Costing

Hello, CHRV CHR> used and illiquid assets are not suitable for mass production. For small-scale production it will do. Especially if the project is open and recommended for others to repeat. Semi-finished product... starting with bare boards, then stuffed and tested plates to final products. CHR> Depending on what kind of mikruhi you use, they are only suitable for small sizes CHR> QFP, TSOP, BGA and for them an iron will not work. You must order immediately CHR> scarves. The processors are in my planar, that's all. Also with memory. Other elements for surface mounting. This point was taken into account, right up to the formation of the leads on AY (there is no full-fledged analogue on microcontrollers yet). CHR> Home-made products are not suitable for the series, you will have to order the compus. CHR> CHR> EEE wholesale starts from at least a thousand, or even tens of thousands. CHR> CHR> WHAT I didn’t even see the calculation estimates. Calculate - and I CHR> I will indicate weak points. Wholesale for processors starts from 1000 pcs. Small wholesale with 90 and 100 pcs. in packaging. Costing without a defined screen loses all meaning. The wholesale price is at least two to three times lower than the retail price, sometimes five or more. depending on the supplier.CHR> Development is actually quite expensive. It’s unlikely to do without plisse CHR> will work. If you emulate something, it’s better to immediately write CHR> emulator on a serial PDA Yes, development will cost me very, very expensive, a prototype with modifications will pop up in 2-3 of the same final ones at a minimum! But having decided on the little things, there will be no scattering and vacillation, which means the path much shorter. Many components are already available, which means costs are lower. Attracting developers and optimizers... there is still a long way to go.