Jinko Electronics Introduces Extreme Color SMD Series 7070 LED Products

Jingke Electronics (Guangzhou) Co., Ltd. announced the launch of its new SMD series 7070 LED products. The ultimate in color produced by this collection is designed to give people a richer, more saturated color. The product is aimed at high-end retail applications, and the key lighting for the product can increase the sales of the product.

(Jingke SMD Series 7070 LED Products)

According to the company, the 7070 design is based on a bracket-type package that can operate at higher temperatures than mid-power LED devices, and the rated life is not compromised. At the same time, the same performance specifications of COB can be achieved and the cost can be reduced. The 7070 is optimized to achieve the same level of system performance as the device area is reduced compared to small and medium power LEDs, greatly simplifying the current lighting application system design based on multiple medium power LED solutions.

Jinko 7070 offers color temperature 2,700 K-6,500 K, high color rendering index product options. The new 7070 has the reliability of Jinke's high-power LEDs, and has higher brightness than the mature product 3030, enabling a smaller area of high luminous flux output. The 7070 has 9~13W, 120lm/W, which can replace the COB solution. The 7070 brings a new technology platform that provides our lighting customers with the best combination of technologies, effectively avoiding the limitations of medium power LEDs.

The ultimate color is to produce similar color rendering properties, such as high-intensity gas discharge lamps (HID) such as ceramic metal halide lamps (CMH), which are often used in retail stores. The 7070 LED product adds color gamut with a color rendering index (CRI) of 85. As a single LED device, it can be used in arrays in high lumen applications that require low system cost and high reliability, such as high ceiling lights, outdoor area lighting, downlights, and the like.

According to the company, SMD series 7070 LED products are now available for sample application and can be mass-produced according to standard delivery times. (This article is the electronic submission of Jingke)