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Kevin Karhan :verified: · @kkarhan

1319 followers · 90688 posts · Server mstdn.social

@geerlingguy @Raspberry_Pi @timebeatapp @adafruit

#WhatsMissing: A #RaspberryPi #clustering system that directly uses the #PCIe links and/or allows using the #CM4 / #CM3 as "coporcessors" or rather "co-nodes" that get interfaced like the #Apple #Afterburner card but can run on their own...

Think #VT69 meets #PiKVM & #PiBlade...

#piblade #PiKVM #vt69 #Afterburner #Apple #cm3 #cm4 #pcie #clustering #RaspberryPi #whatsmissing

Last updated 1 year ago

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Aaron Collins · @masknerd

310 followers · 104 posts · Server mstdn.science

[9] Ultrafine particle count in a chamber showed an increase, in testing in ASTM WK81750 currently balloted test method. 222nm vs 254nm produces about 30x more UFP, peak number count 30nm, and total number count about 3000 particles/cm^3 . [Typical room about 1500-10,000 #cm3

[10] VOC generation measurements(missed exact measurement method) and increased more than just 03 would have produced.[Will have to connect with speaker to better understand this].

#cm3

Last updated 1 year ago

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Kevin Karhan :verified: · @kkarhan

944 followers · 53942 posts · Server mstdn.social

@nyanotech @gsuberland #NVMe is #PCIe which will require a whole PCIe toot complex, which is much more expensive and electrically demanding than SATA and espechally USB 2.0.

Personally, booting from USB is the most important feature for the @Raspberry_Pi #Pi3B+ & #Pi3A+ and up - including #CM3+ [lite] and #CM4 [S][lite]...

#cm4 #cm3 #pi3a #pi3b #pcie #NVMe

Last updated 1 year ago

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