ASUS Announces GeForce RTX 3060 Ti KO, Dual Mini, Dual, TUF Gaming, and ROG Strix Series

[btarunr]

ASUS today announced a new series of graphics cards that will debut with the latest NVIDIA GeForce RTX 3060 Ti GPU. The series includes five new models: ROG Strix, TUF Gaming, ASUS Dual, ASUS Dual MINI and ASUS KO GeForce RTX 3060 Ti. These new graphics cards bring buffed-up cooling, PCBs and power designs to complement the new NVIDIA Ampere architecture and deliver the latest and greatest in 3D gaming performance. Powered by the NVIDIA Ampere architecture and the 2nd generation of NVIDIA RTX, the world's most powerful PC gaming platform for real-time raytracing and AI, the GeForce RTX 3060 Ti delivers blistering 1080p and 1440p gameplay.

The RTX 3060 Ti also supports the trifecta of GeForce gaming innovations too, including performance-accelerating and IQ-enhancing NVIDIA DLSS technology which is now available in over 25 games; NVIDIA Reflex which reduces system latency, making games more responsive, and giving players in competitive multiplayer titles an extra edge over the opposition; and NVIDIA Broadcast, a suite of audio and video AI enhancements including virtual backgrounds and noise removal that users can apply to chats, Skype calls and video meetings. So whether they're playing traditional PC titles, powering through creator and productivity workflows, or marveling at the latest cutting-edge ray-traced titles like Cyberpunk 2077, Call of Duty: Black Ops Cold War, Watch Dogs: Legion, and more, the GeForce RTX 3060 Ti delivers the best possible experience in its class.



ASUS Dual MINI: Compact Design with a Mighty Thermal Performance
The new ASUS Dual GeForce RTX 3060 Ti MINI graphics card is specifically designed for small-form-factor systems and the Intel NUC 9 Extreme Kit and Intel NUC 9 Pro Kit. At under 20 cm in length, Dual MINI provides the broad compatibility of a compact design while delivering exemplary thermal performance. It features a custom two-slot cooler comprised of a large heatsink and two Axial-tech fans that provide high static pressure to keep temperatures in check. The powerful cooling is backed by the reliability of Auto-Extreme Technology, making Dual MINI the obvious choice for long-term deployment in small-form-factor chassis.

ASUS KO: Total Knockout
ASUS KO GeForce RTX 3060 Ti graphics cards build on the foundation laid by ASUS Dual by way of a modified shroud, space-grade fan bearing lubricant, long-lasting capacitors and a vented backplate. The shroud features gold and silver faceplates laced with customizable ARGB lighting to give the KO a unique aesthetic that can be customized with Aura software.

Cooling is taken care of by a large heatsink that fills most of the card's 2.7-slot footprint, teamed with a vented backplate to prevent heat buildup. The two Axial-tech fans spin on sleeve bearings immersed in space-grade lubricant, which enhances durability and delivers a quieter acoustic profile than dual-ball-bearing designs. The card's components are attached using Auto-Extreme Technology, and these include capacitors rated to last up to 2.5 times longer than the industry standard. The potent combination of aesthetics, cooling and durability make KO GeForce RTX 3060 Ti graphics cards the perfect choice for gamers who prefer to showcase their gaming rigs on the desktop.

ASUS Dual: 2X Fans, 2X Fun
ASUS Dual GeForce RTX 3060 Ti leverages advanced cooling technologies derived from flagship graphics cards, making it the perfect choice for a well-balanced build. A clean shroud matches the aesthetic of workstations and decked-out gaming rigs alike. Two tried-and-true Axial-tech fans are designed to provide ample airflow to the heatsink, and the fans come to a halt automatically at low temperatures.

Auto-Extreme Technology reduces thermal strain on components during the manufacturing process and avoids the use of harsh cleaning chemicals, resulting in greater precision and reliability, less environmental impact and lower manufacturing power consumption. An aluminium backplate and stainless steel I/O bracket help protect the PCB from unwanted flex. The ASUS Dual GeForce RTX 3060 Ti graphics card is ready for gamers, content creators and enthusiasts who are looking for a robust plug-and-play experience.

ROG Strix: Takes flight
From top to bottom, ROG Strix GeForce RTX 3060 Ti graphics cards deliver powerful thermal designs and are optimized for the dynamic NVIDIA Ampere architecture.

