As far as I know, from a trademark and branding perspective, Intel(r) Many Integrated Core Architecture refers to only the Intel(r) Xeon Phi(tm) coprocessor.

What may be causing you some confusion is the use of "Many Core". In my group, "Many Core" refers to IA processors with a # of HW threads in excess of something like 100. From this perspective, only the Intel(r) Xeon Phi(tm) coprocessor -- yes, I do have to refer to it in that way -- is the only Many Core product that I know about. The other Intel platforms are "Multi-core" since they have less than that.

I recently found out that other parts of Intel are using "Many core" to refer to what my group calls "Multi-core". This category includes 4 and 8 core processors (meaning 8 to 16 HW threads), etc as "Many core".

So what is "multi-core" vs "many core"? If standard new gen IA systems out there are "many core", then what is the Intel(r) Xeon Phi(tm) coprocessor? (Oh, how I enjoy typing "Intel(r) Xeon Phi(tm) coprocessor" every time.) Perhaps it's a Many Many core processor. It's above my pay grade to make such decisions.

Regards
--
Taylor

Perhaps this has a relationship to the original reluctance to use the term MIC, but I never heard of multiple core Intel processors such as Xeon referred to as MIC or even as "many" core.  There have been products of very limited usage with more than the 10 cores per CPU which up to now has been the most available for Xeon (with up to 4 such CPUs per server, or 8 from certain OEM vendors).