Console-gaming

Two words: corrupt, busted.

I lost all my consoles in a lightning-strike back in March, and after using most of the money meant for replacement-consoles on my computer-upgrade instead; I'm NEVER going back to console-gaming ever again...

They're completely overpriced, the games are as well and games/apps get slower patching than any other gaming-platform.

Not to mention the hardware is usually 2-3 years behind current PC-hardware, and usually under-powered as fuck. Actually, current-gen consoles (PS4 / Xbone) also utilize "Radeon-based" graphics (graphic-accelerators), which is severely sub-par compared to almost any other graphic-solution.

Nope!, spank you very much...

FUCK. CONSOLES.

quad-g5

Because of a recent lightning-strike, my gaming-rig literally spiked... and died...

But, thanks to very nice family-members I got replacement components, very quickly ;) :P since I was getting quite a few bucks in insurance (eventually, may'16) I decided to completely upgrade the whole rig.

After spending an afternoon researching (after months of contemplating on models and makes), I eventually landed on the following choices:

Component selection

• Gigabyte Z170MX-Gaming 5 motherboard
• 2 x 8GB Kingston HyperX Fury DDR4 2666MHz RAM-modules
• Intel® Core i5 6600K 3.5GHz CPU
• Intel® 535 SSD 240GB SATA 3.0 game-storage
• EVGA GeForce GTX 960 4GB GDDR5 PhysX graphics-adapter
• Cooler Master Hyper TX3 EVO CPU-cooler 

No fight to assemble the beast, at least not a lot. The CPU-cooler took some getting used to only having to screw together the mount(s), and pressing it into the motherboard (Cooler Master's *brilliant* Intel-type push-plugs -_-).

All components assembled into north+south-bridge(s)

It also helps to be prepared for a future lightning-strike, by using a 80-PLUS-Gold-certified PSU that sports: over-voltage protection, under-voltage protection, short circuit protection and over power protection.

Corsair RM850x PSU (Power Supply Unit)

Combined with a power-strip sporting surge protection, I'd say I'm much better equipped for the ominous scandinavian weather-system now, than before.

Giving a combined performance-boost of ~50% in heavy 3D and rendering cases :) and (roughly) around a 45-50% reduction in heavy-load temperatures as well as idle temperatures (Intel < AMD), I'd say I'm really pleased ;)

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Quite the OP setup, at least compared to my earlier rig (h3x). Geekbench3-results confirm this:

• quad-g5 geekbench3 multicore-score:
  13380 ('2016)
• h3x geekbench3 multicore-score:
  8305 ('2013) 

*** FINGERS CROSSED ***

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Update May 11th:

Added extra 92mm Cooler Master cpu-fan as exhaust-booster

New gear

My 7-8 year-old Logitech gamepads have been in heavy use over the years. Aaand they just recently crapped out.

Luckily I had put their new gamepad-series on my christmas wishlist, and as I expected, got one from a family member and one from my GF :P 2P-gaming!

I also got a steelseries gaming-mousepad, and I must admit, at first I didn't really get what the big deal was. But after playing some FPS- and RPS-games, I totally get it. Nothing else can compare to the sensitivity and movement-feel you get with these mousepads, nothing.

h3x - upgrade part II

Upgrade-time! :) ...and this time h3x is undergoing a complete cabinet+gfx upgrade. From a rather minimalistic HTPC starter-cabinet, into a completely new 2-sectioned, airflow-designed multi-cabinet :)

Fractal Design Node 804 cabinet
Corsair CX600 PSU
3 x Corsair SP120 "Quiet Ed" fans

My new XFX Radeon R9 270X 2GB GDDR5:
1xHDMI - 2xDVI-D - 2xDP

Disassembly

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Silverstone MILO (ML03) when first built (nov'2011)

Silverstone MILO (ML03) disassembled.

The above picture shows my old HTPC cabinet after being almost completely stripped. Only things still left inside are the system-SSD (Corsair ForceGT) and the 400W PSU (Silver Power).

I did not foresee how hard it would be to dismantle the MILO HTPC mATX-cabinet, everything was so close together that it made it near impossible to figure out where to start off.

After viewing it from different angles, and bringing in a fresh set of eyes; everything got pulled out eventually

Then, the time to re-mount everything again came around.

Re-assembly

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• First: the PSU.

Right side.

Back-right profile.

• Then; motherboard + RAM + CPU.

Front-left profile.

Left side.

• And to finish it off: graphics-accelerator + HDD + SSD.

Left side: Component-compartment.

Right side: Storage- / power-compartment.

I now have a overhauled gaming-rig / workstation / hypervisor with 3-4x more graphics-processing power than I previously had :P and it WILL get tested ;)

I opted to using the 3 Corsair SP120 fans in the front, to complement the total airflow going through the cabinet. So that's a total of 4 fans in the front for intake and 2 in the back for exhaust.

