00:00MS-25N100 Flash vs HT52N650 MCU, which handles firmware.
00:06Big debate.
00:08Tested hardware, dug deep, found top 5 alternative picks to solve Flash vs MCU storage headaches on bench.
00:15First up, ABRI-3XPY32F030 Development Board.
00:20Packs 32-bit Cortex-Core running 48MHz with 64KB internal flash.
00:27Costs $12.25.
00:30Top pick because high clock speed executes code directly without external SPI latency.
00:36Grab if needing fast processing plus self-contained firmware storage in one board.
00:41Next, 5-piece STM25P16VMN6TP Serial Flash Set.
00:47SOP8 Package, 16Mb storage.
00:50Costs $14.20.
00:54Reliable SPI bus offloads bulky assets or secondary boot images clean.
00:58Perfect match when dedicated MCU lacks space for large binaries.
01:03Third, 10-pack STCA G1K08A DIP-8 chips.
01:08Classic 8-bit 8051 architecture, 8KB Flash.
01:13Costs $7.16.
01:16Through-hole design makes breadboard prototyping effortless.
01:20Best low-cost route for tiny, dedicated control tasks where massive firmware overhead makes 0 cents.
01:26Fourth, 10-pack STM8S003F3P6TR microcontrollers in TSSOP20.
01:32Runs 16MHz, holds 8KB on-board flash memory.
01:38Costs $6.78.
01:41Solid ST ecosystem support makes reliable bare-metal firmware deployment dirt-cheap per unit.
01:47Fifth, 5-pack MXAC-MX25L1606EM2I12G Flash Memory.
01:52Hits 104 MHz over SPI, holds 16 Mbps, runs at 3V.
01:59Costs $4.34.
02:02High-speed read cycles feed hungry microcontrollers fast without bus stall.
02:07Links in description below.
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