Along　with　the　constantly　evolving　functional　microsystems　toward　more　diversification,　the　more　rigorous　design　deliberation　of　pursuing　higher　mass-loading　of　electrode　materials　and　low-temperature　fabrication　compatibility　have　imposed　unprecedented　demand　on　integrable　all-solid-state　thin-film　microbatteries.　While　the　classic　thin-film　intercalation　cathode　prepared　by　vacuum-based　techniques　inevitably　encountered　a　post-annealing　process,　tape-casting　technologies　hold　great　merits　both　in　terms　of　high-mass　loading　and　low-temperature　processing.　In　this　work,　a　novel　microbattery　configuration　is　developed　by　the　combination　of　traditional　tape-casting　thick　electrodes　and　sputtered　inorganic　thin-film　solid　electrolytes　(similar　to　3　mu　m　lithium　phosphorus　oxynitride).　Enabled　by　physically　pressed　or　vapor-deposited　Li　as　an　anode,　solid-state　batteries　with　tape-casted　LiFePO4　electrodes　exhibit　outstanding　cyclability　and　stability.　To　meet　integration　requirements,　LiFePO4/LiPON/Si　microbatteries　were　successfully　fabricated　at　low　temperatures　and　found　to　achieve　a　wide　operating　temperature　range.　This　novel　configuration　has　good　prospects　in　promoting　the　thin-film　microbattery　enabling　a　paradigm　shift　and　satisfying　diversified　requirements.