The Lexar Professional SILVER GO microSD Card offers max read speeds of 250MB/s¹ when paired with the Lexar RW360 Reader – up to 240% faster than standard UHS-I microSD cards – to power through transfers and make long wait times a thing of the past. Max write speeds of 180MB/s let you capture burst photos and ensure stutter-free video.
Rated V30, the Lexar Professional SILVER GO microSDXC™ UHS-I Card is built to capture burst photos without missing a shot and smoothly shoots up to 4K 60FPS ultra-HD video.
Tested to ensure compatibility with devices from DJI, Insta360, GoPro, Nintendo Switch3, Steam Deck, and more.
Built for durability, the card is rated IPX7 waterproof, wearproof, temperature-proof, x-ray-proof, vibration-resistant, magnetic-proof, shockproof, and drop-proof3 so you can be confident taking it wherever your shoot takes you.
With up to 1TB of additional space, you can download the biggest games, film 4K video, and store entire libraries of burst photos, with room to spare.
This card comes with Lexar Recovery Tool to help you recover accidentally deleted files and is covered by a lifetime limited warranty.2
¹ Up to 250MB/s read transfer, write speeds lower. Speeds based on internal testing. Actual performance may vary.
2 Limited lifetime warranty is limited to 10 years from purchase in Germany and regions not recognizing lifetime warranty.
3 Compatible only with the first Nintendo Switch; not compatible with Nintendo Switch 2.
4Temperature resistance: Operation -25°C to +85°C, storage -40°C to +85°C.
Waterproof: IPX7, 1m deep water for 30 min. X-ray protection: up to 100mGy (equivalent to airport X-ray machine exposure)
Vibration-proof: 10-2000Hz Shock resistance: 1500G shock
Drop protection: 1.5m drop
Wear-out resistance: up to 10,000 times plugging and unplugging
Lexar is not liable for any loss of data or images.
Product appearance, performance, software, and packaging may vary based on shipping date and available inventory.
Actual usable storage may be less than stated due to system formatting and other functions. 1GB = 1 billion bytes.
