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ASUS DUAL GEFORCE RTX 2060 6G Overclocked 6G EVO
In Stock
$518.00
In Stock
ASUS Dual GeForce RTX™ 2060 OC edition EVO 6GB GDDR6 with the all-new NVIDIA Turing™ GPU architecture.
The biggest single feature of the card is the cooling. This is a 2+ slot affair that features 3 variable speed fans. It is a significant chunk of aluminum fins and nickel-plated copper heat pipes/GPU plate. The fans themselves are a Asus patented design which features finlets on the end of the blades to increase pressure/airflow as well as potentially cut down on noise. To help support this cooler there is a front metal frame that surrounds many of the components as well as a large, stiff back plate with strategically placed holes to improve airflow around hot components.
Description
Asus rtx 2060 RTX 2060 6G Overclocked 6G EVO
THE ASUS ROG STRIX RTX 2060 O6G
Asus rtx 2060 hardly needs an introduction these days. They have been essentially the largest motherboard and graphics card manufacturer for decades, and they have branched out into other products that cover the spectrum of PC technology. They are generally known by their quality construction and high performing designs. Though the competition from Gigabyte and MSI has been fierce, Asus still has retained the impression that their products are the benchmark against which all others are measured.
The ROG (Republic of Gamers) moniker also covers a series of products that are a step above the standard/reference products. STRIX is the second part that essentially describes products that are designed for cool and quiet running. These have been pretty popular products with enthusiasts who are able to spend a little extra money to get the features they want out of a card. These products are over-engineered in terms of components and cooling to provide an experience that should extend well above what reference designs can deliver for .
The Asus ROG STRIX RTX 2060 O6G that we are covering today is a card that currently is priced at $419, which is well above the MSRP of a generic RTX 2060 (and with the RTX SUPER launch this must assuredly come down – Ed.). It features an overclocked core, but the memory is left at standard speed. Further discussion of the benefits of the card will follow.
Specification of Asus rtx 2060
- Model of asus rtx 2060 : DUAL-RTX2060-O6G-EVO
- Interface of asus rtx 2060: PCI Express 3.0 x16
- Memory size of asus rtx 2060: 6GB
- Ports : 1 x HDMI 2.0b / 1 x DisplayPort 1.4 / 4 x Multi-Monitor Support / 1 x DVI-D
- Power connector of asus rtx 2060 : 8-Pin
- Cooler of asus rtx 2060: Double Fans
- Card dimensions ( L X H ) : 9.53″ x 5.12″
- Max GPU Lenght : 242 mm
Components of Asus rtx 2060
- 1 X ASUS DUAL GEFORCE RTX 2060 6G Overclocked 6G EVO
Shipping of Asus rtx 2060
- Shipped in 1-3 business days
- Safe professional packaging
- 30 days MiningCave Warranty
- Worldwide Delivery ( UPS – DHL )
- FINAL SALES, NO REFUNDS WILL BE GRANTED
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THE Asus rtx 2060 RTX O6G CARD
This is the overclocked version of the STRIX RTX 2060 which pushes maximum boost clocks to 1860 MHz as compared to the standard 1680 MHz that NVIDIA specifies. The board has 6 GB of GDDR6 clocked at 14 Gbps (or 7000 MHz, depending on what measurement you apply). This memory is on a 192 bit bus rather than featuring 8 GB of memory on a 256 bit bus as seen on the RTX 2070. The 2060 and 2070 parts both share the same silicon, but the 2060 is partially disabled. The 2060 has a total of 1920 CUDA cores as compared to the 2304 of the 2070. The 1920 CUDA cores is identical to the specifications of the older GTX 1070. This should have been the biggest clue to me about how the card would perform in a variety of applications.
The Turing architecture increases overall performance per clock compared to the older Pascal GPUs, and it also adds the RTX features mentioned above. The die size of the RTX silicon is quite a bit larger than the previous GTX generation, even though it is made on an optimized 12 nm process from TSMC. The extra RTX features consume a respectable amount of die space with the included tensor cores and other hardware to accelerate the additional functionality. We also see a bit of a clockspeed boost going to the new Turing architecture due to both process and design decisions.
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