installation-reports: Successful Reiser4 4.0.2 -enhanced Debian Bullseye installation into Supermicro H12SSW-NT AMD Epyc 7302P 16 cores/32 threads, 128 GB RAM server
#reiser4 #debian #linux #AMD #Epyc #Supermicro
https://metztli.blog/amatl/aT5
#Reiser4 #Debian #Linux #AMD #EPYC #Supermicro
AMD and Supermicro Introduce the Latest #EPYC 7003 Series Servers
https://www.neweggbusiness.com/smartbuyer/uncategorized/amd-and-supermicro-introduce-the-latest-epyc-7003-series-servers/
Google Compute Engine (GCE): Regions and zones
#cloud
Note: #N2D machine types are #AMD #Epyc
https://cloud.google.com/compute/docs/regions-zones
Built Metztli #Reiser4, Software Framework Release Number (SFRN) 4.0.2, -enabled #Linux 5.10.19-2 for #AMD #Epyc / #Ryzen, thus label only 'reizer4', for Debian Buster backports AMD64; modified kernel .config to enable the memory encryption for AMD Secure Memory Encryption (SME):
CONFIG_AMD_MEM_ENCRYPT=y
#Reiser4 #Linux #AMD #EPYC #Ryzen
A couple of additional hours of kernel building in a Metztli Reiser4, Linux 5.9.15 #cloud amd64 kernel powering a Google Compute Engine (GCE) #Iztaccihuatl AMD #Epyc 8-core/32Gb RAM cloud instance. #Chingon! 😎
#cloud #Iztaccihuatl #EPYC #Chingon
A few hours of kernel building in a Metztli Reiser4, Linux kernel 5.9.3 powering a Google Compute Engine (GCE) #Iztaccihuatl AMD #Epyc 8-core/32Gb RAM #cloud instance. #Chingon! 😎
#Iztaccihuatl #EPYC #cloud #Chingon
Download for free #Reiser4 -enabled minimal netboot bootable media ISO/USB based on #Debian Buster backports for AMD64:
Metztli Reiser5:
https://sourceforge.net/projects/debian-reiser4/
Metztli Reiser4:
https://sourceforge.net/projects/metztli-reiser4/
#Reiser4 #Debian #GNU #Linux #EPYC #Ryzen #tlapaltic
Google Cloud Platform (GCP) #N2D machine types #AMD #Epyc
https://cloud.google.com/compute/docs/machine-types#n2d_standard_machine_types
#GIGABYTE Technology, provider of high-performance servers and workstations, unveiled a new high performance motherboard designed for dual #AMD #EPYC (Rome) processors. MoBo is targeted at small businesses that are looking for high compute in a small tower or rack server~
https://www.hpcwire.com/off-the-wire/gigabyte-debuts-dual-soc-mz72-hb0-motherboard-designed-for-the-amd-epyc-platform/
"Reiser4 nodes are usually equal to the size of a page, which if you use Linux on an Intel CPU is 4,096 (4k) bytes. There is no measured empirical reason to think this size is better than others; it is simply the one that Linux makes easiest & cleanest to program. Quite honestly, we've been too busy to experiment with other sizes."➊
https://sourceforge.net/projects/metztli-reiser4/
Download Metztli #Reiser4 for free netboot minimal #Debian Installer (d-i) for Intel || #AMD #Ryzen / #Epyc.
#Linux
➊ https://www.linuxjournal.com/article/6267
#Reiser4 #Debian #AMD #Ryzen #EPYC #Linux
gcloud beta compute disks create #moiocoiatzin --description "#AMD64 R̶o̶m̶e̶ #Tenochtitlan #Epyc" --labels=amd64=epyc --source-snapshot=moiocoiatzin-epyc-zstd-cloud-kernel-вики --zone us-central1-f
proceed:
gcloud beta compute instances create xiuhcohuatl --disk name=moiocoiatzin,mode=rw,boot=yes --metadata enable-guest-attributes=TRUE --metadata-from-file startup-script=ephemeral/reghostkey.sh --tags chingon --machine-type=n2d-custom-2-4096 --zone us-central1-a
#moiocoiatzin #AMD64 #Tenochtitlan #EPYC #ВикиXochiquetzal #cloud #Reiser4
Download Metztli Reiser4 / Debian Buster -based ISO/USB netboot image installer. When 'expert' is not selected, Debian Installer (d-i) defaults to ext2 -formatted /boot and #reiser4 -formatted root '/', /home, /var, etc.. Due to the fact that most of non-free firmware is included this image is over 100 MBs in size. #Linux kernel 5.5.19-2 is to be installed.
Additional netboot image for #AMD #Epyc / #Ryzen is available.
https://sourceforge.net/projects/metztli-reiser4/
(Вики Одинцова https://www.instagram.com/viki_odintcova/ )
#Reiser4 #Linux #AMD #EPYC #Ryzen
Oracle #Cloud Infrastructure (OCI) adds new #AMD #EPYC instances
https://searchcloudcomputing.techtarget.com/news/252482303/Oracle-Cloud-Infrastructure-adds-new-AMD-EPYC-instances
The following CPU platforms are available on Google Compute Engine (GCE):
#FuckIntelCrap
...
#AMD #EPYC E2 predefined machine types 2.25 2.7 3.3
gcloud beta compute machine-types list | grep -i "e2.*us-west.*"
#AMD Hires Top Intel Exec Dan McNamara To Grow #EPYC Business
https://www.crn.com/news/components-peripherals/amd-hires-top-intel-exec-dan-mcnamara-to-grow-epyc-business
“#AMD #EPYC allows bigger workloads to run on smaller servers while fewer sockets are required to reach an equal performance. This results in significant savings on your workloads at an attractive price/performance ratio. This would make the new server solutions ideal for applications like #cloud computing, software defined infrastructures and high-performance computing (#HPC), also within demanding industries like #gaming and #financial services”.
https://hostingjournalist.com/dedicated-hosting/iaas-hosting-company-3w-infra-launches-amd-epyc-powered-dedicated-servers/
#AMD #EPYC #cloud #HPC #gaming #financial
“AMD EPYC surpasses the capabilities of competing processors. With the availability of the massive number of PCI-e lanes, these servers provide a lot more storage and network throughput per socket. Also, the fact that the new AMD EPYC processor contains hardware support for both AES encryption and SHA-2 encoding makes it a good candidate for hosting VPN services.”
#AMD #Epyc
https://hostingjournalist.com/dedicated-hosting/iaas-hosting-company-3w-infra-launches-amd-epyc-powered-dedicated-servers/
#FuckBuggyIntelCPUs
#AMD #EPYC #FuckBuggyIntelCPUs
"Rumors of Google’s #AMD commitment surfaced last week from Lynx Equity Limited analysts, who heard 'rumblings' from within Google’s supply chain providers that the company was not happy with Intel’s server platform...
2nd Gen #Epyc processor-powered #virtual machines it offers its public cloud customers 'will be the largest general-purpose #VMs we’ve ever offered.'"
#cloud
https://www.hpcwire.com/2019/08/08/google-embraces-amd-epyc-rome-cpu-for-cloud-internal-workloads/
#AMD #EPYC #virtual #VMs #cloud