Lines Matching +full:41 +full:a

22 The Multi-PF NIC technology enables several CPUs within a multi-socket server to connect directly to
23 the network, each through its own dedicated PCIe interface. Through either a connection harness that
24 splits the PCIe lanes between two cards or by bifurcating a PCIe slot for a single card. This
32 The feature adds support for combining multiple PFs of the same port in a Multi-PF environment under
36 traffic and allows apps running on the same netdev from different NUMAs to still feel a sense of
43 NIC and has the socket-direct property enabled, once all PFs are probed, we create a single netdev
46 The netdev network channels are distributed between all devices, a proper configuration would utili…
47 the correct close NUMA node when working on a certain app/CPU.
49 We pick one PF to be a primary (leader), and it fills a special role. The other devices
51 mode, no south <-> north traffic flowing directly through a secondary PF. It needs the assistance of
64 distribute channels to PFs in a round-robin policy.
81 mapping between a channel index and a PF is fixed, no matter how many channels the user configures.
106    {'id': 542, 'ifindex': 13, 'irq': 41},
113   $ ls /proc/irq/{36,39,40,41,42}/mlx5* -d -1
117   /proc/irq/41/mlx5_comp1@pci:0000:09:00.0
125 traffic to other PFs, via cross-vhca steering capabilities. Still maintain a single default RSS tab…
126 that is capable of pointing to the receive queues of a different PF.
128 In Tx, the primary PF creates a new Tx flow table, which is aliased by the secondaries, so they can