We show that there exists a
homeomorphism from the hyperspace of the Hilbert cube Q onto the countable
product of Hilbert cubes such that the ≥ k-dimensional sets are mapped onto
Bk× Q × Q ×⋯ , where B is the pseudoboundary of Q. In particular, the
infinite-dimensional compacta are mapped onto Bω, which is homeomorphic to the
countably infinite product of lf2. In addition, we prove for k ∈{1,2,…,∞} that
the space of uniformly ≥ k-dimensional sets in 2Q is also homeomorphic to
(lf2)ω.