For my link archive: [WayBack] Route traffic from one port via VPN – MikroTik
Via [WayBack] networking – Mikrotik route internet traffic from one interface via vpn – Super User
–jeroen
Posted by jpluimers on 2019/09/16
For my link archive: [WayBack] Route traffic from one port via VPN – MikroTik
Via [WayBack] networking – Mikrotik route internet traffic from one interface via vpn – Super User
–jeroen
Posted in Internet, MikroTik, Power User, Routers | Leave a Comment »
Posted by jpluimers on 2019/09/16
Dieser Artikel beschreibt, wie man einen eigenen Mechanismus für DNS-Updates als DynDNS-Alternative aufbaut.
Translated:
This article describes how you can create your own mechanism for DNS-updates as alternative for DynDNS.
Interesting read: [WayBack] Eigenes DynDNS mit Bind und Apache – CupRacer.de
Edit
The above post disappeared, but this one (which adds calling the DynDNS server from a Fritz!Box) is still up: [WayBack] Eigener DynDNS mit Bind, Apache und PHP | onderka.com with an update at [WayBack] Eigener DynDNS mit dnsmasq, Apache und PHP | onderka.com.
Source code for both:
Related and background reading:
–jeroen
Posted in *nix, bind-named, Linux, openSuSE, Power User, SuSE Linux, Tumbleweed | Leave a Comment »
Posted by jpluimers on 2019/09/16
Blast form the past, as I just found out I had archived the (moved) pages where the original link wasn’t:
We put PC power supplies from 300 to 850 watts under continuous load to see if they can satisfy the power appetite of potent Athlon and P4 systems. Are they efficient and stable? Click into the THG Laboratory to find out!
Sources: the “Stress Test: Power Supplies Under Full Load” series:
- [Archive.is] Profits Or Quality?
- [Archive.is] Still An Eldorado? 600 Percent Profit Margin Possible
- [Archive.is] Our Motivation – Why Are We Running PSUs Constantly Under Full Load?
- [Archive.is] Test Methodology
- [Archive.is] Stressing With Highly Accurate Electronic Loads
- [Archive.is] Noise Level And Measurement Of Temperatures
- [Archive.is] Data Collection And Live Upload
- [Archive.is] AcBel ATX-550CA -AB8FM: Failure – But 10-Year Warranty
- [Archive.is] Antec Phantom 500: Quiet With High Efficiency
- [Archive.is] Antec True Power 2.0: Mediocre Efficiency
- [Archive.is] Aopen Prima Power 700: Super Results – No SLI
- [Archive.is] BeQuiet BQT B5-520W-S1.3: Loose Transistor Triggers Failure
- [Archive.is] Cooler Master Real Power RS-550-ACLY: Shutdown At Full Load
- [Archive.is] Enermax Coolergiant EG485AX-VHB(W): Flawed Former Champ
- [Archive.is] Enermax Noisetaker EG701AX-VE(W): Perfect Connections And Quiet
- [Archive.is] Epower Silent Engine Xscale 470: Loud At Full Load
- [Archive.is] Fortron FSP300-60GNF: Soundless With High Efficiency
- [Archive.is] HEC AcePower ACE580UB: Failure At High Load
- [Archive.is] Hiper Type R580: Not Within Specifications
The original page was not archived (likely because they dislike WayBack), but linked from [WayBack] Using PC power supplies in things other than PCs which I linked to in Convert/adapt an old ATX Power Supply into a Bench Power Supply with (or without) 3D Printed Parts
Note that [Archive.is] Data Collection And Live Upload refers to the – now gone – Inadequate and Deceptive Product Labeling : Comparison of 21 Power Supplies , which I found back as well:
In spite of the high end-user retail prices, our lab technicians were surprised by the test results. No fewer than 6 power supplies struggled under full load: 3 of the candidates simply went up in smoke, while the other 3 shut down prematurely. The “black sheep” among all the test participants was Maxtron, with the TOP-520P4. According to the manufacturer’s specifications, this power supply is represented to be capable of withstanding 520 watts – divided up over the corresponding voltage ranges. However, in our test, it ceased working at 446 watts. Completely dead!
- [Archive.is] Inadequate and Deceptive Product Labeling: Comparison of 21 Power Supplies
- [Archive.is] Set Too High – Utopian Power Specifications – Inadequate and Deceptive Product Labeling: Comparison of 21 Power Supplies
- [Archive.is] Test Profile For Power Supplies – Power Consumption Of A High-Power PC – Inadequate and Deceptive Product Labeling: Comparison of 21 Power Supplies
- [Archive.is] Overview Of The Test Rig – Inadequate and Deceptive Product Labeling: Comparison of 21 Power Supplies
- [Archive.is] Voltage Drop – Fixed-Voltage Regulators Under Load – Inadequate and Deceptive Product Labeling: Comparison of 21 Power Supplies
- [Archive.is] Silent Operation Or A Real Din? – Inadequate and Deceptive Product Labeling: Comparison of 21 Power Supplies
- [Archive.is] Perfect Load Distribution: 3.3, 5 And 12 Volt – Inadequate and Deceptive Product Labeling: Comparison of 21 Power Supplies
- [Archive.is] Test Results In Detail – Inadequate and Deceptive Product Labeling: Comparison of 21 Power Supplies
- [Archive.is] Noise Level At Low Load – Inadequate and Deceptive Product Labeling: Comparison of 21 Power Supplies
- [Archive.is] Burned-Out Electronics – Inadequate and Deceptive Product Labeling: Comparison of 21 Power Supplies
- [Archive.is] Manual Speed Adjustment – Inadequate and Deceptive Product Labeling: Comparison of 21 Power Supplies
- [Archive.is] Inadequate Documentation – Inadequate and Deceptive Product Labeling: Comparison of 21 Power Supplies
- [Archive.is] Technical Specs And Results, Continued 1 – Inadequate and Deceptive Product Labeling: Comparison of 21 Power Supplies
- [Archive.is] Technical Specs And Results, Continued 2 – Inadequate and Deceptive Product Labeling: Comparison of 21 Power Supplies
- [Archive.is] Technical Specs And Results, Continued 3 – Inadequate and Deceptive Product Labeling: Comparison of 21 Power Supplies
- [Archive.is] Recommended Power Supplies – Fortron FSP, Verax And Herolchi – Inadequate and Deceptive Product Labeling: Comparison of 21 Power Supplies
–jeroen
Posted in Hardware, PC PSU, Power User, PSU | Leave a Comment »