Simulations suggest that ine+e−storage rings collisions of round beams (equal emittances and equal &bgr;*) can produce very large tune shifts and luminosities. We understand how to make equal &bgr;*s, but generating equal emittances is more difficult. We describe an equal emittance scheme that uses several skew quads to couple horizontal dispersion into vertical dispersion. These skew quads also produce a coupling bump. At the interaction point and at other points outside the coupling bump, the motion is not coupled, so that the ‘A’ normal mode corresponds to horizontal motion and the ‘B’ normal mode corresponds to vertical motion. We present a round beam lattice for CESR that incorporates this scheme.