Ten　thousand　data　pages,　each　containing　768x768　pixels,　have　been　stored　in　a　single　section　of　a　disk-shaped,　iron-doped　LiNbO3　crystal　using　spatioangular　multiplexing　with　a　convergent　spherical　reference　beam,　leading　to　an　areal　density　of　33.7bits/mum(2)　and　a　volumetric　density　of　6.7Gbits/cm(3).　The　system　design　considerations　for　the　achievement　of　the　goals　ensure　the　success　of　the　experiment.　Customer-designed　Fourier　transform　and　imaging　optics　with　short　focal　length　provide　tightly　confined　object　beam　at　the　crystal　and　good　image　quality　in　the　detector　array.　An　optimized　reflection　configuration　avoids　the　detrimental　scattering　from　the　crystal　surface　to　enter　the　detector.　The　images　were　reconstructed　with　good　fidelity.　The　signal　to　noise　ratio　(SNR)　was　measured　to　be　3.6　for　the　worst-case　in　the　sampled　retrieved　images,　from　which,　a　raw　bit　error　rate　of　1.6x10(-4)　before　error　correction　could　be　estimated.