Sanwa Supply USB Cable 2.0 (5m) KU20-5K2… Vairāk

♪Welcome to our shop! For over six years, our company, TJM Products Japan Inc., has been selling products from Japan to international customers on other platforms, where we have earned "Top Rated Seller" status and over 2,500 positive reviews. We have now begun selling on JOOM as well. Please shop with confidence! ---------------------------------------------------- *Important Notes Regarding Electrical Appliances* [Voltage] Japanese electrical appliances are designed for Japanese voltage specifications (90–110V). Using them with a different voltage may cause malfunctions; please use a voltage transformer. [Plug Type] Japanese electrical appliances use Japanese plug configurations (Type A or Type B). Please use a plug adapter if necessary. [Important Information: Voltage Transformers vs. Plug Adapters] A voltage transformer adjusts the voltage to match your device's specifications. A plug adapter merely changes the plug shape and does not adjust the voltage. Using only a plug adapter without a voltage transformer may result in product damage. [Disclaimer] We accept no liability for malfunctions or damage resulting from improper use, such as operating the device without a voltage transformer. This cable is to connect USB devices (printers, HDDs, USB hubs, scanners, etc.) to a computer compliant with USB 2.0 or USB 1.1 standards, or to connect a USB hub to a USB device. (It connects devices with "Series A" connectors to devices with "Series B" connectors.) This is a high-quality cable compatible with USB 2.0 "HI-SPEED" mode. It can connect both USB 2.0 and 1.1 devices. This product is certified by the USB IF (USB Implementers Forum). It is a high-quality cable that supports USB 2.0 "HI-SPEED" mode (transfer speed of 480Mbps). The connector shells are gold-plated, making them highly resistant to rust and minimizing signal degradation over time. A sealed aluminum shield is applied inside a high-density braided copper shield, protecting your valuable data from most noise across the entire frequency range, from low to high frequencies.