Rocketek stands behind every piece of Rocketek product. If no disk drive, please download driver on our website. The mini driver disk provided in the package can’t be used on slot-load drive, which lead to failure of reading it. SIM Card can be compatible with Windows Only. Please install Java firstly on Java’s official website, also you can find related link on smart card page of our website.ģ. DOD and USG users note you will need a third-party CAC Enabler program.Ģ.Java is necessary for MAC user. – Compatible with a wide variety of smart card operations for digital authentication and security, Network ATM transfer, payment, balance inquiries, Tax, water, electricity payment, Credit card bill payment, cash card payment.ġ. – For all contact smart card operations like online-banking or digital signature applications: ActivClient, AKO, OWA, DKO, JKO, NKO, BOL, GKO, Marinenet, AF Portal, Pure Edge Viewer, ApproveIt, DCO, DTS, LPS, Disa Enterprise Email etc. – Can be used for CAC (Common Access Card), Government ID, National ID – Support banks, post office, chip cards issued all over the country. Mac OS X (Insert a disk, close ‘autorun’ window firstly, then open file ‘MAC installer’ to install) For information on the reader’s compatibility with specific card types, please refer to your card’s instruction manual.Rocketek – CAC smart card reader is an easy-to-install USB device suited for all contact smartĬard operations like online-banking or digital signature applications. The USB 3.0 card reader supports the vast majority of memory cards on the market, including SDXC cards up to 2 TB, as well as the latest UHS-I specification. Is the USB 3.0 card reader fully compatible with all memory cards on the market? We recommend using a high-speed memory card in order to realize the fastest transfer rate. Currently, only high-speed memory cards, such as SDXC, CF (UDMA), Micro SDXC, HX MS, etc., are able to take full advantage of the USB 3.0 card reader’s capability. The transfer speed of the USB 3.0 card reader is limited by the specification of the memory card in question. The transfer speeds of the USB 3.0 and USB 2.0 card readers are almost the same. In addition, your memory card may not be readable on certain older operating systems, so please make sure your system patch has been updated. Please check the lock setting on your memory card to make sure it isn’t locked. The USB 3.0 card reader supports high-speed and high-capacity memory cards. Why can’t the card reader identify my memory card? Please note that the actual transfer speed will depend on the specific usage environment. Taking usage conditions into consideration, the USB 3.0 standard can achieve transfer speeds about 3 times faster than that of the USB 2.0 standard. The USB 3.0 transfer rate of 5Gbps (with a theoretical transfer speed of 500MB/s), therefore, is about 8 times faster than the mainstream USB 2.0 transfer rate of 480Mb/s (with a theoretical transfer speed of 60MB/s). The USB 2.0 standard uses 8-bit encoding, while the USB 3.0 standard uses 10-bit encoding (8-bit for data transfer purposes + 2-bit for data control purposes). Why is the transfer rate so much slower than the 5Gbps promoted? For information on the reader’s compatibility with specific card types, please refer to your card’s instruction manual. Currently, only high-speed memory cards, like SDXC, CF (UDMA), Micro SDXC, HX MS, etc., are able to take full advantage of the USB 3.0 card reader’s capability. The transfer speed of the USB 3.0 card reader is limited by the specification of the memory card. In addition, your memory card may not be able to be identified in certain older operating systems, so please make sure your system patch has been updated. The actual transfer speed depends on the specific environment the product is used in. Taking current usage conditions into consideration, the transfer speed can achieve about 3 times that of USB 2.0. The USB 3.0 transfer rate of 5Gbps, with a theoretical transfer speed of 625MB/s, is about 10 times faster than the mainstream USB 2.0 transfer rate of 480Mb/s, which has a theoretical transfer speed of 60MB/s. Why is the transfer rate far slower than 5Gbps as promoted?
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