PSP Memory Stick Adapter with 128GB Micro SD Card, Micro SD/SDHC/SDXC to Memory Stick PRO Duo MagicGate Card Compatible with PlayStation Portable, Camera, Handycam, Smartphone, PSP 1000/2000/3000

Perfect Fit: This PSP memory stick adapter is fully compatible with MagicGate Memory Stick DUO and Memory Stick PRO Duo, offering stable and reliable high-speed data transmission. Designed to perfectly fit PSP 1000/2000/3000/PSP E1000 systems, as well as Sony Cybershot cameras and Handycam, it ensures smooth integration without connection issues or data loss Latest Upgraded Adapter: Convert your Memory Stick PRO Duo to any Micro SD/SDHC/SDXC card up to 128GB, allowing you to expand your storage capacity on your needs. It's the perfect accessory for gamers, photographers, and travelers who want one memory card solution across multiple platforms. (128GB Micro SD card included. Note: The 128GB memory card is only supported on PSP systems 6.60 and above. The maximum capacity supported by the adapter may vary depending on the device model.) Cost-Effective Storage Expansion: Say goodbye to overpriced Memory Stick PRO Duo cards. With the affordable Sunloy 128GB Micro SD card, you’ll enjoy blazing-fast read speeds of up to 140MB/s. Experience a reliable, high-performance storage solution that delivers faster and more stable loading speeds than the original card-without breaking the bank Broad Compatibility: The included 128GB high-speed TF card features UHS-I, Class 10, U3, V30, and A1 speed ratings-offering ample space for games, videos, music, and high-resolution images. It’s compatible with smartphones, tablets, cameras, GoPro/action cams, laptops, desktop PCs, DSLRs, drones, security camera, Nintendo Switch, PlayStation Vita, and other portable gaming devices. Easily expand your storage and enjoy ultra-fast transfer speeds across all your favorite devices Easy Setup: Simply insert a Micro SD/SDHC/SDXC card into the adapter, then insert it into your device. First-time use? Format your card directly in your PSP or camera for optimal performance