Click on the competition images to go straight to the competition page, or click here for a more detailed overview at HWBOT.
World Tour 2017 and HWBOT X
Road to Pro 2017
Starts Feb 1, 2018
|XTU||Core i7 8700K||6700 MHz||Dancop||3723 marks||173.0 pts||1 6|
|Cinebench - R15||Core i7 8700K||6899.6 MHz||Dancop||2327 cb||104.0 pts||6 6|
|Cinebench - R11.5||Core i7 8700K||6901.2 MHz||Dancop||25.29 points||84.1 pts||0 4|
|XTU||Core i7 7820X||5800 MHz||rsannino||4059 marks||82.2 pts||0 0|
|Geekbench3 - Multi Core||Core i7 8700K||6921.2 MHz||Dancop||42766 points||78.6 pts||0 4|
|XTU||Core i7 8700K||5410 MHz||PKBO||2990 marks||64.6 pts||2 0|
|XTU||Core i7 7700K||6528 MHz||Lucky_n00b||2226 marks||60.3 pts||0 0|
|XTU||Core i9 7900X||5800 MHz||Elkim||4651 marks||52.7 pts||0 0|
|XTU||Core i9 7920X||4690 MHz||Wtomioke||4149 marks||48.9 pts||0 0|
|XTU||Core i7 7820X||5000 MHz||Nik||3504 marks||48.8 pts||0 0|
Click on the competition images to go straight to the competition page, or click here for a more detailed overview at HWBOT.
Starts Feb 1, 2018
Today’s trip down GPU memory lane is all about the NVIDIA 7 series that arrived on the scene in June 2005. Where previous GPU designs had heralded major innovations and the introduction of entirely new technologies, the 7 series was more of an update by comparison. The new GPU arrived with a change in nomenclature and notably a change in the way that NVIDIA graphics cards were actually launched - NVIDIA and AIB partners had products shelves on the very same day that the press embargo was lifted. Let’s look at the GPUs and cards that arrived as part of the new 7 series launch, the cards that have since proved to be popular with overclockers on HWBOT and of course, the notable scores that grace our database to this day.
The NVIDIA GeForce 7800 GTX was launched on June 22nd 2005 as the company’s brand new flagship card offering. At launch the card was immediately available in the retail channel, literally the same day, which at the time was largely unheard of. This was seen as NVIDIA more or less giving ATI the proverbial finger, as previous ATI launches had tended to be prefaced with vague ‘coming soon... we hope’ messaging. The 7800 GTX was based on the G70, the successor to the NV4x series that had powered the GeForce 6 series. The change in naming scheme was apparently a marketing decision with GeForce 7 being better represented by G70 than NV47. The NV70 was largely based on the same architecture as the previous generation and the NV30 generation that preceded it. The G70 again used Shader Model 3.0 with support for the DX9.0c and OpenGL 2.1. Nothing new there. The real interest is when you consider the rendering configuration.
Welcome back to another episode in our GPU Flashback Archive series. Following on from last week’s look at the GeForce FX series, we turn our attention to its successor, the NVIDIA GeForce 6 series. After rising to a position of relative dominance in the early years of GPU design, the GeForce 4 and subsequent FX series had seen NVIDIA lose ground to ATI who had stolen a march with their highly popular Radeon 9000 series. The stage was set for a return with the launch of a new GPU design and a series of cards that required more space in your rig and additional power to deliver a truly next generation gaming experience. Let turn our minds back to 2004 and check out the technologies and features that debuted with the GeForce 6 series, plus the most popular cards of the era and the most notable scores that have been submitted here on HWBOT.
The NVIDIA GeForce 6 series arrived in tech reviewers hands in April of 2004, debuting with a new NV40 GPU and two graphics card models, the GeForce 6 Ultra which commanded a price of $499 USD, and the GeForce 6800 (often referred to as the non-Ultra) for $299 USD. Let’s first consider the GPU itself, the NV40.
This week’s GPU Flashback Archive article continues with a look at the NVIDIA GeForce FX series, or GeForce 5 if you prefer to keep things somewhat tidier. In truth however, the FX series was perhaps one of the least tidy product launches that NVIDIA have produced. The GeForce FX series spanned two years in terms of graphics card releases, used a total of six different GPU designs, two manufacturing nodes, three bus interfaces and technically speaking three different kinds of memory. To keep things reasonably simple, we’ll look at the new features that the FX series debuted and the technologies that were introduced while at the same time keeping our remit in focus with a look at the launch flagship GeForce 5800 Ultra, and the budget GeForce FX 5200, the most popular FX series card with HWBOT members.
