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AoSHQ Writers Group
A site for members of the Horde to post their stories seeking beta readers, editing help, brainstorming, and story ideas. Also to share links to potential publishing outlets, writing help sites, and videos posting tips to get published.
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I am now a full-time resident of New House City. Thanks to my brother for his help with the infinite number of "last few items" that needed to be moved.
Schedules should slowly return to normal as I begin fixing the many things that have been broken for months while I ran around like a crack-addled squirrel with its tail on fire.
The computer inside that Lego brick is an Arm Cortex M0 with 16k of flash and 4k of RAM. That's a low-end microcontroller but plenty to liven up your next Lego spaceship build.
SO ITS A SYSTEM OF SMALL INTERLOCKING PLASTIC BRICKS WHICH CAN BE USED TO BUILD CREATIONS OF ANY KIND THE POSSIBILITIES OF THESE BEAUTIFUL LITTLE BUILDING BRICKS IS ONLY LIMITED BY YOUR IMAGINATION AND YOUD BE AMAZED AT HOW MUCH SATISFACTION YOULL FIND FROM CLICKING THEM TOGETHER pic.twitter.com/HkqxA9fhSp
At the high end this is stuff we pretty much knew already, but further down the list the i5-13500 and 13600 both include 8 E-cores - where their 12th gen counterparts had none. That will make those mid-range chips about 60% faster on multi-threaded tasks.
Not sure exactly why there's such a lead time between the chips and the modules, but it's pretty consistent with past launches.
This will mean 64GB DIMMs for desktops and laptops, so desktops (and servers based on desktop systems) will be able to go up to 256GB of RAM and laptops that use modules rather than soldered-in RAM will go to 128GB.
That assumes that the memory controllers in existing CPUs properly support the new capacity. They should - the DDR5 spec list chip sizes up to 64Gb - but it's a bit hard to test until the chips are actually out.
That's on reads - writes get 10GBps, hence the name. Or number. Whatever.
It will be interesting to see how pricing on these works out. The Aorus Gen 4 delivers 5GBps reads at a very competitive price, so the new drive will have to do better than just buying two of the existing drives and putting them in RAID-0.
Interesting tradeoffs here. They run lots of benchmarks, and in one AMD will absolutely clobber Apple, and in the next the scores will be just as widely divergent but the other way 'round.
There are certain quibbles about the hardware being compared, but this is the hardware that is available now, which makes the benchmarks valid in the real world even if they don't meet some arbitrary ideal of like-against-like.