Nothing but the ADATA CF633X ultra-speed CompactFlash better complements even the most high-end DSLR (Digital Single-Lens Reflex) cameras, which can offer incredibly fast (10 frames per second) consecutive shooting at full resolution to capture images that rival professional photographers’ masterpieces1. The CF633X’s new UDMA (Ultra Direct Memory Access) transfer interface boasts a burst write speed up to 90 MB/s2, making it the most powerful tool for amateur enthusiasts and professional photographers alike and unleashing the potential that advanced high-megapixel DSLR cameras are known for.

Featuring a maximum capacity of 32GB, the ADATA CF633X can store over 8,000 MP3 files, 5,600 high-resolution 16-megapixel JPEG photos, approximately 100 minutes of Full HD video clips or other digital data4. It also supports Error Correcting Code (ECC) to automatically detect and correct errors during data transfer, preventing corruption and loss of your important data. The CF’s In-System Programming (ISP) feature allows users to load the latest firmware and improve compatibility. And with its Static Wear-Leveling technology, the ADATA CF 633X averages out write cycles on each cell over time, thereby eliminating frequent writes to the same flash cell and extending its serviceable lifespan.

1 According to ADATA’s internal lab results, using a Canon 1D Mark IV with the ADATA CF633X can shoot consecutively for over 30 seconds at 10 fps in the consecutive shooting mode. For continuous shooting settings for JPEG, ISO or other details, please refer to Canon’s Web site. Note: actual speeds may vary depending on camera settings, lens and photo contents.
2 Results are based on testing with TestMetrix software. Actual speed may vary by individual computer and system performance.
3 Card readers and CF-enabled digital devices must also support UDMA mode 6 to achieve the noted transfer speed. Actual read/write speeds may vary due to the speed limitation of a USB 2.0 interface.
4 All music, photo and Full HD video capacities above are approximate values. Music capacity is based on an average of 4 minutes per song and 128-Kbps AAC encoding. Photo capacity figure is based on 16-megapixel high-resolution pictures with DSLR cameras. JPEG file size may vary depending on camera models, compression settings and photo contents. Full HD video is based on a high-end DSLR camera frame format; it may also vary depending on camcorder model, compression settings and contents.