The NVIDIA FX series replaced the previous generation of GeForce 4 series cards, at least in terms of product launch dates. In reality the two products overlapped during the period towards the end of 2002 and early 2003. Although the GeForce 4 series was a success, bringing the video game industry the hardware needed to make DirectX 8.0 a reality, the GeForce 4 MX series had left a sour taste in the mouth of many tech reviewers and hardcore gamers. Despite being branded as a fourth generation NVIDIA product, it entirely lacked DX8 compatibility.
Today our GPU Flashback Archive series continues with a look at the GeForce 4 series that arrived on store shelves back in early 2002. It was historically another successful product launch from NVIDIA, one that helped to consolidate the company’s position as basically one of two GPU vendors that remained in existence. The GeForce 4 series arrived with a slew of new features and a broad range of price point options, strengthening NVIDIA’s position as market leader. Let’s take a look at the technologies and innovations that arrived with the GeForce 4 series, the cards that were popular with HWBOT members and some of the notable scores that we can glean from the database.
At the heart of the GeForce 4 series we have a wholly new GPU design, the NV25, a GPU which offered significantly improved performance over the previous NV20 GPUs used by the GeForce 3 series. It arrived in February 2002 with the launch of three new high-end cards, the flagship GeForce Ti 4600, Ti 4400 and the Ti 4200 which arrived a few months or so later. These three cards were essentially replacing the previous generation GeForce 3 Ti 500 and Ti 200 cards, which by early 2002 were becoming pretty rare due to stock shortages.
This week’s GPU Flashback Archive article is all about the GeForce 3 series of graphics cards from NVIDIA, a company that by this stage in history was recognized as industry leader in GPU development and innovation. The third iteration of its GeForce brand launched with a hiccup or two in early 2001 and enjoyed status as the company’s top tier offering for around a year before it was usurped by its successor, the mighty GeForce 4 series. Let’s take a peek at the new technologies and innovations that arrived with GeForce 3, the cards that proved to be most popular with overclockers on HWBOT and of course, the notable scores and benchmarks that it spawned.
First let’s set the scene. NVIDIA’s arrival on the graphics card market in the late nineties had been wholly disruptive. After TNT and RIVA series cards, NVIDIA blew the doors of the industry with its first GeForce series and simply didn’t look back. By the time we arrive at the GeForce 3 series, we find that Matrox had left the market to focus on more niche markets while S3 Graphics were basically clinging on by their front teeth. NVIDIA eventually put an end to 3dfx and their classic Voodoo cards by buying the company out. Only ATi endured, and we all know what eventually happened to them.
[Press Release] Taipei, Taiwan (20 October 2017) – G.SKILL International Enterprise Co., Ltd., the world’s leading manufacturer of extreme performance memory and gaming peripherals, is thrilled to announce the release of a new high performance DDR4 Ripjaws SO-DIMM series for small-form factor (SFF) platforms, at DDR4-3800MHz CL18-18-18-38 32GB (4x8GB) at 1.35V, making this the world’s fastest SO-DIMM memory kit. In addition, 3 new specifications will be added to the Ripjaws DDR4 SO-DIMM family, including DDR4-3600MHz CL16-16-16-36 32GB (4x8GB), DDR4-3200MHz CL16-16-16-36 32GB (4x8GB), and DDR4-3200MHz CL16-16-16-36 64GB (4x16GB). Such extremely high speed on SO-DIMM modules are achieved with the use of the ultra-high performance Samsung B-die DDR4 ICs.
Big Performance, Small Package - At Computex 2017 in June, G.SKILL demonstrated high-speed Ripjaws SO-DIMM series at DDR4-3466MHz, and we are now once again raising the speed of the fastest SO-DIMM memory kit to the intense mind-bending speed of DDR4-3800MHz. Validated on the latest ASRock X299E-ITX/ac motherboard and the Intel® Core™ i9-7900X X-series Processor, extreme memory performance is now a reality with small-form factor workstations.
Availability - These new powerful SO-DIMM memory kit will be available through authorized G.SKILL distribution partners in early December 2017.
Read the full press announcement from G.SKILL here.
