Displaying 5 results from an estimated 5 matches for "max_sge".
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max_age
2019 Apr 11
1
[RFC 2/3] hw/virtio-rdma: VirtIO rdma device
...(const char *)&rdev->netdev->mac);
+
+ attr.max_mr_size = 4096;
+ attr.page_size_cap = 4096;
+ attr.vendor_id = 1;
+ attr.vendor_part_id = 1;
+ attr.hw_ver = VIRTIO_RDMA_HW_VER;
+ attr.max_qp = 1024;
+ attr.max_qp_wr = 1024;
+ attr.device_cap_flags = 0;
+ attr.max_sge = 64;
+ attr.max_sge_rd = 64;
+ attr.max_cq = 1024;
+ attr.max_cqe = 64;
+ attr.max_mr = 1024;
+ attr.max_pd = 1024;
+ attr.max_qp_rd_atom = 0;
+ attr.max_ee_rd_atom = 0;
+ attr.max_res_rd_atom = 0;
+ attr.max_qp_init_rd_atom = 0;
+ attr.max_ee_init_rd_atom = 0;
+ a...
2019 Apr 11
9
[RFC 0/3] VirtIO RDMA
Data center backends use more and more RDMA or RoCE devices and more and
more software runs in virtualized environment.
There is a need for a standard to enable RDMA/RoCE on Virtual Machines.
Virtio is the optimal solution since is the de-facto para-virtualizaton
technology and also because the Virtio specification
allows Hardware Vendors to support Virtio protocol natively in order to
achieve
2019 Apr 11
9
[RFC 0/3] VirtIO RDMA
Data center backends use more and more RDMA or RoCE devices and more and
more software runs in virtualized environment.
There is a need for a standard to enable RDMA/RoCE on Virtual Machines.
Virtio is the optimal solution since is the de-facto para-virtualizaton
technology and also because the Virtio specification
allows Hardware Vendors to support Virtio protocol natively in order to
achieve
2017 Apr 07
34
[RFC 0/3] virtio-iommu: a paravirtualized IOMMU
This is the initial proposal for a paravirtualized IOMMU device using
virtio transport. It contains a description of the device, a Linux driver,
and a toy implementation in kvmtool. With this prototype, you can
translate DMA to guest memory from emulated (virtio), or passed-through
(VFIO) devices.
In its simplest form, implemented here, the device handles map/unmap
requests from the guest. Future
2017 Apr 07
34
[RFC 0/3] virtio-iommu: a paravirtualized IOMMU
This is the initial proposal for a paravirtualized IOMMU device using
virtio transport. It contains a description of the device, a Linux driver,
and a toy implementation in kvmtool. With this prototype, you can
translate DMA to guest memory from emulated (virtio), or passed-through
(VFIO) devices.
In its simplest form, implemented here, the device handles map/unmap
requests from the guest. Future