Note: I highly recommend opening DPDK vendor specific question, with details on the sample program, steps followed and issues faced. Mining profit depending on your hash rate, power consumption and electricity cost.

set flow rule as IF traffic is tunneled with VXLAN, then use action 1) RSS for inner IP on Q1 to Q4 action 2) Decap the Tunnel header.

Using DPDK application (example: testpmd) create 5 rxqueues.

This is a change of 0.03 from yesterday and 45.07 from one year ago.

using nvmupdate tool flash FVL with firmware and restart the machine. Ethereum Network Hash Rate is at a current level of 899.72, up from 899.42 yesterday and up from 620.18 one year ago.

for FVL identify NIC firmware which supports VXLAN from Intel site for your NIC.

On Intel FVL and CVL lookup can be done, followed by RSS distribution to specific queues. Other DPDK supported NICs also supports VNI (with varying degree) But 元FWD application has to be modified for the same.

So if the real intention is to distribute packets based on INNER IP, I highly recommend use RTE_FLOW, with flow match as OUTER-IP and UDP port numbers and action as RSS on INNER IP and port Number.

while DPDK rte_eth_dev_configure is generic API for all NIC. because the current PMD support MLX5_EXPANSION_OUTER_IPV4_UDP, MLX5_EXPANSION_OUTER_IPV6_UDP, MLX5_EXPANSION_VXLAN and MLX5_EXPANSION_VXLAN_GPE is for RTE_FLOW for encap and decap VxLAN for the switch. These figures vary based on the total network hash rate and on the ETH to USD conversion rate. As per DPDK 20.11.1 and MLX5 PMD, enabling VXLAN based RSS via DPDK rte_dev_configure is not present. Disclosure: Mining metrics are calculated based on a network hash rate of 950,275 GH/s and using a ETH - USD exchange rate of 1 ETH 1,902.08.

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