A shroud with metal accents encompasses a trio of Axial-tech fans that have been tuned to fulfill specialized roles. The central fan leverages a full-height barrier ring and 13 fan blades that provide boosted static pressure to drive air through the heatsink fins and onto the GPU heat spreader. The two fans on the flanks feature 11 blades each and half-height barrier rings to allow for more lateral dispersion and to provide better airflow through the cooling array. Turbulence between fans is reduced due to a reversal of the center fan's rotational direction.

A larger heatsink that fills most of the card's 2.9-slot footprint was designed to leverage the increased airflow. To get heat up off the die and into the heatsink array, MaxContact technology has been utilized to polish the surface of the heat spreader and improve smoothness at the microscopic level. The extra flatness allows for better contact with the die for enhanced thermal transfer.

In addition to an enhanced cooling array, Super Alloy Power II components, including top-shelf capacitors, chokes and power stages, effortlessly deliver hundreds of watts at a millisecond's notice. The card's components are soldered to the PCB using ASUS-exclusive Auto-Extreme Technology to ensure precise joints and reliability.

Also included are FanConnect II headers that allow PWM fans to be tuned based on CPU and GPU temperatures, providing extra intake or exhaust for demanding 3D tasks and compute workloads. Builders looking for a quick and simple way to adjust their card's default behavior can flick the onboard Dual BIOS switch to choose between "performance" and "quiet" profiles without software. Another ease-of-use feature is an onboard voltage-sensing circuit that monitors PSU rail voltage. The circuit is fast enough to catch any transients that result in the rail voltage dropping too low. If that happens, a red LED will light up to indicate a power supply issue, making it easier to debug the source of crashes during gameplay.

The front side of the graphics card features an addressable RGB element that can be customized with Armoury Crate software, and the reinforced metal frame adds a protective layer that improves durability.

Flipping the card around reveals a metal backplate with a wide vent. The vent allows hot air to escape towards chassis exhaust fans instead of being recycled back into the GPU cooler. Beneath the GPU, a bracket provides consistent mounting pressure between the die and heat spreader. Stainless steel is used for the I/O bracket to protect ports and provide a more secure mount.

The ROG Strix GeForce RTX 3060 Ti graphics card provides a dynamic thermal design. Paired with the outstanding performance of the NVIDIA Ampere architecture, ROG Strix provides gamers with access to fresh experiences, from incredible frame rates in competitive titles, to smooth high-resolution gameplay in immersive AAA games.

TUF Gaming: Built TUF
TUF Gaming GeForce RTX 3060 Ti graphics cards provide exceptionally robust power and cooling. An all-metal shroud houses three powerful Axial-tech fans that utilize durable dual ball fan bearings. Fan rotation has been optimized for reduced turbulence, and a stop mode brings all three fans to a halt at low temperatures. In line with the TUF Gaming legacy, components are selected based on their durability and performance. In addition to top-shelf chokes and MOSFETs, capacitors with military-grade certification make TUF Gaming stand tall amongst the competition. The automated manufacturing process, using Auto-Extreme Technology, ensures components are placed and attached with high precision, and each card is subjected to a grueling 144-hour validation trial to ensure flawless performance when it counts.

Most of the rear is swathed in a protective metal backplate that prominently features a wide vent to prevent heat buildup. Beneath the GPU, a bracket provides consistent mounting pressure between the die and heat spreader. Stainless steel is used for the I/O bracket to protect ports and provide a more secure mount. A conveniently placed Dual BIOS switch allows customization of the card's default performance profile without software.



View at TechPowerUp Main Site

 

[Ruru]

KO? Sounds pretty EVGA'ish to me.

 

[Chrispy_]

KO? Sounds pretty EVGA'ish to me.

The KO stands for 'knock-off' because they're literally copying that name from EVGA.

The original 2060KO was a special SKU that did two things unusual:

1. it used reject silicon from TU104 instead of TU107 so it had slightly different performance characteristics to a regular 2060
2. it was the only model to undercut the minimum MSRP of $349 set by Nvidia for 2060 cards, signifying a special exception from Nvidia.

What ASUS have done is try to use that naming prestige to their advantage by doing precisely no work whatsoever: "modified shroud, space-grade fan bearing lubricant, long-lasting capacitors and a vented backplate." So, uh, all of those things are completely mundane things that are commonplace on AIB cards. Did they really just say they're using space oil? Sheesh...

