Phison Electronics (8299.TW), industry leader in flash controller and NAND solutions, today releases the VPG 65 compliant 1066X CompactFlash (CF) Card solution, supporting a minimum of 65MB/s continuous write speed for smooth high resolution 4K video playback. The solution comprises of the PS3016-P10 and the latest 64 layer 3D TLC NAND. It can reach sequential read and write speeds of 160/150 MB/s. In the professional camera and camcorder market, the CF Card solution meets the demand for guaranteed performance for removable storage.
The growth of the global video market has been surging with the integration of the internet and connectivity. New video applications such as surveillance, car recorders, and professional photography all require stable and reliable memory cards with a guaranteed level of performance. Filmmaking using super high 4k and 8k video resolutions and using the top DSLR and mirrorless cameras is becoming common.
4K video resolution requires a big increase in data transfer over Full HD. It drives the demand for high performance memory cards capable of handling the required read and write speeds. The latest PS3016-P10 solution is compliant with the VPG 65 specification, which was introduced in CF specification 5.0. The 256GB solution can store plenty of photos and videos with ease. At UMDA Mode 7, the CF card can double the read and write performance of a legacy product and meets the guaranteed performance for professional cameras.
VPG Logo:
The CompactFlash Association (CFA) defines Video Performance Guarantee (VPG) for CF cards. The VPG specification is designed for high definition video recording in professional DSLR and camcorders. This can ensure that the video stream will be saved without interruptions that would cause problems with the quality of the video. Carrying a VPG-65 marking guaranteeing 65MB/s write speed for video.
PS3016-P10 Solution Description:
Capacity: 16GB~256GB
Sequential Read/Write: 160/150 MB/s
Interface: PCMCIA/IDE
Specification: CF 6.0 (UDMA 7), VPG 20 and VPG 65 Compliant
