Language Selection

English French German Italian Portuguese Spanish

Main Test System

Main Personal Desktop:

* ASUS P5K Premium WiFi-AP GIGABYTE GA-P43-ES3G
* Intel Core 2 Quad Q9400 @ 2.66GHz
* 8GB (4x2GB) OCZ Reaper DDR2-800
* ASUS GeForce 9800GTX+
* SoundBlaster Live! 5.1 soundcard
* Prolink Pixelview TVcard w/ radio chip
* Logitech quickcam webcam
* Epson 1200u usb scanner
* Epson Stylus Photo R220 printer
* Logitech cordless optical wheel mouse
* Microsoft Natural Multimedia Keyboard
* ACER X193W+ widescreen lcd monitor
* ACER V173 LCD

Secondary Test System:

* MSI K9N6SGM-V V2 Micro-ATX Mobo
* AMD Athlon 64 X2 4800+
* 1 GB RAM
* Nvidia MCP61P GPU

Main Test System:

  • MSI K8T Neo2 (K8T800 chipset)
  • AMD 64 3700+
  • 2 gig of DDR432 memory
  • Antec True 430 (430 watt) powersupply
  • BFG Nvidia 6800oc 128mb agp graphics
  • on-board Realtek 8110SC ethernet controller
    • alternatively, Realtek rtl 8139 ethernet card
  • Maxtor 6Y160P0 ata hard drive
  • (another) Maxtor 6Y160P0 ata hard drive
  • Asus DRW-1608P2 dvdrw
  • LG CD-RW CED-8120B

Server:

*Gigabyte GA-M51GM-S2G Micro-ATX Mainboard*

*AMD Athlon 64 X2 4200+ (AM2)*
*2 Gig DDR2-667 Corsair C4 RAM*
*16x IDE DVD-RW DL Burner*
*3.5" Floppy Drive*
*Seagate 80G SATA-II HD*
*Seagate 250G SATA-II HD*
*Antec Mid-Tower Case w/500watt Power Supply*


More in Tux Machines

Server: NASA, Kubernetes at GitHub, and Docker in Mainframes

  • NASA Launches Supercomputer Servers into Space
    During that time, it will run a series of supercomputing benchmarks, including High Performance Linpack, the High Performance Conjugate Gradients (HPCG) suite, and the NASA-derived NAS parallel benchmarks. Its operation will be compared to HPE servers of the same construction back on Earth. The idea is to make sure that the ISS-based system is able to deal with the realities of cosmic radiation, solar flares, unstable electrical power, and wide variations in temperature.
  • Kubernetes at GitHub
    Over the last year, GitHub has gradually evolved the infrastructure that runs the Ruby on Rails application responsible for github.com and api.github.com. We reached a big milestone recently: all web and API requests are served by containers running in Kubernetes clusters deployed on our metal cloud. Moving a critical application to Kubernetes was a fun challenge, and we’re excited to share some of what we’ve learned with you today.
  • Docker Can Now Containerize Legacy Apps Running on Mainframes
    Docker this week announced the first update to its rebranded flagship platform with the release of Docker Enterprise Edition (EE) 17.06. Back in March, Docker rolled out the first Docker EE, built on the backs of what had been known as Docker Commercially Supported and Docker Datacenter. The new release comes on the heels of a report last week from Bloomberg that the container company has been raising money, which will result in $75 million dollars being added to its coffers by the end of the month, bringing with it a new valuation of $1.3 billion — up $300 million from its previous valuation.

Linux Foundation's Dronecode, Ethereum Blockchain, and Kernel Changes

today's howtos

Games: Out of Reach, Darkwood and F1 2017