Hydraulic bushing having - a cylindrical, first supporting element, - a hollow-cylindrical, second supporting element, which encloses the first supporting element with a radial spacing A, - a first chamber, which is filled with hydraulic fluid and is arranged between the first supporting element and the second supporting element, - a second chamber, which is filled with hydraulic fluid and is arranged between the first supporting element and the second supporting element, - a throttle channel, which fluidically connects the first chamber to the second chamber, - a spring element, which has two annular portions spaced apart from one another in the longitudinal direction L of the hydraulic bushing, which extend in each case from the first supporting element to the second supporting element in order to support the said supporting elements (4, 6) on one another, - a hollow-cylindrical supporting cage, which is assigned to the spring element and connects the annular portions of the spring element to one another at their radially outer ends, and - two separating walls, which are designed to separate the chambers (8, 10) and extend in each case between the annular portions of the spring element, characterized in that - the separating walls extend in each case between the first supporting element and the supporting cage, and - each of the separating walls is arranged between two respective slots (24, 26) overlapping in the radial direction R of the hydraulic bushing, in each case a first slot of the two slots (24, 26) being formed by the first chamber and a second slot of the two slots (24, 26) being formed by the second chamber. - a cylindrical, first supporting element, - a hollow-cylindrical, second supporting element, which encloses the first supporting element with a radial spacing A, - a first chamber, which is filled with hydraulic fluid and is arranged between the first supporting element and the second supporting element, - a second chamber, which is filled with hydraulic fluid and is arranged between the first supporting element and the second supporting element, - a throttle channel, which fluidically connects the first chamber to the second chamber, - a spring element, which has two annular portions spaced apart from one another in the longitudinal direction L of the hydraulic bushing, which extend in each case from the first supporting element to the second supporting element in order to support the said supporting elements (4, 6) on one another, - a hollow-cylindrical supporting cage, which is assigned to the spring element and connects the annular portions of the spring element to one another at their radially outer ends, and - two separating walls, which are designed to separate the chambers (8, 10) and extend in each case between the annular portions of the spring element, - the separating walls extend in each case between the first supporting element and the supporting cage, and - each of the separating walls is arranged between two respective slots (24, 26) overlapping in the radial direction R of the hydraulic bushing, in each case a first slot of the two slots (24, 26) being formed by the first chamber and a second slot of the two slots (24, 26) being formed by the second chamber.