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ECMP has been used for well over a decade. The DPI industry has been doing this entire load balancing thing for at least 15 years.

10gbps with 8 cores is pretty crappy performance. People using DPDK and netmap are getting 10gbps with a single core. Netmap can bridge at line rate for 64 byte packets with a single core.

I am actually surprised this is 'news'. Perhaps google should reach out to some of the DPI companies to figure out how to really scale this. Currently they are 'overpaying' on commodity hardware by at least 8x over the current cutting edge in this type of field.

Just have a look at the NFV world for the cutting edge packet forwarding rates




The paper points out that they can do better than 10Gbps, and when looking at 40Gbps, their limitation is their traffic steering piece.

And I'm sure you're aware, bridging is a totally different use case.


The DPI industry that uses special network adapters bundled with many cores CPU such as manufactured by cavium?


DPI? Deep packet inspection? How does ECMP benefit this?




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