其他功能
接口数量 |
2 |
Mac兼容性 |
N |
平台 |
PC |
数据传输速度 |
0.9 Mbit/s |
RocketPort Plus uPCI 2-Port SMPTE
The Comtrol RocketPort Plus uPCI 422 2-Port SMPTE serial port expansion card provides two serial ports utilizing a single 32- or 64-bit PCI card slot and is compatible with all current 3.3 and 5.0 Volt PCI bus architectures. The DB9 serial ports meet the SMPTE 207M standard and support RS-422 serial communications at speeds up to 921 Kbps. Every RocketPort serial card features the high-performance RocketPort ASIC chip, consisting of a dedicated 44MHz processor that minimizes host CPU utilization and larger transmit-and-receive buffers than those of 16550 UART chips used in standard PC serial ports and low-end serial cards. RocketPort ASIC technology enables these cards to outperform other serial expansion cards by handling the transmission of large amounts of data more reliably and efficiently. Additionally, RocketPort products do not require the assignment of interrupts, simplifying installation and eliminating conflicts with other server cards. This product is fully compliant with the European RoHS Directive 2002/95/EC.
Highlights:
- RoHS Directive 2002/95/EC compliant
- Universal PCI design supporting 3.3 and 5.0 Volt PCI bus architectures – ensures compatibility with all current PCI bus architectures
- I/O mapping capabilities – simplifies installation, eliminates memory conflicts, and enables plug-and-play compatibility
- Multiport serial expansion using a single slot – maximizes host expansion capabilities; adds additional COM ports using only one slot
- On-board dedicated 44MHz RISC processor – minimizes "host" CPU utilization
- RS-422 communications support – enables transmit-and-receive speeds up to 921 Kbps
- Edge-mounted serial ports – provides cost-effective, compact serial connections
- Complies with the SMPTE 207M standard
- Transmit buffer 16 times larger, and receive buffers 64 times larger than a 16550 UART – helps ensure smooth, efficient data transfer
- Robust driver support – enables card to work seamlessly with popular operating systems