LED filament lamps will usher in high-growth patents or become the main competitive point in the next three years.

In recent years, the global LED filament lamp industry has experienced significant growth, driven by the ban on incandescent bulbs and the rising standardization of LED technology. In 2017, production volumes surged, and market penetration expanded rapidly. According to reports, the global LED filament lamp market reached RMB 56.6 billion in 2017, with an annual growth rate of 95%. Analysts predict that from 2017 to 2020, the market will grow at a compound annual growth rate (CAGR) of 47.7%, indicating strong momentum. According to data from Gooread in May 2017, global demand for LED filament lamps exceeded 70 million units in 2015, marking a staggering 376% increase compared to previous years. By 2016, the market had grown to approximately 250 million units, and it was projected to reach 400–500 million units in 2017. This rapid expansion reflects growing consumer interest and adoption of energy-efficient lighting solutions. Market prices for LED filament lamps have been steadily declining, making them more attractive to both consumers and manufacturers. European and American lighting brands have increasingly focused on these products as key drivers of sales. Companies like Philips and Osram were particularly active in 2017, launching new designs every two months and offering competitive pricing that closely matched mid-tier brands. The popularity of LED filament lamps spread beyond Europe and the U.S., reaching Asia, South America, and the Middle East, where markets saw substantial growth. This trend highlighted the product’s appeal across different regions and consumer segments. Despite entering the traditional low season, the LED filament lamp market remained strong in the second half of 2017. Most mainstream products had a luminous flux below 450lm, commonly used in churches, commercial spaces, restaurants, and hotels for decorative lighting such as candle-like effects. China’s domestic filament lamp market is evolving away from low-quality, low-price competition. E-commerce platforms and small convenience stores have helped reduce distribution costs, enabling filament lamps to reach millions of users with cost-effective advantages. This has accelerated their use in commercial and landscape lighting applications. International players like Philips and Osram are actively seeking reliable suppliers, leading to increased competition in the LED filament lamp sector. Jingdian, a Chinese manufacturer, has also taken aggressive steps, filing patent infringement lawsuits against companies such as Lowe’s and Adamax (Newhouse Lighting). Recently, Jingdian filed another lawsuit against All Star Lighting Supplies in the U.S. New Jersey District Court, claiming that Luxrite-branded LED filament bulbs infringe on eight patents and requesting an injunction to stop the sale of the accused products. Mainland Chinese manufacturers, including Mulinsen, Hongli Zhihui, and Guoxing Optoelectronics, have also made significant investments in LED filament lamp production. Mulinsen, for example, acquired Ultra Era Light Source in 2017, gaining access to advanced technology and expanding its production capacity. The company announced plans to build a new LED filament lamp manufacturing base in Yiwu, Zhejiang, with an annual design capacity of 217.17 million units and a total investment of RMB 1.287 billion. Hongli Zhihui launched a range of filament light sources, including full-color, high-current, and integrated options, while Guoxing Optoelectronics focused on both production expansion and patent strategy. Currently, the average retail price of 3W LED filament lamps is around RMB 28–30, significantly higher than that of standard LED bulbs. However, the product's technical complexity—such as achieving 360-degree illumination—has created a barrier to entry. To boost profitability and capture market share, manufacturers are leveraging economies of scale to reduce costs and enhance product value. Industry experts believe that LED filament lamps will continue to grow at over 50% annually for the next three years, driven by the replacement of traditional incandescent bulbs. The market is expected to reach RMB 80 billion in the future. As competition intensifies, companies that can secure cost advantages through large-scale production and maintain strong patent positions will be well-positioned to win contracts with international manufacturers.

Outdoor Access Point

What is an outdoor wireless access Point?
Outdoor Wireless Access Points (aps) are wireless networking devices designed to provide Wi-Fi coverage in outdoor environments and are often used in industrial and corporate environments that require outdoor Wi-Fi access, as well as in public Spaces such as parks, stadiums, campuses, and outdoor event venues.

Outdoor wireless access points are built with a variety of weather conditions and tolerance to high temperatures in mind, so they are often equipped with weatherproof enclosures to protect internal components from moisture, dust, and other environmental elements. In addition, outdoor wireless access points are equipped with high-gain antennas that enable long-range coverage while simultaneously supporting multiple devices. Some outdoor wireless access points also have grid networks that connect a large number of wireless access points to provide seamless Wi-Fi coverage over a wide area. To protect the security of the network, outdoor wireless access points are also equipped with advanced security features such as WPA3 encryption and guest access restriction. As an important component of outdoor Wi-Fi infrastructure, outdoor wireless access points provide a reliable and secure connection within a certain range of the external environment.

Why are outdoor wireless access points important?
Here's why:

In order to provide reliable and fast Wi-Fi coverage in outdoor environments, outdoor wireless access points must be equipped to cope with the increasing use of mobile devices and meet the wireless connectivity needs of public places. This will support individuals to stay connected, allowing them to use the Internet in public Spaces such as parks, stadiums and universities.

For many organizations and industries, outdoor Wi-Fi connectivity is essential for daily operations. For inventory management and control systems, wireless facilities and warehouses must use wireless communication. These systems must be supported by wireless access points.

Wireless access points can support new applications such as outdoor video surveillance, smart lighting and environmental monitoring. Without outdoor wireless access points, many applications that require wireless connectivity will be difficult to sustain.

Visitors expect Wi-Fi connectivity in public areas such as parks and stadiums. Businesses that provide outdoor Wi-Fi can significantly enhance guest interaction and improve the overall customer experience.

All in all, outdoor wireless access points are equally important to businesses and companies because they allow them to reach out far beyond their original physical premises, reaching out to potential audiences that would otherwise be out of reach.

What are the important characteristics of outdoor wireless access points?
The following characteristics of an outdoor wireless access point are important:

Weatherproof and durable design: Outdoor wireless access points must be able to withstand harsh weather conditions and extreme temperatures. In addition, a weatherproof case is required to protect internal components from moisture, dust, and other environmental elements.
High-speed connectivity: In order to provide service to a large number of users and devices, outdoor wireless access points should provide high-speed connectivity.
Advanced Features: To provide high performance and powerful support for a wide range of devices, outdoor wireless access points should have advanced features including beamforming, MU-MIMO technology, and grid networking.
Simple installation and management: Outdoor wireless access points should be built with centralized management and monitoring capabilities backed by a cloud-based platform for easy installation and management.
Power options: Depending on the deployment area and power availability, the outdoor wireless access point should accept multiple power sources, such as PoE (Power over Ethernet) or direct AC power.
Security: To protect the network and users' data, outdoor wireless access points should include security features such as WPA3 encryption and guest access restrictions.
Customization: To accommodate diverse deployment Settings and extend coverage, outdoor wireless access points should include retrofit options including installation kits and antennas.
Simply put, outdoor wireless access points should be built from the outset to ensure that they provide reliable, high-performance wireless connectivity in demanding outdoor environments, while ensuring that they are easy to install, manage, and provide advanced features and customization capabilities.

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Shenzhen MovingComm Technology Co., Ltd. , https://www.movingcommtech.com