PC-gaming is dead... (RLY?)

OK.., how and where did the proclamation of "PC-gaming is dead" come round?

People, please... what kind of platform do you think games are created on?

Seriously... that's just, a completely new level of ignorance.

Consoles? Eeeeeh, they will co-exist, and probably evolve, but they will NEVER crush, or even replace PC-gaming.

EVAH...



I would rather believe this article when it comes to the current gaming-climate: http://www.techradar.com/news/gaming/consoles/console-gaming-is-dead-everything-good-is-happening-on-pc-right-now-1260162

h3x4c0m

OK. Computer-building has always been a hobby of mine. Later years have shown that high-end components don't always have to cost an arm and a leg. So I figured I'd do a build-project where I would build a hybrid workstation / VM-lab / gaming-rig, with as much computing-power as my limited budget would allow.

The following became my project-goals:

• Build an HTPC (Home Theatre PC) with std.-dimensions for rack/stack placement.
• Get the most powerful and technically up-to-date cpu for as little as possible, most likely an alternative to Intel (AMD).
• Shove in, at a very minimum, at least 8GB of RAM with decent heat spreading.
• Make due with the stock cpu-fan and add cabinet fans accordingly.
• Use a customizable O.C.(overclocking)-motherboard for tweaking-purposes.

I figured I'd base the machine on an AMD chipset and processor because they've always been more on the cheaper end, compared to Intel, without losing too much of the competing processing-power (allthough AMD chips generate quite a lot of heat in contrast to Intel's).

The basic assembly was quite easy. Every screw and spacer needed was included with the cabinet to ensure a good fit for the MicroATX motherboard.

Installation of the components on the motherboard was also pretty straightforward. Although I forgot to lock the cpu-chip into the cradle before I fastened the cpu-fan over it :s doh!

Silverstone's starter-level cabinet "Milo" did the job I wanted it to. It was slimline and spec-standard so it fit nicely on my Denon receiver with a Pioneer DVD player and a Canal Digital PVR on top of it, all without over-heating any metal-surfaces.

System-disk. Period ;)

Only annoying thing I didn't think about was if I wanted to add a PCIx graphics card, it has to be a "low-profile" spec-card to fit in the low cabinet. But for now the embedded HDMI port on the M/B will do (I eventually added a low-end GeForce GT520 1GB GDDR3).

I could fit up to 3 hard-drives total, but I only used a 250GB Western Digital hard-drive for personal files (/home Linux partition) and a 60GB ForceGT Corsair SSD for the OS (Linux). The SSD was a definite improvement both on heavy word-load effectiveness and boot-up (it boots Debian GNU/Linux / Ubuntu Desktop / Linux Mint in less than a few seconds!)

A metal bar is used to keep the cabinet sturdy, and does an excellent job.

One thing I noticed when installing the OS after first bootup, was that all the six cores (yes ;) that's SIX cpu-cores :p) reported an individual total processing-power of a mere 800MHz! WTF!?

This couldn't be! 800MHz x 6!? At first I figured it was the Cool'n'Quiet-feature of AMDs processor-lines that throttled everything down to save power and/or cool the cpu. This was not the case.

As I read the motherboard webpage, I realized the cpu was released after the motherboard. And even though it listed the cpu as compatible, it also said it required an EFI-update to be able to take full advantage of a hexa-core processor.
Well, that figures... So, I aggravatingly downloaded the mentioned EFI binary-blob on a USB-stick, and proceeded to flash the motherboard.

After booting up the newly upgraded firmware, it listed the cpu with the correct specifications :) YAY-HOORAY! ;D

Without discrete graphics card.

With discrete graphics-card.
* Asus GeForce GT520 2GB 64-bit GDDR3 PCie-2.

I haven't really had the time to properly benchmark the performance yet. And I think I'll postpone it until I have a proper cpu cooling-system (preferably liquid-cooling, but I haven't been able to find a low-profile cooling-system that will fit the SilverStone Milo HTPC-cabinet yet).

For now, it has shown exceptional potential as a file-/web-server, daily mailer/browser, HD multimedia powerhouse and compilation workstation :] so I'm really looking forward to pushing it to the edge :D

Next project is setting up an advanced NAS box, preferrably with iSCSI-support for Virtual Machine network-storage :]

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NAS-project update: http://blog.pizslacker.org/2012/02/nas-for-vmwaremediafiles.html

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Discrete graphics upgrade (Sep'2014):

New (as of Sept'2014) Sapphire Radeon HD 6670 1GB 64-bit GDDR5 PCIe-2.1 discrete graphics-card
+
Supplementary (for separate iSCSI-subnet) MiniPCIe Gigabit Ethernet card

With new Sapphire Radeon HD 6670 1GB 64-bit GDDR5 PCIe-2.1 discrete graphics-card.