Just like every month we have a look at the SuperPI 32M low-clock challenge threads in our forum and make a list of the most efficient overclocks for various CPU architectures. Check out the full table below. For more information and efficient SuperPI 32M overclocking results, check out the low-clock threads in our Overclocking and Tweaking sub-forum and the SuperPI 32M Low Clock - Fastest Per Architecture forum thread.
Congratulations to all the leaders in their specific categories!
SuperPI 32M Intel 5 GHz Challenge Leaderboard (September 21, 2017)
|Coffee Lake||6 min 26.475 sec||Mackerel||Core i3 8350K||DDR4-3000 C15-16-16-39||ASRock Z370 Pro4|
|Skylake-X||6 min 19.285 sec||Teracon||Core i7 7820X||DDR4-3654 C14-14-14-28||MSI X299 XPower Gaming AC|
|Kaby Lake||5 min 52.890 sec||Coolhandluke41||Core i7 7700K||GALAX Hall of Fame DDR4-4083 C12-11-11-28|
|Skylake||5 min 52.750 sec||Luumi||Core i7 6700K||G.SKILL Trident Z DDR4-4138 C12-11-11-28||ASRock Z170M OC Formula|
|Broadwell-E||6 min 2.250 sec||Dancop||Core i7 6950X||G.SKILL Trident Z DDR4-3591 C11-11-11-18||ASUS Rampage V Edition 10|
|Broadwell||6 min 14.625 sec||Splave||Core i7 5775C||Corsair Dominator GT DDR3-2000 C7-7-7-21||ASRock Z97 OC Formula|
|Haswell-E||5 min 55.328 sec||Dancop||Core i7 5960X||G.SKILL Trident Z DDR4-3333 C10-11-11-28||ASUS Rampage V Extreme|
|Haswell||5 min 54.391 sec||Dancop||Core i7 4770K||G.SKILL PI DDR3-2820 C5-9-6-24||ASUS Maximus VII Impact|
|Ivy Bridge||6 min 14.109 sec||Splave||Core i7 3770K||DDR3-2710 C7-9-6-18||ASRock Z77 OC Formula|
|Sandy Bridge||6 min 30.219 sec||Perica_barii||Core i7 2600K||Corsair Dominator GTX2 DDR3-2174 C6-7-5-20||ASUS Maximus IV GENE-Z/Gen3|
|Gulftown||7 min 5.297 sec||Gazza30||Core i7 980X||Kingston DDR3-2000 C7-7-6-20||GIGABYTE X58A-UD7|
|Bloomfield||7 min 8.020 sec||Dsjjang||Core i7 920||DDR3-1898 C6-7-6-19||ASUS P6T WS Professional|
SuperPI 32M AMD 5 GHz Challenge Leaderboard (September 21, 2017)
|Summit Ridge||7 min 5.101 sec||Johan45||Ryzen 7 1700X||G.SKILL Trident Z DDR4-2940 C12-12-12-22||ASUS Crosshair VI Hero|
|Carrizo||9 min 35.781 sec||Newlife||Athlon X4 845||Patriot Viper II Sector 7 DDR3-2064 C6-10-6-22||GIGABYTE F2A88X-UP4|
|Kaveri||12 min 17.437 sec||Zeropluszero||A10-7850K||DDR3-2400 MHz C8-11-9-18||GIGABYTE F2A88XN-Wifi|
|Vishera||14 min 9.391 sec||Robbo2||FX-8350||G.SKILL PI DDR3-2600 C8-11-8-24||ASUS Crosshair V Formula-Z|
|Richland||14 min 9.156 sec||Newlife||A6-6420K||G.SKILL TridentX DDR3-2368 C7-10-10-8||GIGABYTE F2A88XN-Wifi|
|Trinity||14 min 11.016 sec||Dinos22||A10-5800K||Corsair Dominator DDR3-2666 C9-12-12-24||GIGABYTE F2A85X-UP4|
|Zambezi||15 min 16.953 sec||Splave||FX-4200||Corsair Dominator GT DDR3-2234 C7-8-8-18||ASUS Sabertooth 990FX R2.0|
|Llano||14 min 3.188 sec||D3mox||A8-3870K||G.SKILL RipjawsX DDR3-2112 C7-10-7-24||GIGABYTE A75-UD4H|
|Kabini||16 min 39.016 sec||Wizerty||Athlon 5350||G.SKILL PI DDR3-2026 C7-9-6-24||ASUS AM1I-A|
|Thuban||13 min 42.953 sec||Bones||Phenom II X6 1100T BE||G.SKILL RipjawsX DDR3-1944 C7-9-7-24||ASUS Crosshair V Formula|
|Deneb||13 min 24.078 sec||I.nfraR.ed||Phenom II X4 965 BE||Corsair Dominator GTX2 DDR3-1846 C6-6-6-18||GIGABYTE 970A-UD3|
In Week 42 of 2017, we received 4091 benchmark results from 958 registered overclockers around the world. The majority of the submissions is coming from Rookie overclockers representing 56% of the active community. They were responsible for 37% of the submissions. We had a peek at the most valuable submissions in a breakdown per league.