 

[silentbogo]

KO? Is that a new dirty marketing trick from ASUS?

 

[Flanker]

I really don't know about having so many different models with the same GPU

 

[SomeOne99h]

I really don't know about having so many different models with the same GPU

The length of the graphic card for example.

 

[Chrispy_]

I really don't know about having so many different models with the same GPU

One of the reasons OEMs have talked about when it comes to such a large range of overlapping models is retail presence.

The more SKUs a manufacturer makes, the more shelf space they occupy with that expanded range - and that translates to online searches too:

If you're at your favourite etailer and search for 3060Ti, a brand wants as many of the search results as possible to be their card. In an extreme example, if Asus offered 100 different 3060Ti models and other brands offered only two, you'd likely have to scroll down a long way or even to a second page of results to see anything other than Asus products in your search for a 3060Ti.

 

[Flanker]

One of the reasons OEMs have talked about when it comes to such a large range of overlapping models is retail presence.

The more SKUs a manufacturer makes, the more shelf space they occupy with that expanded range - and that translates to online searches too:

If you're at your favourite etailer and search for 3060Ti, a brand wants as many of the search results as possible to be their card. In an extreme example, if Asus offered 100 different 3060Ti models and other brands offered only two, you'd likely have to scroll down a long way or even to a second page of results to see anything other than Asus products in your search for a 3060Ti.

Makes sense. Now I hate this practice even more

 

[docnorth]

Next year a Hewlett Packard desktop from my office moves home, it's a 5-year cycle (and until now at least 1 PC had to be branded). My plan was obviously to put a 75w GPU without a 6-pin connector, but those Asus dual mini GPUs tempt me to upgrade the PSU too, although it will be a big hassle in a branded microtower...

 

[Chrispy_]

Makes sense. Now I hate this practice even more

Yup.

It makes stocking and inventory management a nightmare for retailers.
It means there are more models to review and so less chance of finding a review of the card you're interested in
It dilutes the care, attention, and QA of the manufacturer between many models.

Is it any wonder there are so many problematic VBIOSes these days with fan/clock/power problems? Let's face it, there are only so many BIOS guys, QA guys, and tuning guys per OEM. If they make twice as many models that's half as much time to spend getting each one right and the result is that they're no all done right.

Next year a Hewlett Packard desktop from my office moves home, it's a 5-year cycle (and until now at least 1 PC had to be branded). My plan was obviously to put a 75w GPU without a 6-pin connector, but those Asus dual mini GPUs tempt me to upgrade the PSU too, although it will be a big hassle in a branded microtower...

Often the biggest problem with those SFF OEM prebuilts isn't the proprietary PSU or motherboard, but the lack of airflow to cool a 75W GPU in a tower designed for a 65W or 45W CPU only.

 

[docnorth]

Often the biggest problem with those SFF OEM prebuilts isn't the proprietary PSU or motherboard, but the lack of airflow to cool a 75W GPU in a tower designed for a 65W or 45W CPU only.

You are right, I should have clarified this, the microtower is at least 6cm wider than SFF and can take full height GPUs. I have already experience with an even older MT [late 2011 HP Elite 7300 with 95w i5-2400 and a terrible 50w(!) gt530 GPU]. The Seagate 1tb HDD had health problems and was replaced with 1tb 2,5" ssd. With a 1650 and another 4gb of RAM the PC runs excellent for its age, quiet and cool. Before the upgrade our oldest son (a student now) was asking for a new PC. Now he is not only satisfied, but he said that after graduation he'll bring it back home for his younger siblings...

 

[Edu|Hardware]

Hi @btarunr.
You mentioned that the K.O. model has a sleeve bearing, but you didn't mention the bearings of the other models. Looking at the design, they are the same, except for the number of blades, which leads me to believe that they all have sleeve bearings. Can you confirm this? An ROG video card with sleeve bearings would be ridiculous!

I have a ROG 3070Ti, and the fans are crap and made a slight noise in the first week of use! You should notice that the fans have slack, it is possible to swing from one blade to the other easily, and when it is spinning, it "dances". After 1.5 years of 100% 24/7 use, the central fan started to get stuck, because it was probably off-axis and only being held by the magnets. After 2 years, the central fan flew off and no longer fit! The other 2 fans had extreme slack and were also getting stuck. Ridiculous quality and ridiculous RMA!