the dutch guy

You dont "learn" CAN, you just read the datasheets, build the rules in each device and connect the wires. 
 
For CANbus basics you only need basic google-fu to get some explanations on how devices talk across the bus.

no on basically all fronts. a ssd beats a raptor in every aspect. event the most cheapass ssd will beat a 24 disk raid 0 made of raptors. i have a 13 disk radi 6 here running on 7200rpm drives (the good stuff, not eco) and it is visibly slower then my boot ssd for virturally all tasks, it can only win in sequencial reads and writes and that is down to having 4GB of onboard ram on the raid controller (wich was like REALLY expensive enterprise level when new)
 
ps: optane only works on the boot drive. it is completly useless for consumers or even prosumers. anyone that needs to speed up their boot drive or whatever just needs to buy a ssd, does not matter wich one as long as you get one. if you have a fairly new board i would splurge for nvme if possible as the speed is order of maginitudes higher and you keep everything on the mainboard. no separate cables or power needed.

no on basically all fronts. a ssd beats a raptor in every aspect. event the most cheapass ssd will beat a 24 disk raid 0 made of raptors. i have a 13 disk radi 6 here running on 7200rpm drives (the good stuff, not eco) and it is visibly slower then my boot ssd for virturally all tasks, it can only win in sequencial reads and writes and that is down to having 4GB of onboard ram on the raid controller (wich was like REALLY expensive enterprise level when new)
 
ps: optane only works on the boot drive. it is completly useless for consumers or even prosumers. anyone that needs to speed up their boot drive or whatever just needs to buy a ssd, does not matter wich one as long as you get one. if you have a fairly new board i would splurge for nvme if possible as the speed is order of maginitudes higher and you keep everything on the mainboard. no separate cables or power needed.

2 questions:
 
were is the afterparty and why no WAN show on floatplane?
 
bonus idea: WAN show afterparty on floatplane only...

2 questions:
 
were is the afterparty and why no WAN show on floatplane?
 
bonus idea: WAN show afterparty on floatplane only...

2 questions:
 
were is the afterparty and why no WAN show on floatplane?
 
bonus idea: WAN show afterparty on floatplane only...

a video about power consumption between older systems and new ones in the view of home server that run 24/7. i woudl love to see the difference in performance and power consumption between 10 year old stuff (X58 1366 boards) and the latest and greatest from both the red and blue team. especially the ryzen vs intel in home server application would be really interesting to see.
 
that might show how "better" the technology has gotten as a $150 X58 xeon from ebay can still beat a modern i5 in performance.

cut the green cable and one black cable on each psu and tie them up like the picture below:

 
problem solved.

I drive a tesla quite often (p95d) and my milage is around 330W/km while driving "brisk". I dont know how they drive to get up to 400+ but i call bullshit on their tests.
 

i am sorry for reviving this semi-old thread and making this my actual first post but uninformed posts like these (and others in this thread) make me cringe to no end.
 
as someone that has actually studied in the field of battery technology and as a informed owner of said phone i feel the need to chip in.
 
the size of the battery actually makes it much more safer. the larger the battery the less wear it will have in the same situation. just compare this phone to a average iphone as done before here.
an iphone (with 2.7Ah) will charge in about an hour, that means that the charge current is at least the same as the capacity (that is called 1C). most high density cells are NOT rated for this. they are usually rated to be charged in about 2~3 hours in order too keep the lifespan acceptable and heat under control. this is as everyone knows not the case in an iphone as virturally all fast-charged iphones are dead in about a year, just in time for the new model to come out.
 
now take the k10000, it can carge with (the supplied) 9v charger pumping in about 2~3 hours (that is 1/3C). much more in line with the general charging rules for high density cells. even beter would be a regular 2A 5v charger that would charge it in about 5~6 hours (1/5C) and keep it much cooler and last even longer. in that case and considering you only have to recharge it every 12 days (yes, that is with plenty of toilet time) it will last insanely long before the battery wears out. at least 12 times longer then an iphone...
 
*drop mic