systems, CNLC continues to provide trustworthy and efficient DOOH solutions for media partners and cities worldwide.

👉 Learn more about CNLC outdoor LED billboard and digital signage solutions: www.cnlcdisplay.com

The screen is the “face” of any outdoor advertising display, yet operators often face common issues: harsh sunlight causes strong glare, rain blurs the content, and accidental impacts risk glass breakage.

CNLC offers Anti-Reflective (AR) Laminated Glass as an optional solution for its outdoor digital signage displays, designed to overcome these challenges and ensure clear, safe, and reliable performance in all conditions.

Clear Visibility Under Sunlight: Anti-Glare Design

Standard glass reflects up to 8% of sunlight, turning the screen into a mirror. CNLC’s anti-reflective laminated glass uses multi-layer AR optical coating and AG etched surface to:

• Reduce reflectivity to below 3% while maintaining >85% light transmittance.

• Deliver sharp and vibrant content even under direct midday sunlight.

• Minimize glare spots at side angles, enhancing viewer comfort and advertising impact

Crystal Clear in Rain: Hydrophobic & Anti-Fog Protection

Rainwater often creates a blurry film on regular glass, making outdoor advertising screens unreadable. CNLC’s AR laminated anti-glare glass solves this with:

• Hydrophobic coating: raindrops roll off like on lotus leaves, preventing water films.

• Laminated structure: dual glass layers with resin interlayer block moisture and condensation, ensuring the display stays clear even in heavy rain.

Durable & Safe: Impact-Resistant and Scratch-Proof

Outdoor conditions expose displays to accidental impacts and scratches. CNLC’s laminated anti-reflective glass ensures safety and durability:

• Impact resistance: the resin interlayer holds shattered pieces together, preventing hazards while keeping the display functional.

• Scratch resistance: with a 7H surface hardness, the glass withstands daily cleaning and dust abrasion without visible marks.

Conclusion

Choosing the right protective glass is essential for effective outdoor digital signage. CNLC offers anti-reflective laminated glass as an optional upgrade, giving operators the flexibility to enhance clarity, durability, and safety based on project needs. Whether under bright sunlight, rainy weather, or unexpected impacts, your outdoor advertising display will remain clear, stable, and reliable.

The convergence of Artificial Intelligence (AI) and 5G technology is fundamentally reshaping the digital landscape. Together, they enable an era of real-time data processing, ultra-fast connectivity, and intelligent decision-making. From high-definition video transmission to large-scale edge computing and AI inference, this combination is driving breakthroughs in smart cities, autonomous systems, and industrial automation. At the heart of these systems lies a critical yet often overlooked component—the crystal oscillator—which ensures precise frequency stability and synchronization across all connected devices.

The Role of Crystal Oscillators in High-Definition Video Transmission

With 5G’s ultra-low latency and AI-powered compression algorithms, high-definition (HD) and even 8K video streaming are becoming standard in surveillance, broadcasting, and telemedicine. In these applications, data transmission speed and synchronization are paramount. Crystal oscillators provide the stable clock reference that ensures seamless data flow and frame accuracy.

In video backhaul systems, even a small deviation in timing can result in jitter, frame drops, or audio desynchronization. A high-precision temperature-compensated crystal oscillator (TCXO) or voltage-controlled crystal oscillator (VCXO) maintains signal stability despite environmental fluctuations. This is especially crucial in outdoor or mobile environments, where temperature and vibration can affect frequency accuracy. As AI algorithms enhance video clarity and analytics, oscillators ensure that every pixel and frame is transmitted with perfect timing.

Real-Time Recognition: AI at the Edge

Real-time facial and license plate recognition systems are becoming core components of intelligent transportation and security networks. These systems rely on edge AI processors that analyze massive data streams within milliseconds. However, edge devices must maintain strict timing synchronization to ensure accuracy in recognition and identification.

In these environments, low-jitter crystal oscillators play a pivotal role in coordinating AI inference tasks. They provide the precise clock signals required by processors, image sensors, and wireless modules. For instance, in smart intersections or access control systems, timing accuracy determines whether recognition results are correctly matched to vehicles or individuals. Without stable oscillation, even advanced AI algorithms can yield inconsistent outputs.

By enabling synchronized operation between 5G modules and AI chips, oscillators support deterministic latency and reliable data flow—key factors for real-time decision-making.

Large-Scale Device Connectivity: AI + 5G + Edge Computing

The growth of IoT ecosystems under 5G has led to massive device interconnections—from industrial sensors and robots to smart home systems. Each of these nodes requires precise frequency references to maintain reliable communication. Crystal oscillators ensure that devices remain synchronized across networks, reducing packet loss and enhancing efficiency in multi-device coordination.

Edge computing further amplifies this need. AI inference at the edge reduces data transmission to centralized servers, minimizing latency and bandwidth usage. However, distributed AI networks depend on consistent timing to merge and process data from thousands of sources simultaneously. High-frequency oscillators with excellent phase noise performance provide the necessary synchronization backbone for these distributed AI systems.

In industrial IoT (IIoT) environments, where 5G connects machines, robots, and control systems, oscillators ensure stable operation across fluctuating voltages, vibrations, and electromagnetic interference. This reliability supports predictive maintenance, process automation, and energy optimization—all made possible through the interplay of 5G and AI.

The Foundation of Intelligent Edge Systems

As networks evolve toward AI-driven edge intelligence, timing precision becomes a key enabler. Smart edge nodes that process data locally depend on oscillators to coordinate between sensors, processors, and communication modules. In autonomous vehicles, drones, and robotic systems, microsecond-level synchronization determines operational safety and accuracy.

