Deal friends This video will guide you how to configure LED module unconventional resolution like 104*52(p3.07), 52*52(P4.81) etc. The pixel width of these modules is usually not a multiple of 16, because a column driver chip has 16 output pins, and each output pin controls a column of LED lights. If the width of the module is not a multiple of 16, then these pins need to be vacated, that is, the number of empty points in each scan of the module. Then multiply by the number of scans required by the module to scan all lines, and we can get The total number of empty points that the module needs to set. In the video, we will use the 13S outdoor LED module P3.07 to demonstrate the empty point operation. This operation is also applicable to other LED modules that need to be intelligently set for the empty point. Module size:320*160mm resolution:104*52dots controller: C36C Factory: QiangLi software: HDPlayer and HDSet
Deal friends This video will guide you how to configure LED module unconventional resolution like 104*52(p3.07), 52*52(P4.81) etc. The pixel width of these modules is usually not a multiple of 16, because a column driver chip has 16 output pins, and each output pin controls a column of LED lights. If the width of the module is not a multiple of 16, then these pins need to be vacated, that is, the number of empty points in each scan of the module. Then multiply by the number of scans required by the module to scan all lines, and we can get The total number of empty points that the module needs to set. In the video, we will use the 13S outdoor LED module P3.07 to demonstrate the empty point operation. This operation is also applicable to other LED modules that need to be intelligently set for the empty point. Module size:320*160mm resolution:104*52dots controller: C36C Factory: QiangLi software: HDPlayer and HDSet
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