Why rdma_connect failed will have to free the resources?
In RDMA programming with librdmacm, when client thread try to connect the remote server thread with rdma_connect(), what is the reason that we have to release the rdma_cm_id resources?
Why rdma_connect failed will have to free the resources?
In RDMA programming with librdmacm, when client thread try to connect the remote server thread with rdma_connect(), what is the reason that we have to release the rdma_cm_id resources?
Why rdma_connect failed will have to free the resources?
In RDMA programming with librdmacm, when client thread try to connect the remote server thread with rdma_connect(), what is the reason that we have to release the rdma_cm_id resources?
Why rdma_connect failed will have to free the resources?
In RDMA programming with librdmacm, when client thread try to connect the remote server thread with rdma_connect(), what is the reason that we have to release the rdma_cm_id resources?
Why rdma_connect failed will have to free the resources?
In RDMA programming with librdmacm, when client thread try to connect the remote server thread with rdma_connect(), what is the reason that we have to release the rdma_cm_id resources?
Why rdma_connect failed will have to free the resources?
In RDMA programming with librdmacm, when client thread try to connect the remote server thread with rdma_connect(), what is the reason that we have to release the rdma_cm_id resources?
Why rdma_connect failed will have to free the resources?
In RDMA programming with librdmacm, when client thread try to connect the remote server thread with rdma_connect(), what is the reason that we have to release the rdma_cm_id resources?
How to transfer large message(>MTU) using RDMA UD mode?
RDMA UD (Unreliable Datagram) mode support Send/Recv operation only, and with the limit that only one packet can be sent with a send wr, which causes that the transfered message’s size should less than MTU at a time. I want to know why this limit exists and whether there is a way/library to support that transfer a large message with a send wr?
How can I conduct an experiment to find that RDMA throughput decreases as the number of QPS increases?
My experimental environment is two machines equipped with one Mellanox CX-5, directly connected.
If I want to get this result graph, how do I conduct my experiment? I have tried the ib_read/write_bw/lat of perftest. Is it necessary to write C++ code to achieve multi-threaded RDMA communication at the same time to get?
For RoCE LAG, How to remap all QPs from one port to another?
My environment using RoCE LAG bonding device (802.3ad)for fail over. Without splitting the bond device, is there any methods to migrate all QPs on one port to another?