During Week 42 of 2017, three overclockers made it to the leaderboard with a golden cup. First up is Dancop from Germany. The new leader in the Overclockers League has been playing with a retail Core i7 8700K processor and it's been doing excellent. The golden cup is achieved in the XTU 6xCPU benchmark where Dancop hit a score of 3723 marks which is 62 points higher than Alex@ro's launch result. The CPU frequency is 6700 MHz. Next up is Rauf from Sweden who's took an important single GPU Global First Place in the 3DMark Time Spy benchmark. Following K|ngp|n and Xtreme Addict in the chase for 15K, the Swedish overclocker is now in the lead with a score of 14700 points. The graphics card used is of course the GeForce GTX 1080 Ti in combination with a 5600 MHz Core i9 7980XE processor. The clock frequencies of the graphics card are 2721/1645 MHz. Last but not least there's Hideo from Japan with a Hardware First Place in the GeForce GTX 580 Aquamark ranking. Paired with a 6925 MHz Core i7 7700K Kaby Lake processor, the new top score is 632301 marks. That is almost 3000 points higher than runner-up Bullshooter. Congrats everyone!
The most used hardware components of Week 42 are the Core i7 7700K (10.1%), GeForce GTX 1080 Ti (10.0%) and the ASUS ROG Rampage VI Apex (2.9%). In total the community used 338 different CPUs, 231 different GPUs and 770 different motherboards.
The overclocking results submitted during Week 42 generated in total 335 World Record Points, 8175.3 Global Points, and 8041.9 Hardware Points. The distribution per League is as follows: 18% for Elite, 20% for Extreme, 12% for Apprentice, 22% for Enthusiast, 10% for Novice, and 29% for Rookie. The representation of the active community is as follows: 2% Elite, 9% Extreme, 4% Apprentice, 18% Enthusiast, 11% Novice, and 56% Rookie.
Most Valuable Submissions - Week 42, 2017
|League||CPU Benchmark||GPU Benchmark||Hardware Points|
|Elite||Dancop||173 pts (GFP!)||Rauf||179.2 pts (GFP!)||Gunslinger||49.8 pts (HFP!)|
|Extreme||Luumi||49.7 pts||Hideo||49.8 pts||Hideo||49.8 pts|
|Apprentice||Topyoyoguybest||49.8 pts||Totalnet||41.6 pts||Topyoyoguybest||49.8 pts|
|Enthusiast||PKBO||64.6 pts||Even.de||44.8 pts||Avalanche||23.5 pts|
|Novice||Jliboon||47 pts||Frito||31.2 pts||Supatel||38.8 pts|
|Rookie||TomSerious||51.2 pts||Xxl.razor.lxx||20 pts||Arp||29.3 pts (HFP!)|
The HWBOT World Tour marches on today bringing overclocking to the masses of Taiwan. The Taipei II 2017 event is the second visit to Taipei this year following up the event we held there during Computex 2017 in June earlier this year. The event is taking place in the heart of Taipei City’s technology district, with a booth setup for us directly between the famous Guanghua Digital Plaza, the tech market that sells every PC and electrical component known to man, and the newly erected Syntrend building, a much more modern and interactive take on consumer retail. The idea is to give local Taiwanese PC and tech enthusiasts a chance to encounter overclocking for the first time.
