We　propose　and　experimentally　demonstrate　a　compact　crossing　based　on　a　subwavelength　grating　slot　waveguide　(SWG-SW),　leveraging　the　anisotropic　properties　of　two　orthogonal　SWG-SWs　to　suppress　diffraction　effects　in　the　crossing　region　for　the　input　TE　polarization　mode.　The　design　utilizes　the　unique　mode　characteristics　of　the　SWG-SW,　enabling　low-loss　mode　transitions　through　the　crossing　with　a　simple　and　compact　hollow　structure　design　at　its　center.　By　integrating　the　above　crossing　with　a　well-designed　slot-to-SWG-SW　mode　converter,　a　crossing　for　the　widely　used　slot　waveguides　is　achieved,　with　a　footprint　of　∼　18×18　µm2.　Simulation　results　show　that　the　device　achieves　an　insertion　loss　(IL)　of　©　2025　Optica　Publishing　Group　under　the　terms　of　the　Optica　Open　Access　Publishing　Agreement.