Human　area　V1　offers　an　excellent　opportunity　to　study,　using　functional　MRI,　a　range　of　properties　in　a　specific　cortical　visual　area,　whose　borders　are　defined　objectively　and　convergently　by　retinotopic　criteria.　Previous　fMRI　studies　in　V1　retinotopic　are　typically　used　central　and/or　peri-central　visual　field　stimulus.　The　retinotopic　characteristics　on　human　peripheral　vision　are　still　not　well　known.　In　this　study,　we　developed　a　new　visual　presentation　system　widest　view　(60　deg　of　eccentricity).　The　wide-view　visual　presentation　system　was　made　from　nonmagnetic　optical　fibers　and　a　contact　lens,　so　can　use　in　general　clinical　fMRI　condition　and　the　cost　is　lower.　We　used　the　newly　wide　view　visual　presentation　system,　firstly　get　a　success　in　the　world　to　identify　human　primary　visual　cortex　(V1)　of　the　eccentricity　60　deg.　And　we　acquired　the　areal　cortical　magnification　function　for　V1　between　the　0-60deg　eccentricities　was　Mareal　=272/(E+1.44)2.　The　mean　cortical　surface　area　of　V1　between　the　0-60deg　eccentricities　was　about　2229mm2.　Our　results　have　well　agreement　with　the　using　physiological,　patients　and　anatomical　measurements.　The　analysis　indicates　that　(1)　the　estimate　of　scaling　factor　in　linear　magnification　factors　is　larger　than　previous　studies　which　focus　on　central　vision.　(2)　the　estimate　of　the　peripheral　factor　in　dipolar　model　is　too　large　to　make　the　curve　direction　of　the　iso-eccentricity　ring＇s　in　the　periphery　be　the　same　as　that　on　the　center　in　V1.　©2009　IEEE.