We　present　a　backlight　module　(BLM)　employing　a　photoluminescent　quantumdot　microstructure　array　for　flexible/curved　liquid　crystal　displays　(LCDs).　Differently　sized　quantum-dot　(QD)　BLMs　were　prepared　based　on　the　theoretical　spectral　model　and　microstructure　fabrication　process.　A　27-inch　curved　prototype　showed　a　wide　color　gamut　of　122.79%　under　the　National　Television　Systems　Committee　standard　while　achieving　high　brightness　of　over　4000　cd/m(2)　and　brightness/color　uniformity　of　85.21%/9.2　x　10(-3).　An　LCD　monitor　prototype　equipped　with　the　proposed　BLM　was　also　assembled　and　tested,　which　showed　higher　visual　performance　when　compared　with　a　common　commercial　monitor.　This　method　produces　QD　BLMs　without　the　need　of　additional　optical　elements,　and　has　good　compatibility　with　traditional　processes.　(C)　2018　Optical　Society　of　America　under　the　terms　of　the　OSA　Open　Access　Publishing　Agreement