One of the most popular and efficient interconnection networks is hypercube. Through the various studies, we can know that it has a lot of good properties. Especially, lots of interconnection networks can be embedded into hypercube efficiently. Hypercube structure has an advantage that it can enhance usage of the algorithm by embedding various of other networks(Mesh, Torus, Star etc). Matrix Hypercube is a network which has an improved network cost by having more nodes, express by matrix structure. The measures of the embedding are dilation, congestion and expansion. In this paper, we propose embedding algorithms between hypercube and matrix hypercube. We show that hypercube can be mapped into matrix hypercube with dilation 3 and expansion 1, and the average dilation is less than 2. Also, we can see that the cost isn’t bigger than O(n), which is an one to one mapping cost of Matrix Hypercube’s nodes and edge, to Hypercube. These results mean that we can use designed algorithms of hypercube in matrix hypercube efficiently.