At our booth we have several system setup using the latest Skylake-X 12-core Intel Core i9 7920X processor, G.SKILL Trident Z RGB DDR4-3600 CL16 8GB memory and a variety of X299 motherboards from ASUS, GIGABYTE, MSI and ASRock. The systems are all mounted on portable Open Benchtables and are powered by Seasonic PRIME Platinum 850W power supplies. Very nice rigs indeed. Free Overclocking workshops are being offered to members of the public and are hosted by Coolaler, one Taiwan’s most prominent and seasoned overclockers. After taking a short 30 min introduction to CPU overclocking via the Intel XTU app, attendees are then given the chance to start making some scores. After tweaking their system and improving performance they can submit scores to the OC-ESPORTS platform, a good way to see how well you doing compared to your peers.
You can find more photos of the Taipei II 2017 event here on the HWBOT World Tour website.
I don’t suspect there aren't too many people out there who genuinely get excited about capacitor modding on graphics cards. Builzoid however is a big fan. Just to hear him talk about it, you get the impression that rather be at home cap-modding than doing anything else. In his latest video, he gives his burgeoning group of YouTube followers a thorough guide on the topic.
Capacitor modding is for most seasoned modders a fairly easy job. It’s a simple modification that doesn’t really require too much in the way of in depth component knowledge. However it can be fairly easy to screw up if you don’t get the basics right and could cost you the price of the card you are working on. Like with any time you’re using a soldering iron on a PCB, you need to pay attention not to fry your card in the process.
So a first question that anyone might ask is why do cap-modding anyway? What are we trying to achieve? Well one reason to eliminate a pesky thing called voltage-drop, an issue which happens when the GPU is far from the VRM, which is most of the time. The voltage might read a certain amount in GPU-Z, but in reality the GPU may not be getting the voltage it needs. Graphics cards often struggle with voltage fluctuations which again mean that the GPU isn’t getting the cleanest and most consistent power delivery. Adding additional capacitors can help with all these problems, giving your card a more stable and clean power delivery.
If you are vaguely interested in video card modding, you will enjoy this video which can be found here on the Actually Hardcore Overclocking channel.
In celebration of the tenth HWBOT World Tour stop of the year at PAX AU in Melbourne, Australia next month we have again teamed with partners Seasonic and Alphacool to bring you another great chance to win some super prizes. It all starts tonight (October 20th). All you have to do use the image below (or this link) to enter the Melbourne 2017 Giveaway contest. The really cool thing is that the more social media actions you complete, the better chance you have to win a prize. What are you waiting for!!
Seasonic Snow Silent 750 PSU - The latest Seasonic Snow Silent 750 PSUs will be used to power the Overclocking World Championship Qualifier contest as well as Overclocking Workshop systems that we setup at PAX AU. Seasonic Snow Silent 750 power supplies boast 80 Plus Platinum efficiency and a completely silent operation below 50 % system load.
Alphacool Eisbaer 420 AIO CPU Cooler - Alphacool is fundamentally revolutionizing the AIO cooler market. Where traditional AIO CPU-coolers are disposable products which are neither upgradeable nor refillable, the Alphacool “Eisbaer” is modularly built and can be upgraded, rebuilt or refilled at any time and bring efficient cooling for your processor, no matter how hard you push it.
Read the full news post about the Melbourne 2017 Giveaway contest here on the HWBOT World Tour website.
HWBOT Hosts Overclocking Workshops and Competitive Ambient and Extreme Overclocking at PAX AU, Melbourne, Australia
[Press Release] October 19, 2017, Taipei, Taiwan - HWBOT, an organization regulating international Overclocking competitions and rankings, today officially announces its first visit to Australia, attending PAX AU in Melbourne on October 27th - 29th. The event will bring Overclocking Workshops plus competitive ambient and Overclocking Contests to a broad audience of Australia’s most enthusiastic PC gamers. HWBOT Will also host a more social oriented Overclockers Gathering event and take part in a PAX AU Panel, discussing the performance of the latest multi-core processor platforms.
“We break into new territory once again when we take the HWBOT World Tour to Australia for the first time,” commented Pieter-Jan Plaisier, Director at HWBOT. “PAX AU is a great opportunity for us to raise awareness of Overclocking with Australian gamers and enthusiasts while also engaging some of the world’s most respected overclocking talent.”
Free Ambient Overclocking Workshops for PAX AU Attendees - A central element of the HWBOT World Tour is the idea of spreading the word of overclocking to each and every corner of the globe. To that end all PAX AU attendees are invited to join us for free Overclocking Workshops. Systems with the latest 8th Generation Intel® Core™ processors will be set up at PAX AU with seasoned overclockers on hand to give you expert tuition.
