内存参数
| 内存类型 |
SDRAM |
| 内置存储器 |
64 MB |
| 兼容性内存条 |
MMC, SD |
另外
| RFID 射频识别读取器 |
N |
| 电池性能 |
950 mAh |
Pocket PC E-200 Cassiopeia
Featuring enhanced expandability, the Casio Cassiopeia E-200, operating on Microsoft Windows-powered Pocket PC 2002 software, allows users to connect to a variety of wireless network products and accessories to create a complete mobile office environment. The E-200 includes many new features designed to improve performance, ease of use, and optional wireless connectivity for demanding mobile professionals and corporate and government markets.
The Cassiopeia E-200 is powered by Intel's StrongARM SA-1110 processor and uses Intel StrataFlash memory. This combination enables Cassiopeia E-200 users to take advantage of the full benefits of Microsoft's Pocket PC 2002 OS and other multimedia applications.
Microsoft's Pocket PC 2002 software features powerful network connectivity that allows users to access files stored in servers via a VPN (virtual private network). This software is enabled for network connectivity through IEEE 802.11b, Bluetooth, CDPD (Cellular Digital Packet Data), CDMA (Code Division Multiple Access), and GSM (Global System for Mobile Communications).
The Cassiopeia E-200 is fitted with two slots for both CompactFlash Type II and MultiMediaCard/SecureDigital cards, and an optional PC card unit for wireless communications to provide wide area network (WAN), local area network (LAN), and personal area network connectivity. Users can access any of these networks while they are on the move to refer to or update databases in their office, receive and send e-mail, and browse the Internet (optional modem and ISP subscription required).
A key feature on the Cassiopeia E-200 is USB connectivity, available through the provided cradle or an optional PC card unit/host converter. This gives users access to devices such as keyboards or printers and PC cameras set up in remote offices, allowing users to input long sentences using a keyboard, print documents, and hold videoconferences. Applications to enable such access are expected to be developed shortly.
