LV code model and chip model refer to LV brand headset products, their difference is:
Different coding methods: LV coding uses the traditional wire coding method, which needs to control music playback, pause, cut songs and other functions through wire control; The chip model uses smart chip control, which can achieve various functions through the touch area on the headset.
Different functions: the chip model has more functions than the coding model, such as intelligent noise reduction, voice assistant, automatic connection and so on.
The price is different: Because the chip model uses more advanced technology, the price will be higher than the coding model.
In short, LV coding model and chip model are LV brand headset products, the difference between them lies in the coding method, function and price. Consumers can choose the product that suits them according to their needs and budget.
The difference between LV chip models and coding models is mainly reflected in the verification method and weight.
Overall, the LV chip model is more intelligent and convenient, while the coding model is relatively traditional.
Verification method :LV chip model only needs to scan the code to directly verify the authenticity, while the coding model needs to input the code to LV official website for query.
2. Weight: The LV chip is implanted in the bag to increase the weight, while the coding model does not increase the weight.
3. Price: The price of LV chip model is 19,800 yuan, and the price of coding model is 10,000 hundred yuan.
LV code model and chip model are two different types of products.
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1. LV Code (Louis Vuitton code) refers to the products made by the luxury brand Louis Vuitton. These products are usually made of high-quality materials, fine craftsmanship and unique designs, and they feature the LV brand Logo, patterns and logos.
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2. Chip refers to products with built-in chip technology. These products usually include a variety of electronic devices, such as mobile phones, computers, smart watches, etc., or other products that apply chip technology, such as bank cards, ID cards, access cards, etc. The design of the chip is focused on technical performance and functionality.