Few words about me:From very childhood I loved computers, electronics, lasers, sulfuric acid and liquid nitrogen. I always wanted to be making microchips, UAVs and see nuclear explosion.
Now I am doing software engineering and in the spare time - some microelectronics and physics/chemistry experiments.
I live and work in Russia, Moscow.
Thin-film interference under microscopeNoticed interesting thing: Thin-film interference under microscope as alcohol evaporates on the surface of microchip.
Mikron fabVisited Mikron fab in Zelenograd including 180nm and 90nm microelectronic manufacturing lines, the most advanced in Russia at the moment.
The only photo I can publish at the moment without going through censorship is decorative flash drive
Received bunch of relatively rare Soviet processors
Mostly Z80, LSI-11 and 8086 compatible ones. Will check what's inside soon ;-)
Got NBC suit for 23'th of FebruaryGot NBC suit (Nuclear, Biological, Chemical) for 23'th of February - Defender of the Fatherland Day.
Part II: How to «open» microchip and what's inside? Z80, Multiclet, MSP430, PIC and moreIn this article I'll continue opening microchipsю If you've missed first article - it's here.
Inside you can find internals of K565RU5, Z80, KR580VM80A, MSP430F122, PIC16C505, PIC12C508, Russian rad-hard microcontroller 1886VE10, STM32F103VGT6, 556 timer, new RFID chip from Moscow's metro and Multiclet.
Also there is a short description of more "canonical" way of chip decapping, which would leave bond wires intact.
Read more on zeptobars.ru →
Finally was able to take a photo of JupiterAfter many weeks of bad weather in Moscow I finally was able to take a photo of Jupiter with my 500m/F8 mirror lens.
To the left side of Jupiter - Europa and Io, to the right - Ganymede. Callisto was very faint, and didn't fit into the frame (that's because it has albedo 0.22 compared to 0.63-0.67 for Europa and Io). Current distance to Jupiter is 685 million of kilometers.
I had to tune brightness curves separately for Jupiter and it's moons because Jupiter was too bright.
Filed application for my project "Zeptobars" to SkolkovoThe idea of the project is to design and manufacture (on existing fabs) general purpose microcontrollers (just like AVR, PIC, STM32 and others), but of course better and cheaper That is the reason I was doing decapping of various microchips last months - I needed to find out cost of manufacturing of existing products to see if it's commercially viable.
Why microcontrollers and not "yet another innovative IT startup"? I believe market is full of IT startups, and business in adjacent areas is more viable. Days of offsore software development which I was heavily involved in are numbered - mainly due to rapidly closing gap of salaries of good developers between US and Russia. Only large and well-established offshore development companies would survive what's coming.
Few words about SkolkovoContrary to popular belief (in Russia), Skolkovo is not an magic box full of government money. Being Skolkovo resident (if I would manage to get one) only means that you can pay less taxes for some time, and less hassle dealing with customs. The trade-off is more bureaucracy (Skolkovo controls every ruble you spend) and certain limitations (project must be executed in Russia, there are some legal things which you would not be allowed to do).
They don't really give all the money to the "poor innovators"- according to their grant policy, without co-investing they can invest 5 mln. roubles max (~125k$), larger sums require co-investor who would invest 25-75% of the total budget. This is understandable - 100% government funding is prone to corruption and would yield companies which are not ready for the world-market.
So, effectively Skolkovo is just a "sweetener" for usual investors - they throw in fraction of the money, offer some cooperation, but do not get any ownership in the company.
Let's see how it would work
Scanning electron microscope of my dreamWanted to get to SEM microscope for quite some time. Finally it happened:
Modern Russian military microelectronics
ARM Cortex M3-based microcontrollers, flash memory, rad-hard microcontroller.