Measured detector slots can grow through more repeated frames or a larger checked pixel grid. Exact arithmetic here means exact results for the stated model inputs; measured inputs still carry uncertainty and significant-figure limits.

highlighted = computed this step

Measured slots have pixel and frame factors

A detector stack is not only a pixel grid. The frame count is a second factor, so a reader needs rows for both grid size and repeat frames.

Nslots=rcNframesN_{\text{slots}}=r\cdot c\cdot N_{\text{frames}}
Indexed throughputIndexed measurements become exact count budgets.indexed readout

Frame count and pixel count can reach the same scale

The middle row grows by adding frames. The last row grows by adding pixel addresses. Both routes land in the same measured slot scale by exact multiplication.

rcNpixelNframeNslot341222434125605420360\begin{array}{c|c|c|c|c}r&c&N_{\text{pixel}}&N_{\text{frame}}&N_{\text{slot}}\\3&4&12&2&24\\3&4&12&5&60\\5&4&20&3&60\\\end{array}
Indexed throughputIndexed measurements become exact count budgets.indexed readout

The last row closes from pixel count first

The last row has 20 pixel addresses and 3 frames. The measured slot count follows from those two checked factors.

Nslot=203=60N_{\text{slot}}=20\cdot3=60
Indexed throughputIndexed measurements become exact count budgets.indexed readout