Carbon　Fiber　Reinforced　Polymer　(CFRP)　has　advantageous　characteristics　such　as　lightweight,　high　strength,　high　corrosion　and　fatigue　resistance,　low　creep,　and　high　damping,　etc.　It　is　suitable　to　be　used　in　bridge　structures　as　cables,　which　can　effectively　solve　the　problems　of　easy　rusting,　heavyweight,　low　tensile　strength,　and　low　fatigue　performance　of　steel　cables.　This　paper　firstly　illustrates　the　advantageous　properties　of　CFRP　lamella　compared　with　CFRP　rod　in　terms　of　cable　anchoring　and　then　investigates　the　performance　of　wedge-shaped　clamp　anchorage　for　CFRP　lamella　cable　by　finite　element　analysis　and　static　tensile　test.　Finally,　the　process　of　measuring　the　cable　force　of　CFRP　lamella　stay-cable　with　non-contact　microwave　cable　force　measurement　technology　is　introduced.　The　finite　element　analysis　and　experiment　show　that　the　wedge-shaped　clamp　anchorage　can　effectively　anchor　the　CFRP　lamella　stay-cable　with　a　relatively　high　anchorage　efficiency,　and　the　maximum　stress　of　the　CFRP　lamella　stay-cable　is　at　the　free　section　instead　of　the　anchorage　section,　and　the　failure　pattern　is　mainly　the　fiber　explosion　of　the　free　section.　The　results　of　microwave　cable　force　measurement　are　consistent　with　those　of　the　traditional　pressure　sensor　and　strain　gauge　methods.　The　non-contact　microwave　cable　force　measurement　technology　is　easy　and　fast　to　operate,　and　it　is　suitable　for　measuring　the　force　of　CFRP　cable.　©　2021