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- If you can’t tell from the picture, Brent and Bryce are twins
- 0h 0m 57s
- They both went to RIT and ended up working together at SpaceX
- 0h 1m 8s
- They worked on AMSAT for their senior project
- 0h 2m 8s
- Fox series cube sats
- 0h 2m 49s
- AMSAT will make a plugin module
- 0h 3m 51s
- Elona (sp?) grants
- 0h 4m 6s
- 1U cubesats
- 0h 5m 12s
- AO40 – 600 kg satellite
- 0h 7m 29s
- MPPT on github
- 0h 8m 24s
- This actually was an analog computer to cut down on components that are susceptible to cosmic rays.
- 0h 10m 40s
- It relies on feed forward
- 0h 10m 50s
- Stateless design
- 0h 12m 43s
- AO91
- 0h 13m 32s
- AO92 – just under a year
- 0h 13m 36s
- K2GEXT
- 0h 16m 52s
- Balloon hipster
- 0h 17m 7s
- For their balloon project, they prioritized reliability
- 0h 18m 31s
- Used nail polish as conformal coat
- 0h 19m 45s
- Fell through a thunderstorm
- 0h 20m 13s
- Joined SpaceX mid-2013
- 0h 21m 27s
- Around the time of C2 – First dragon mission
- 0h 21m 34s
- 1000 people when they joined
- 0h 22m 40s
- F921 – upgraded version. This is the one outside of SpaceX as a monument.
- 0h 25m 25s
- Engineering as an action sport
- 0h 28m 30s
- Watching conspiracy videos about spacex
- 0h 28m 53s
- Burning out
- 0h 30m 20s
- What electronics are involved
- 0h 32m 44s
- Rio Team
- 0h 32m 57s
- Consumer parts vs aerospace parts
- 0h 34m 1s
- Shaun from Planet episode
- 0h 35m 13s
- MIL standard 1540
- 0h 36m 51s
- NASA derating
- 0h 37m 39s
- Guidance, nav, control
- 0h 39m 28s
- Fault recovery
- 0h 39m 40s
- Sensing the environment
- 0h 39m 58s
- Pyrotechnics
- 0h 41m 26s
- Frangible bolts
- 0h 41m 34s
- RF telemtry
- 0h 42m 16s
- Space race 3.0
- 0h 44m 59s
- Lock step (is having 2 processors normally)
- 0h 47m 6s
- Voting is having 3 systems
- 0h 47m 49s
- Curiosity goes into safe mode
- 0h 48m 58s
- Designing circuits at a very low level
- 0h 50m 58s
- Understanding every way a circuit that is going to fail
- 0h 51m 12s
- As engineers they’re really paranoid now
- 0h 52m 1s
- SMPS failure
- 0h 52m 55s
- What is the margin of the components
- 0h 53m 17s
- Derating = overspec’ing
- 0h 54m 52s
- No one complains when it’s lighter
- 0h 58m 56s
- FaradayRF
- 1h 6m 56s
- 900 MHz digital radio
- 1h 9m 5s
- Trying to make a platform for people to build on
- 1h 11m 0s
- Delay tolerant network
- 1h 12m 7s
- PSK31, FT8
- 1h 12m 53s
- ISM band
- 1h 17m 8s
- Article about differences
- 1h 17m 47s
- APRS
- 1h 21m 28s
- National projects
- 1h 21m 32s
- SDR vs Faraday
- 1h 24m 5s
- CC430 radio
- 1h 26m 53s
- 10-100kBaud
- 1h 27m 5s
- goTenna
- 1h 33m 56s
- TUN tap
- 1h 47m 39s
- FaradayRF GitHub
- 1h 56m 13s
- Relativity space in LA
- 1h 57m 40s
- Aeon 1 engine
- 1h 58m 17s
- Careers page
- 1h 58m 47s
- Autonomous airplanes
- 2h 1m 55s
- Richard Branson quote
- 2h 4m 36s
- @kb1lqd
- 2h 6m 14s
- @kb1lqc
- 2h 6m 32s
- @relativityspace
- 2h 6m 55s
the description sounds like a type of torrent Wi-Fi files for amateur radio? twitter for amateurs with type of message queue or data bank. so priority would go to small data files like QSO contacts up-to 140 characters 5 to 20kb .mid-size data files like image or pdf get less priority. 1 to 4 MB . with say big data files at the lowest priority. 300 MB + plus – video or interactive or multimedia content. decentralize data files would be queued up on the radio equipment waiting for a contact other radios.
the equipment user can set the bands, size & priority of files torrenting from their radios.
amateur radio has a lot of old traditions that maybe would be opposed to the idea of data torrenting.
or autonomic transmitting on multiple frequencies. amateur radios with artificial intelligence.