Much too x86 / PC centric. 8/10 are x86 (beside 68k & Apple M1). Not mentioned:
Intel 4004 - first CPU to integrate all logic in a single chip.
Intel 8080, MOS Technology 6502 & Zilog Z80 - powering CP/M, some industrial gear, early homecomputers & gameconsoles. 8080 regarded as common ancestor for 8086 and Z80 lines.
DEC Alpha - one of the (if not the) earliest 64 bit architectures. Driving design & system performance to new heights in its day. Instrumental in the spread of Unix.
ARM7TDMI - iPod, GameBoy Advance, Nokia 6110, coprocessor in Sega Dreamcast & PlayStation 2. Among many other uses.
Intel 8051 family - powering a plethora of industrial control systems, in some cases to this day. Integrated in many other products.
A variety of RISC architectures like MIPS, Sparc or the new hotness, RISC-V.
Sony's Cell cpu. Very remarkable design in its day. Not to mention its performance (although difficult to program effectively).
VIA/Cyrix C3, the MediaGX and their low power descendants. Powering many thin clients, handheld & industrial PC's.
Almost forgot the PDP series. ;-)
Related like DSPs, uC, Transputer, etc.
That's just of the top of my head. Feel free to add.
Yes, "of all time" implies not just microprocessors. The obvious "most influential CPUs" before microprocessors were PDP-11, IBM 360 (the whole product lines, not any particular model) and CDC 6600.
Intel 4004 - first CPU to integrate all logic in a single chip.
Intel 8080, MOS Technology 6502 & Zilog Z80 - powering CP/M, some industrial gear, early homecomputers & gameconsoles. 8080 regarded as common ancestor for 8086 and Z80 lines.
DEC Alpha - one of the (if not the) earliest 64 bit architectures. Driving design & system performance to new heights in its day. Instrumental in the spread of Unix.
ARM7TDMI - iPod, GameBoy Advance, Nokia 6110, coprocessor in Sega Dreamcast & PlayStation 2. Among many other uses.
Intel 8051 family - powering a plethora of industrial control systems, in some cases to this day. Integrated in many other products.
A variety of RISC architectures like MIPS, Sparc or the new hotness, RISC-V.
Sony's Cell cpu. Very remarkable design in its day. Not to mention its performance (although difficult to program effectively).
VIA/Cyrix C3, the MediaGX and their low power descendants. Powering many thin clients, handheld & industrial PC's.
Almost forgot the PDP series. ;-)
Related like DSPs, uC, Transputer, etc.
That's just of the top of my head. Feel free to add.