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GeForce RTX 3080 10GB GDDR6X ICHILL X4 Graphics Card
Graphics Cards

GeForce RTX 3080 10GB GDDR6X ICHILL X4 Graphics Card Code: C30804-106XX-1810VA36

Key features:

  • Interface: PCI Express x16 4.0
  • HDMI, 3 DisplayPort
  • Minimum Power Supply Wattage: 750 W
  • Power Connectors: 2x 8-pin
  • Memory Bus: 320 bit
  • Dimensions: 300 x 135 mm
See full description

Top specs

  • Cuda Cores

    CUDA Cores are processing units in NVIDIA graphics cards that allow the simultaneous execution of many computational tasks. They accelerate the process of graphics processing, as well as other demanding tasks such as machine learning and data processing.

  • Interface

    The version of the PCI Express connection used for installing the graphics card on the motherboard.

    The most widespread version is 4.0, while the latest generation cards use 5.0.

    PCI Express x16 4.0

  • Memory bus

    The size of the communication channel between the chipset and the RAM of the graphics card. In combination with the processor's base clock speed, it determines the volume of data (which translates into graphics resolution and quality) that can be directed to the graphics card processor.
  • See all
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Product report

Description

Description

Ray Tracing

Ray Tracing is the holy grail of graphics gaming, simulating the physical behavior of light to deliver real-time, cinematic-quality rendering even in the most visually intense games.

DLSS AI Acceleration

NVIDIA DLSS is a groundbreaking artificial intelligence performance boost that increases frame rates by 1.5 times or more with uncompromised image quality using exclusive AI processing Tensor cores on GeForce RTX. This gives you the performance headroom to crank up settings and resolutions for an incredible visual experience. The revolution of artificial intelligence has arrived in gaming.

Greater Durability

The design emphasizes durability with a metal backplate to increase the overall rigidity of the card.

Manufacturer

Manufacturer Details

Warnings & Safety Information
See full description

Specifications

Specifications

Product Number
C30804-106XX-1810VA36

Main Specifications

Processor Manufacturer
Nvidia

Processor Manufacturer

Nvidia

nVIDIA chipset cards are characterized by high performance and 4K gaming, where they currently outperform AMD. In the mid-range category, we encounter reliable cards with similar performance from both manufacturers.
Chipset Model
GeForce RTX 3080

Chipset Model

The main graphics processing chip of the card. It is the most basic characteristic and indicative of its performance.
Interface
PCI Express x16 4.0

Interface

The version of the PCI Express connection used for installing the graphics card on the motherboard.

The most widespread version is 4.0, while the latest generation cards use 5.0.

PCI Express x16 4.0
Maximum Resolution
7680x4320 pixels
Parallel Processing Technology
Not Supported

Parallel Processing Technology

Ability to use multiple graphics cards simultaneously on a computer. Support for the corresponding technology is required from the motherboard.

This is intended for experienced users with a need for particularly high performance.
Type
High Performance

Type

High Performance

Cards that can smoothly run the most modern games at high resolutions up to 8K.
Cuda Cores
8704

Cuda Cores

CUDA Cores are processing units in NVIDIA graphics cards that allow the simultaneous execution of many computational tasks. They accelerate the process of graphics processing, as well as other demanding tasks such as machine learning and data processing.
Device Group
-
Colour
Black

Special Features

RGB Lighting
Yes

RGB Lighting

It features built-in multicolored LED lighting.
OverClock (OC)
No

OverClock (OC)

Overclocking (OC) increases the frequencies of the core and the memory (VRAM) of the card for higher FPS and faster graphics processing. It is achieved by increasing the Power Limit and voltage, but requires strong cooling to prevent overheating.
Air-cooled
Yes

Air-cooled

The graphics card is cooled by one or more fans. 2. The most common way of cooling.
Low Profile
No

Low Profile

Small-sized graphics cards.

