I don't know of a specific example, but Lisps have a pretty long tradition of coming with architecture specific assemblers. I'm sure there are many CL implementations that can target ARM.
The problem is any sizable Lisp needs quite a lot of stuff available at runtime. A trivial program would still likely[0] be a sizable blob with a memory penalty.
If anything, I'd say Clojure (cljs especially) actually bypasses this problem by leveraging a platform's privileged language. Purely theoretically, there's no reason why you couldn't have a mobile device built around CL. But if you want to target what's already out there, a parasitic design works much better.
Also, on the popularity front I guess it's a bit of a glass half full situation. Compared to other Lisps, Clojure is no doubt dominating. Among what I'd call "alternative languages" it's a tough call.
[0] Have to mention there's a lot of diversity in CL implementations so this is certainly not universally true. But I would assume this is true for something that has all the conveniences you'd want.
The problem is any sizable Lisp needs quite a lot of stuff available at runtime. A trivial program would still likely[0] be a sizable blob with a memory penalty.
If anything, I'd say Clojure (cljs especially) actually bypasses this problem by leveraging a platform's privileged language. Purely theoretically, there's no reason why you couldn't have a mobile device built around CL. But if you want to target what's already out there, a parasitic design works much better.
Also, on the popularity front I guess it's a bit of a glass half full situation. Compared to other Lisps, Clojure is no doubt dominating. Among what I'd call "alternative languages" it's a tough call.
[0] Have to mention there's a lot of diversity in CL implementations so this is certainly not universally true. But I would assume this is true for something that has all the conveniences you'd want.