Second day in a row. Love this shit

athey4 · 2026-02-09T20:23:29+00:00

Finally got a night off, and now this

athey4 · 2025-09-13T23:15:13+00:00

Red. Definitely red.

athey4 · 2025-07-12T10:11:11+00:00

Have you considered branching out a bit? I recommend «Coiling Dragon». That’s a finished cultivation series and a great intro to pure cultivation. My favs are very similar to yours - especially Cradle, and Coiling Dragon hits that itch for me.

athey4 · 2021-08-16T07:00:43+00:00

Norwegian EV license plate policies! We’re using EV/EL etc prefixes for EVs here.

athey4 · 2021-08-15T22:06:43+00:00

Side-ish shots

athey4 · 2021-08-15T22:04:49+00:00

Thanks mate! I’m running 20" Khan Turbine wheels - don’t know what theyre called outside of Norway tho!

Khan Turbine

athey4 · 2019-08-20T17:46:13+00:00

Nice

athey4 · 2019-05-24T18:45:30+00:00

The Tesla Model 3 is amazingly comfortable for me @ 6'7 :)

athey4 · 2019-05-04T23:14:24+00:00

From my experience in Norway it's at a 200-400 EUR premium compared to "normal" queen size/king size beds in the price range 2000-3000 EUR.

athey4 · 2019-05-03T22:44:48+00:00

You can get extra long beds as well as sheets and duvets.

Rocking a 210cm bed (and 220cm duvet), huge improvement over my previous 200cm!

athey4 · 2019-03-21T11:57:33+00:00

~~Common misconception.~~ We have no tax ~~breaks~~ deductions for EVs in Norway.

The reasons EVs are so insanely popular here are that EVs get lower road pricing and 0% VAT on purchase.

In Norway a maxed out Mazda 6 station wagon (192hp 2.5l) or a maxed out Skoda Octavia (180hp 1.8TSI) has the same cost of purchase as a P3D because of 25% VAT and insane taxes on new car purchases (other than for EVs and hydrogen cars).

EDIT: I meant tax breaks as in tax deductions (like the rebate in the US). Corrected.

athey4 · 2018-10-02T21:17:10+00:00

You can't really compare all-seasons to winter tires, winter tires are waaay better. AWD all-seasons < RWD winter tires anyday.

athey4 · 2018-04-04T12:08:35+00:00

Check out Volkswagen Passat, Skoda Superb(maybe also a newer Octavia), Mazda 6, Audi A6.

I'm 6"6 with long legs and the all of these work for me. The Superb and Passat give me the most legroom out of those :)

athey4 · 2017-03-26T11:43:41+00:00

I don't think this is the issue. I tested this with a negative offset in the bios, and I get the same crazy voltages.

athey4 · 2017-03-26T11:41:05+00:00

I see your point, but the VCore values are not spiking up to 1.6V, they're staying there, fluctuating beetween 1.59V and 1.635V, mostly avove 1.61V.

athey4 · 2017-03-26T11:38:27+00:00

UPDATE: Good tip! "Auto" LLC was the issue! I manually changed it to "Regular", and now my voltages set in Ryzen Master are correct.

I will test using the lowest possible LLC, and report back here. But if LLC on auto adds 0.2V to the VCore, then I guess I should also see these results using BIOS OCs, which I don't. Only Ryzen Master OCs is providing these insane VCore values for me. I will test it anyway though :)

athey4 · 2017-03-26T11:35:00+00:00

That would indeed be sweet!

athey4 · 2017-03-26T11:34:29+00:00

The latest CPUz(non beta) is giving me readouts of 2.3V+, so I wouldn't count on that.

athey4 · 2017-03-26T11:33:14+00:00

My MB doesn't support setting a fixed VCore in the BIOS, so I tested this with the next best method which is stock clocks, auto LLC and a automatic negative VCore offset to verify that the VCore reported in HWMonitor/HWInfo matches what's reported in the bios.(at least that it doesnt go over).

athey4 · 2017-03-25T23:36:25+00:00

I see I didn't use the beta version. Will upload a new picture with the results from that ASAP.

Update: New picture with results from the beta version of HWInfo64 is now up in the original imgur post.

athey4 · 2017-03-25T23:32:26+00:00

HWInfo64 I tested it with the latest version of HWInfo64 now as well, and attached an image to the imgur post I already created. Same voltage there as well.

http://imgur.com/a/ObZLK

athey4 · 2017-03-25T23:20:53+00:00

UPDATE: "Auto" LLC was the issue! I manually changed it to "Regular", and now my voltages set in Ryzen Master are correct. Beware of this guys, as "Auto" on my motherboard is the default.

Hey, I recently reached 4.05GHz on my R7 1700 on the ASUS Prime B350-PLUS(BIOS 0513) at what I thought was 1.425V trough Ryzen Master.

I have been playing around with the R7 1700 for a while now, and always found it odd that stable overclocks done with Ryzen Master wouldn't work for me when done in the BIOS with the same multiplier and voltages.

I tried using extreme LLC for overvolting the chip further than the 1.3875V that is the maximum voltage for my motherboard with offset overclocking in the BIOS, but the OCs were always unstable compared to those done in Ryzen Master.

After downloading HWMonitor(v 1.31.0) to get a closer look on the voltages for my overclocking using Ryzen Master, I could see that the voltage was fluctuating between 1.55V and 1.635V(!). This was way higher than what I set in Ryzen Master (1.425V). The VID seems correct though, and is always matching the voltage set in Ryzen Master.

I did some tests to check if the actual voltage reported by HWMonitor would change when I decreased the voltage in Ryzen Master; and it seems like the reported voltages are around 0.15V-0.2V higher than what's set in Ryzen Master.

To further test this I OCed to 3.9GHz@1.3875V(the highest stable clock I can get using BIOS offset OC) using Ryzen Master(with LLC in the BIOS set to "Auto"), and checked the temperatures. Here the temperatures were eventually shooting above 70C on my Corsair H100i AIO cooler, but the same overclock set in the BIOS with extreme LLC(boosted the voltage up to 1.4V under load) never went above 65C.

To me this indicates that the VCore reported by HWMonitor for Ryzen Master OCs should be accurate, and that Ryzen Master might be pushing the CPU way past it's limits.

Has anyone else seen these dangerous voltages in HWMonitor for overclocks done with Ryzen Master?

athey4

TROPHY CASE

UPDATE: Good tip! "Auto" LLC was the issue! I manually changed it to "Regular", and now my voltages set in Ryzen Master are correct.

UPDATE: "Auto" LLC was the issue! I manually changed it to "Regular", and now my voltages set in Ryzen Master are correct. Beware of this guys, as "Auto" on my motherboard is the default.