They are commonly used in computers with small cases.
Passive Cooling
No

Passive Cooling

The graphics card cools passively, without the use of fans. They are used in cards that are not as powerful, for building a silent computer or HTPC.
Water-cooled
No

Water-cooled

Graphics cards with a waiting connection to a liquid cooling system. They cannot operate without it. Usually found in powerful graphics cards aimed at experienced and demanding users.
External Graphics Card (eGPU)
No

External Graphics Card (eGPU)

A graphics card that has its own box with its own power supply and cooling.

Usually intended for use with laptops, offering the highest performance of a desktop graphics card.
LHR
Yes

LHR

The LHR (Lite Hash Rate) technology was introduced by NVIDIA to limit the performance of graphics cards in cryptocurrency mining. The goal was to make the cards less attractive to miners, in order to increase availability and reduce prices for gamers. It is important to note that this limitation only affects mining and does not impact the card’s performance in games or graphic applications at all.

Memory

Memory Capacity
10 GB

Memory Capacity

The amount of RAM memory that the graphics card has. Important for demanding games and applications at high resolutions. It is recommended that the card has 4GB or more for gaming.
Memory type
GDDR6X

Memory type

RAM memory standards for graphics cards. Most modern cards have GDDR5 or GDDR6.
Memory Speed
-

Memory Speed

The speed of the graphics card's RAM memory.
Memory Speed
-
Memory bus
320 bit

Memory bus

The size of the communication channel between the chipset and the RAM of the graphics card. In combination with the processor's base clock speed, it determines the volume of data (which translates into graphics resolution and quality) that can be directed to the graphics card processor.

Connectivity

HDMI
1

HDMI

A modern way of digitally transmitting image and sound, compatible with DisplayPort and DVI through an adapter.
DisplayPort
3

DisplayPort

Modern way of digital transfer of image, sound and data, compatible with HDMI and DVI through an adapter.
Dual Link DVI
No

Dual Link DVI

The Dual version supports higher resolutions compared to the simple one. DVI is an older digital method of image transfer, partially compatible with HDMI cables through an adapter.

System Requirements

Minimum Power Supply
750 W

Minimum Power Supply

The minimum power supply required for proper operation of the graphics card in a computer. Mainly applies to modern and powerful graphics cards with particularly high demands. Most power supplies now are over 500W, covering the needs of an average graphics card. In any case, we must confirm that our power supply meets the requirements of the graphics card.
Power Connectors
2x 8-pin

Power Connectors

The type of additional power supply that the card needs directly from the power supply.

Dimensions

Length
300 mm
Height
135 mm

Top Specs

Memory
-

Memory

It refers to the type (e.g., GDDR6, GDDR6X) and size of the integrated memory (e.g., 4GB, 8GB, 12GB) of the graphics card. Greater capacity and newer memory types offer better performance in demanding games and applications.
Connectivity
-

Important information

Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.

See all specifications

Reviews (1)

Reviews

3.0
1
3.0
Review this product
  1. 5 stars
    0
  2. 4 stars
    0
  3. 1
  4. 2 stars
    0
  5. 1 star
    0
Review this product

Reviews by our members

  • giannis3213556
    3
    19 out of 23 members found this review helpful
    giannis3213556

    Verified purchase

    Technical specifications of my system:
    Case: CoolerMaster MasterCase H500M
    CPU: AMD Ryzen 9 5950X
    Motherboard: Asus ROG Strix X570-E Gaming Motherboard ATX
    GPU: Inno 3D GeForce RTX 3080 10GB ICHILL X4
    RAM: G.Skill Trident Z Neo 32GB DDR4-3600MHz (F4-3600C16D-32GTZNC)
    SSD 1: Samsung SSD 980 Pro 500GB
    SSD 2: Kingston A2000 SSD 1.0TB M.2 NVMe
    PSU: Corsair HXi Series HX1000i 80 Plus Platinum
    Cooling: CoolerMaster MasterLiquid ML360R RGB
    Monitor: Gigabyte G34WQC Curved Gaming Monitor 34" QHD 144Hz