Crystal oscillators—particularly OCXOs (Oven-Controlled Crystal Oscillators)—offer ultra-high stability suitable for mission-critical timing. They form the foundation of synchronization frameworks in edge AI architectures, ensuring that decisions are based on accurate, time-aligned data.

In 5G base stations, oscillators maintain synchronization across antennas for beamforming and MIMO operations. Meanwhile, AI algorithms optimize power allocation and signal routing in real time. Together, they achieve higher throughput, lower latency, and more efficient resource utilization.

Looking Ahead: A Unified AI + 5G Ecosystem

As AI models grow more complex and 5G networks expand globally, the demand for precise timing solutions will continue to rise. Crystal oscillators—though small in size—are indispensable to ensuring the integrity and synchronization of high-speed, intelligent systems.

The future of connectivity lies in AI-enhanced, 5G-enabled ecosystems, where every device, camera, and sensor operates in perfect harmony. From smart manufacturing to intelligent surveillance, from autonomous transport to telemedicine, stable frequency control remains the invisible force behind reliability and performance.If you need to purchase crystal oscillators, please contact us at ivy@jghcrystal.com and we will provide you with the most professional solutions.

Palm Vein Scanner swiping technology, a cutting-edge biometric technology, provides comprehensive support for identity verification. Based on a proprietary multimodal palm swiping camera and paired with SFT biometric algorithms, palm swiping technology significantly improves the security and efficiency of identity verification, enabling rapid authentication and permission management in all scenarios. Furthermore, the contactless service provided by this technology effectively reduces the risk of contact transmission, improves public health and safety, and provides a superior user experience.

Palm Prints scanner in Transportation:

 Airport Line

China's first subway line to feature palm-swipe payment ushers in a new era of "contactless travel."

The implementation of the palm-swipe system on the Daxing Airport Line marks the official entry of rail transit into the biometric 3.0 era. Palm-swipe biometric technology redefines subway travel and ushers in a new era of "contactless travel" in smart transportation. This not only significantly improves passenger travel efficiency but also promotes the deep integration of artificial intelligence technology in public services.

Wireless Palm vein swiping module used  in Stadium:

Swimming Pool

"One-Palm Access": China's first large-scale sports venue full-scene palm scanning application demonstration project

The  Swimming Pool of the National Olympic Center has officially launched its "Palm Scan Access" system. Leveraging innovative multimodal biometric technology, this system redefines the sports and fitness experience, offering contactless access throughout the entire experience with just one palm, creating a new model for smart sports venue services.

Gym

Palm Check-in: A New Smart Fitness Experience

Gym's palm check-in marks the first application of palm-scanning biometrics in the fitness industry. Leveraging multimodal biometric technology, it enables contactless, ultra-fast identity verification, effectively addressing issues such as card fraud, long queues, and unsanitary conditions associated with traditional QR code check-in.

Palm vein Payment Reader in Retailing:

 7-Eleven Convenience Stores

Over 1,500 stores now support palm payment, offering a new "swipe and pay" experience.

As one of the first convenience store brands nationwide to support WeChat palm payment, over 1,500 7-Eleven stores now support palm payment. This feature uses palm biometric recognition technology for contactless checkout, improving overall efficiency, further reducing queues, and accelerating the intelligent upgrade of retail services.

Contactless Palm vein scanner in Schools:

University

China's first university "Campus One-Person Pass" system

Shenzhen University's "Campus One-Person Pass" system uses palm-swipe biometric technology to provide a secure, contactless authentication experience. After users first enter their palm print on a palm-swipe device and link it to their WeChat campus code, they can pay instantly in cafeterias, convenience stores, and other locations, without the need for a phone or physical card.

Biometric Palm Vein scanner in Shared charging

Jiedian

1-second identification, 2-step operation, 5-second delivery

Jiedian's palm-swipe charging service revolutionizes shared charging services with biometric recognition technology. Leveraging cutting-edge multimodal biometrics, it quickly and accurately completes the identification process, further addressing traditional shared charging pain points such as dead phones or poor signal quality, delivering a superior shared charging experience.

Dear Industry Professionals and Partners,

We are thrilled to extend a formal invitation to the upcoming SPS Atlanta, taking place from September 16-18, 2025 at 1517 booth, Atlanta, Georgia USA. 

The 2024 product catalog and the latest industry catalog have been updated on the WAIN official website (https://www.wainelectric.com/download). We welcome everyone to browse and download them.

Led dimming power supply is very practical, but it has not been widely used. Even if LEDs are fully popularized, it still needs a long way to go. With the improvement of living standards and the continuous acceleration of urbanization, it has not kept up with the pace in many fields on the road of continuous advancement, and is still facing many problems, such as urban lighting problems.

Although in the process of recommending urban lighting, LED lights, controllers and other equipment have a rapid growth stage, but they still have not been applied in many possible occasions, such as street lighting. Does swinpower LED dimming power supply have meaning for street lighting? The answer is of course yes.

   In addition to providing night lighting and embellishing the night view of the city, the current street lighting also encounters many problems, such as energy saving. Many people also have a doubtful attitude. Switching to LED lamps is already very energy-saving. Why use dimming LED driver to add a dimming function?

It has to be said that after replacing the LED with incandescent lamps, a large part of the energy has been saved, but the use of LED dimming can further save more than 20% of energy on this basis. The use of LED dimming power and control systems can be used to control the Reduce the brightness of the lights during periods of low traffic.

Energy saving and emission reduction is a concept that the country has always advocated, and LED dimming technology can help street lamps achieve this goal better. At the same time, LED dimming can also help realize remote single lamp control, timely obtain street lamp status information, accurately obtain energy consumption information, and improve street lamp management efficiency.