Moving data from CERN to Pasadena at a gigabyte per second using the next generation Internet requires good networking and good disk IO. Ten Gbps Ethernet and OC192 links are in place, so now it is simply a matter of programming. This report describes our preliminary work and measurements in configuring the disk subsystem for this effort. Using 24 SATA disks at each endpoint we are able to locally read and write an NTFS volume is striped across 24 disks at 1.2 GBps. A 32-disk stripe delivers 1.7 GBps. Experiments on higher performance and higher-capacity systems deliver up to 3.5 GBps.

翻译：利用下一代因特网每秒使用千兆字节使用下一代因特网将数据从CERN转换到Pasadena需要良好的联网和良好的磁盘 IO。 10 Gbps Ethernet 和 OC192 链接已经到位, 所以现在这只是一个程序问题。 本报告描述了我们为这项工作配置磁盘子子系统的初步工作和测量情况。 我们在每个端点使用24个SATA磁盘可以在当地读写24个磁盘的NTFS卷,时间为1.2 GBps 。 一个32 disk 条带可以带来1.7 GBps。 对更高性能和更高能力系统的实验可以达到3.5 GBps。