ZTE USB card reader driver

ZTE USB card reader driverIt is a ZXTR602Driver Package driver for ZTE R602 card reader. This product can read the memory card/flash memory card/data card of almost all mainstream digital products on the market and transfer it to a desktop or laptop computer through the USB3.0 interface. Due to the use of USB3.0 interface for transmission, the data transmission speed is 10 times that of traditional USB2.0 card readers, allowing users to experience extreme speed.

Supported card types: SD/SDHC/SDXC/Extreme SD/SD Ultra/SD Pro/SD Ultra II/SD Elite Pro/Ultra Speed ​​SD/SD Ultra X/Micro SD (TF card) Supported memory cards: SD/SDHC/SDXC /Mini SD/MMC/MS/MS Pro Duo/MSMG/MS Pro MG/MS Duo MG/MS XC/XD/CF/Micro SD/ Micro SDHC/T-Flash/Memory Stick Micro (M2) adapter card holder can Read: MMC Micro/RS-MMC/HS RS MMC USB 3.0 is the latest USB specification (also known as SuperSpeed ​​USB). This specification was initiated and formulated by major companies such as Intel, Microsoft, NEC, and Texas Instruments. USB3.0 increases the transmission speed of the existing 2.0 interface by 10 times and is backward compatible with USB2.0 and USB1.1 devices. The theoretical maximum data transfer rate of USB3.0 is 5Gb/S, and the theoretical maximum data transfer rate of USB2.0 is 480Mb/s. Today, when USB has become a necessary interface for electronic products, USB 2.0 is facing the fate of being eliminated, and almost all USB interface devices will be upgraded to 3.0. System requirements: Support Windows XP/Vista/7 & Mac OS 9.1 operating system Hardware requirements: Host USB3.0 interface (compatible with USB2.0&USB1.1) USB3.0 all-in-one high-speed card reader with high-speed data transmission performance. This CF card complies with the CF 4.1 specification and introduces Ultra DMA (UDMA) mode 6 high-speed transmission specifications. The theoretical maximum reading speed can reach 90MB per second and the maximum writing speed is 60MB per second. It saves more than traditional CF cards. Waiting time can capture more continuous, high-resolution images.