    The aforementioned graphics card (Inno 3D GeForce RTX 3080 10GB ICHILL X4) was purchased on June 29, 2021 for €1550 and was first used with the above system on July 1, 2021. I mainly use the computer for video and photo editing (DaVinci Resolve, Photoshop, After Effects...), but I also use it for gaming quite often. During the first few months of operation (July-August), I noticed that when I entered my password on the Windows login screen, the screen would freeze for a second or two while the computer loaded to the desktop. In September, this problem extended to other functions within the computer. For example, when I was simply browsing the internet, the screen would periodically freeze for a few seconds and then resume. By October, this problem continued and became increasingly worse, to the point where I couldn't do my work (I had lost hours of work in DaVinci several times). Specifically, when I tried to log in to my computer, the screen would freeze and the entire system would become unresponsive. Since my processor does not have integrated graphics, I couldn't load Windows and access my desktop. I noticed the same problem when playing games. At first, I thought it was a faulty driver. I tried installing some of the older Nvidia drivers with DDU, which were potentially more stable, but the problem persisted. Ultimately, I had to return the card to the store for inspection. After about a week, they contacted me and told me that the card was defective. Of course, this doesn't mean that all cards are defective, but rather that I was unlucky... or maybe not?? With a little research on forums, you will find many cases of users who had a similar problem to mine. The cause lies in the way these cards are manufactured by third-party manufacturers (e.g. Asus, Gigabyte, INNO 3D, etc.). Each card (RTX 3080, 3090) consists of 6 capacitors, which are the final stage of power before reaching the chip. These capacitors come in two types, POSCAP and MLCC. The original Nvidia specification includes 4 POSCAP and 2 MLCC, just like the founders edition card. However, some manufacturers, possibly to save money, use 5 or even 6 POSCAP, as shown in the photo. The problem with these capacitors is that they are easily affected by high frequencies. So when the GPU exceeds 2 GHz, all the problems start. According to Nvidia, this problem was supposedly fixed with a driver update a while ago, but there are still some cases where it persists. Again, this doesn't mean that all these cards have the same problem, but it's now a matter of silicon lottery. Finally, the company compensated me and with the same amount of money (€1530) I bought the AMD RX 6900XT and the computer now performs excellently in all areas. Unfortunately, I cannot have a real picture of the performance of the RTX 3080 because simply I couldn't complete any benchmark without crashing... For me, it is unacceptable for someone to spend so much money and face problems that are due to such causes, when with the same amount of money they can buy equivalent cards that do the same and even better job.

    Translated from Greek ·
    • Silent
    • Temperature
    • Performance
    • Size
    • Value for money
    Did you find this review helpful?
  • giannis3213556
    3
    giannis3213556

    Technical specifications of my system:
    Case: CoolerMaster MasterCase H500M
    CPU: AMD Ryzen 9 5950X
    Motherboard: Asus ROG Strix X570-E Gaming Motherboard ATX
    GPU: Inno 3D GeForce RTX 3080 10GB ICHILL X4
    RAM: G.Skill Trident Z Neo 32GB DDR4-3600MHz (F4-3600C16D-32GTZNC)
    SSD 1: Samsung SSD 980 Pro 500GB
    SSD 2: Kingston A2000 SSD 1.0TB M.2 NVMe
    PSU: Corsair HXi Series HX1000i 80 Plus Platinum
    Cooling: CoolerMaster MasterLiquid ML360R RGB
    Monitor: Gigabyte G34WQC Curved Gaming Monitor 34" QHD 144Hz

