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.../MT support; coupled via Gigabit Ethernet switch * standard xen bridging network configuration * test tool: iperf * Xen domUs working in PV mode (the P4 does not support VT) the data transfer rates with ''iperf'' were as follows: * dom0/machine 1 => dom0/machine 2 ~800MBit/s * domU/machine 1 => dom0/machine 2 ~700MBit/s * dom0/machine 1 => domU/machine 2 ~ 40MBit/s this flaw of the last test case and the difference between test case 2 and 3 remained more or less constant with various configs of the test systems: * credit or sedf schedu...

I''ve just uploaded 0.9.11-pre12 of the GPL PV drivers for Windows. Since -pre10 (and -pre11) I''ve fixed a heap of crashes that were plaguing xennet under load, and also rewritten the interrupt/event distribution logic to improve performance. Under windows 2003 I can now get network speeds of 1-2Gbit/second TX and 600Gbit/second RX, which is considerably better than I was

I''ve just uploaded 0.9.11-pre12 of the GPL PV drivers for Windows. Since -pre10 (and -pre11) I''ve fixed a heap of crashes that were plaguing xennet under load, and also rewritten the interrupt/event distribution logic to improve performance. Under windows 2003 I can now get network speeds of 1-2Gbit/second TX and 600Gbit/second RX, which is considerably better than I was

My future plan currently looks like this for my VPS hosting solution, so any feedback would be appreciated: Each Node: Dell R210 Intel X3430 Quad Core 8GB RAM Intel PT 1Gbps Server Dual Port NIC using linux "bonding" Small pair of HDDs for OS (Probably in RAID1) Each node will run about 10 - 15 customer guests Storage Server: Some Intel Quad Core Chip 2GB RAM (Maybe more?) LSI