Dual Card Slot Design: This HCYEBT SD Card Reader for iPhone and Andorid devices support SD Card and MicroSD Card. Read full size SD/SDHC/SDXC cards and newer microSD/microSDHC/microSDXC cards. Support standard photo formats including JPER and RAW and SD HD video formats including H. 264 and MPEG 4. Dual Connector Design (iOS
& USB-C): The Memory Card Reader features both an iPhone connector and a USB-C connector. USB-C support most newer deivces like iPhone 15/ 16 iPad Pro Mac Android phones iPhone connector support iphone 5 to 14 series and some older ios devices. This card reader enables seamless cross-platform data transfers - move files photos and videos between iOS Android macOS and Windows systems.
High Speed Data Transmission: HCYEBT SD Card Reader support fast tranfers and speed can reach 20Mb/s-30Mb/s. You can transmit photos and videos from camera to devices in a few seconds. It saved more times for you share amazing moment to your social platform.
Two-way Transfer: SD Card Reader iPhone support two-way transfer. You can export the files from iPhone/iPad/Mac/Android devices to SD/TF card or import data form SD/TF card to iPhone/iPad. Using the iOS's Files system you can transfer data include Photos Videos Music Word Power point Excel PDF etc.
USB Female Design: The USB interface as an OTG camera adapter to iPhone/iPad support various USB devices including Digital Cameras USB Disk USB Headphones Card Reader Electric Guitars Keyboards Mouse. Not Support the Printer and Hard disk drive.
Plug and Play: This memory card reader for iphone/ipad no caching no driver no network no extra power recognizes memory cards directly. Provide more convenient for photographers to import or export photos/videos to iOS's photos system.
Warm Tips: First All smartphones CANNOT recognize NTFS format only support FAT32 & exFAT format please backup the files on your SD card and format the SD card into FAT32 & exFAT format. Second SD&MicroSD card cannot be reading simultaneously but the SD or MicroSD card and USB peripheral can be recognized simultaneously.