Once you have learned the basics of how to tune the PC to improve performance, it’s time to get hands and try it for yourself. After making a few scores using the Intel XTU benchmark, you can then submit it to the OC-ESPORTS competitive platform. If you are among the highest four scorers, you will invited back to compete in 1v1 Semi-Final and Final matches. The eventual winner will win some fantastic prizes and be crowned Melbourne 2017 Ambient Winner.
Read the full news announcement about the HWBOT World Tour visit to PAX AU here on the World Tour website.
The HWBOT World Tour embarks on its first trip down under in just over a week from today. From an extreme overclocking perspective the highlight of the event will be the Melbourne 2017 Overclocking World Championship (OCWC) Qualifier contest. It will see the region's top extreme overclockers compete for the chance to attend the OCWC Finals which will take place in Berlin, in December. Today we can bring you an update which confirms the hardware that will used, the format that will be employed and the benchmarks and other rules that will be used.
Overclocking World Championship – Melbourne 2017 Qualifier
Extreme overclockers in the ANZ region are invited to take part in the Melbourne 2017 Qualifier contest. The contest will take place at PAX AU 2017 at the Melbourne Convention & Exhibition Centre. Here’s a breakdown of how the contest is organized:
Read the full announcement concerning the structure, rules and hardware that will be used in the Melbourne 2017 OCWC Qualifier here on the HWBOT World Tour website.
This week’s Throwback Thursday is all about a product announced by Albatron back in 2005 that allowed users to use their old AGP graphics card with a newer PCIe compatible motherboard. The product was marketed as the Albatron ATOP and targeted users who wanted to ‘save on upgrade expenditures and extend the life your AGP card’. Here’s a sample of the press release that Albatron put out back in 2005:
Because the AGP 8x standard has been around for a while and continues to provide more than adequate graphics performance, there still exists a large base of users with very capable AGP 8x VGA cards. Until now consumers have been hesitant to upgrade to a mainboard with the PCI-Express standard because it would also mean having to purchase a new PCIe VGA card. With the ATOP card you can now upgrade to a PCI-Express mainboard, continue to use your existing AGP-8x card and worry about purchasing a new PCI-Express VGA card at a later time.
Your AGP-8x card simply piggybacks on the ATOP card's AGP-8x slot located on the top edge. The ATOP card is then plugged into the mainboard's PCI-Express slot. The only other installation requirements are replacing the bracket on the AGP-8x card with an ATOP bracket and installing the appropriate driver.
We came across the product much later in October 2010 but in truth, e-bay scouring proved fruitless. The Albatron ATOP turned out to be even more mysterious and rare than we thought. If you have encountered or used to an Albatron ATOP adapter please go ahead and chime in with your reminiscences in the forum comments below.
Overclocking is popular with many enthusiasts because it is often possible to take cheaper hardware and use a little ingenuity to boost performance to something similar to a more expensive part. Who doesn’t like extra, free performance? PhilsComputerLab recently published a nice video which explores the potential hidden performance available with an NVIDIA GT 1030 card, in this case a low profile 2GB card from GIGABYTE.
The video kicks off with quick intro of Phil’s inexpensive small form factor build to which he has added the GT 1030 card just to bump up FPS when gaming. The card retails for around $70 USD and is fitted with a wee cooling fan. Using the bundled AORUS Graphics Engine app, Phil then starts tweaking first GPU, then graphics memory settings. With a 10% boost in clocks we find that in fact the graphics memory tweak actually proves to be most effective in raising frame-rates when gaming. By the end of his testing Phil manages to configure his entry-level Pascal GPU at 1,688MHz, a nice boost of 37.57%. In memory terms he ended up with a boost of 20%, all of which translated into a nice bump in frame rates in all games tested.
Overclocking entry-level graphics cards is probably not all that interesting to the majority of Enthusiast and Extreme HWBOT members, but there is another reason to cover this video from Phil. In a few weeks we hope to announce the second season of the Cheapaz Chips contest on OC-ESPORTS, a contest series that is all about overclocking, and indeed modding entry-level graphics cards. Season 1 was all about the GT 710 card. I wonder if you can guess which card we will be using in Season 2.
You can find the GT 1030 overclocking video from PhilsComputerLab here on his YouTube channel. It might not be an earth-shattering, LN2-fuelled romp at World Record breaking, but it definitely is an overclocking tutorial that many entry-level gamers could learn from. Nice work Phil.