The world’s thinnest wireless charging transmitter will be released in MWC!

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The world’s thinnest wireless charging transmitter will be released…

Get rid of the shackles of wired,
Experience the feeling of freedom,
Embark on a shared journey,
Undoubtedly, we are entering a new era of wireless charging.

Come to MWC2018,
Shanghai Line Printing Technology looks forward to your collision and spark in Barcelona!

2018-02-25 Shanghai Line Printing New Materials Technology Co., Ltd.

At the beginning of the new year, the Lantern Festival was in place. Barcelona (the capital of Catalonia, Spain), a high-tech event in the mobile communications industry is about to kick off. This year’s World Mobile Communications Conference (MWC 2018) will be held from February 26 to March 1 local time in Barcelona. Due to its strong professionalism, MWC attracts a large number of top tech companies and industry giants from around the world to exhibit each year.

The world’s thinnest wireless charging transmitter module LP-1 will be released

As the leading wireless charging solution provider in China, Shanghai Line Printing Technology will exhibit its latest product and LP-1, the world’s thinnest wireless charging module solution, at this MWC. This product is based on Line Printing’s unique nanocrystalline patented technology, and undergoes special processing to match the precision winding technology, so that the overall TX coil module thickness is controlled at 1.10mm (Max).

The corresponding machine thickness can achieve the ultimate experience of 2.7mm. With the built-in desk lamp, smart home, etc., the thinnest can even challenge 1.3mm. It can meet the needs of customers to increase the wireless charging function while maintaining the simple style of the machine. It is applicable to various wireless charging transmitter application scenarios including smart home, car electronics, and portable products.

The data show that under the conditions of TX power of 13W and RX power of 10W, the efficiency of 4-layer iron-based nanocrystalline composites is comparable to that of 0.5mm ferrites; under the conditions of TX power of 18.5W and RX power of 15W, 6 layers The efficiency of iron-based nanocrystalline composites is comparable to that of 0.5mm ferrites. At this time, the thickness is only 1/5 to 1/4 of the ferrite. In addition, the weight of the iron-based nanocrystalline composite material is only 2g, which is 1/7 of that of the conventional ferrite material and is easy to carry.

45W foldable high power multi coil LP-Power

At the same time, Line Printing will also exhibit a prototype of the LPW power solution for the 45W (15Wx3) high-power multi-coil solution. The LP-Power also uses the LP-1 Ultra Slim technology, and its thinnest overall thickness will be only 2.0mm. It can support up to 21 wireless charging coils (7×3), greatly improving the freedom of user experience. Due to its split design and high-end flexible magnetic material, it can achieve foldability and bendability while reducing interference to mobile phone RF components and achieving low temperature rise (ΔT < 5°C). In addition, LP-Power prototype will also support iPhone 7.5W and Samsung 10W fast charge.

Shanghai Line Printing New Material Technology Co., Ltd., established in 2012, is currently the leader in wireless charging in China. With its deep accumulation in magnetic materials and printed electronics, Line Printing took the lead in mass production of nanocrystalline and amorphous high-end magnetic materials in China in 2015, and subsequently entered the international mobile phone giant supply chain. In 2017, the company increased its capital and expanded shares, further consolidating the strength of the entire industry chain in wireless charging. With high-end magnetic materials as the core, Line Printing provides customers with a complete solution from materials to modules (RX/TX) and finished products, and is committed to becoming a high-tech leader in wireless charging.

Line Printing will exhibit the company’s full range of products during the MWC2018 exhibition, covering high-end magnetic materials (High Bs), multi-functional (WPT/NFC/MST) receiver modules, 5W~60W, different coil sizes, IDT/NXP based, etc. A variety of IC solutions for wireless charger transmitter module and finished products, involving desktop, automotive and mobile power and other application scenarios. Welcome to guide!

Minyang