Ace: aceofspadeshq at gee mail.com
Buck: buck.throckmorton at protonmail.com
CBD: cbd at cutjibnewsletter.com
joe mannix: mannix2024 at proton.me
MisHum: petmorons at gee mail.com
J.J. Sefton: sefton at cutjibnewsletter.com
Bandersnatch 2024
GnuBreed 2024
Captain Hate 2023
moon_over_vermont 2023
westminsterdogshow 2023
Ann Wilson(Empire1) 2022 Dave In Texas 2022
Jesse in D.C. 2022 OregonMuse 2022
redc1c4 2021
Tami 2021
Chavez the Hugo 2020
Ibguy 2020
Rickl 2019
Joffen 2014
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.
Contact OrangeEnt for info: maildrop62 at proton dot me
Specifically using nuclear energy from small modular reactors which in turn use molten salt cooling. There are currently, let's see, zero of these operating in the United States and only three in the world.
The first reactor is planned to be online by 2030 but I suspect Elon Musk will have his Mars colony before that happens.
A 4 core Intel N100 or 8 core N305 CPU, up to 32GB (maybe 48GB) of RAM, two 2.5Gb Ethernet ports, two 10Gb Ethernet ports, HDMI, USB-C with DisplayPort, and two M.2 NVMe slots.
Here's the catch, though: Intel's N-series CPUs don't have a lot of I/O bandwidth, and after all the network ports are catered for, the M.2 slots get just one PCIe lane each... Of PCIe 2.0.
That's 500MB per second, when even a budget drive like Crucial's P3 Plus can deliver 5000MB per second.
The kicker is that the 2.5Gb Ethernet ports have PCIe 3.0 connections, when they max out at 250MB per second and cannot possible use that.