    The aforementioned graphics card (Inno 3D GeForce RTX 3080 10GB ICHILL X4) was purchased on June 29, 2021 for €1550 and was first used with the above system on July 1, 2021. I mainly use the computer for video and photo editing (DaVinci Resolve, Photoshop, After Effects...), but I also use it for gaming quite often. During the first few months of operation (July-August), I noticed that when I entered my password on the Windows login screen, the screen would freeze for a second or two while the computer loaded to the desktop. In September, this problem extended to other functions within the computer. For example, when I was simply browsing the internet, the screen would periodically freeze for a few seconds and then resume. By October, this problem continued and became increasingly worse, to the point where I couldn't do my work (I had lost hours of work in DaVinci several times). Specifically, when I tried to log in to my computer, the screen would freeze and the entire system would become unresponsive. Since my processor does not have integrated graphics, I couldn't load Windows and access my desktop. I noticed the same problem when playing games. At first, I thought it was a faulty driver. I tried installing some of the older Nvidia drivers with DDU, which were potentially more stable, but the problem persisted. Ultimately, I had to return the card to the store for inspection. After about a week, they contacted me and told me that the card was defective. Of course, this doesn't mean that all cards are defective, but rather that I was unlucky... or maybe not?? With a little research on forums, you will find many cases of users who had a similar problem to mine. The cause lies in the way these cards are manufactured by third-party manufacturers (e.g. Asus, Gigabyte, INNO 3D, etc.). Each card (RTX 3080, 3090) consists of 6 capacitors, which are the final stage of power before reaching the chip. These capacitors come in two types, POSCAP and MLCC. The original Nvidia specification includes 4 POSCAP and 2 MLCC, just like the founders edition card. However, some manufacturers, possibly to save money, use 5 or even 6 POSCAP, as shown in the photo. The problem with these capacitors is that they are easily affected by high frequencies. So when the GPU exceeds 2 GHz, all the problems start. According to Nvidia, this problem was supposedly fixed with a driver update a while ago, but there are still some cases where it persists. Again, this doesn't mean that all these cards have the same problem, but it's now a matter of silicon lottery. Finally, the company compensated me and with the same amount of money (€1530) I bought the AMD RX 6900XT and the computer now performs excellently in all areas. Unfortunately, I cannot have a real picture of the performance of the RTX 3080 because simply I couldn't complete any benchmark without crashing... For me, it is unacceptable for someone to spend so much money and face problems that are due to such causes, when with the same amount of money they can buy equivalent cards that do the same and even better job.

    Translated from Greek ·
    19
  • See all
Questions

Questions

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Description & Specifications

Product Number
C30804-106XX-1810VA36

Main Specifications

Processor Manufacturer
Nvidia

Processor Manufacturer

Nvidia

nVIDIA chipset cards are characterized by high performance and 4K gaming, where they currently outperform AMD. In the mid-range category, we encounter reliable cards with similar performance from both manufacturers.
Chipset Model
GeForce RTX 3080

Chipset Model

The main graphics processing chip of the card. It is the most basic characteristic and indicative of its performance.
Interface
PCI Express x16 4.0

Interface

The version of the PCI Express connection used for installing the graphics card on the motherboard.

The most widespread version is 4.0, while the latest generation cards use 5.0.

PCI Express x16 4.0
Maximum Resolution
7680x4320 pixels
Parallel Processing Technology
Not Supported

Parallel Processing Technology

Ability to use multiple graphics cards simultaneously on a computer. Support for the corresponding technology is required from the motherboard.

This is intended for experienced users with a need for particularly high performance.
Type
High Performance

Type

High Performance

Cards that can smoothly run the most modern games at high resolutions up to 8K.
Cuda Cores
8704

Cuda Cores

CUDA Cores are processing units in NVIDIA graphics cards that allow the simultaneous execution of many computational tasks. They accelerate the process of graphics processing, as well as other demanding tasks such as machine learning and data processing.
Device Group
-
Colour
Black

Special Features

RGB Lighting
Yes

RGB Lighting

It features built-in multicolored LED lighting.
OverClock (OC)
No

OverClock (OC)

Overclocking (OC) increases the frequencies of the core and the memory (VRAM) of the card for higher FPS and faster graphics processing. It is achieved by increasing the Power Limit and voltage, but requires strong cooling to prevent overheating.
Air-cooled
Yes

Air-cooled

The graphics card is cooled by one or more fans. 2. The most common way of cooling.
Low Profile
No

Low Profile

Small-sized graphics cards.

They are commonly used in computers with small cases.
Passive Cooling
No

Passive Cooling

The graphics card cools passively, without the use of fans. They are used in cards that are not as powerful, for building a silent computer or HTPC.
Water-cooled
No

Water-cooled

Graphics cards with a waiting connection to a liquid cooling system. They cannot operate without it. Usually found in powerful graphics cards aimed at experienced and demanding users.
External Graphics Card (eGPU)
No

External Graphics Card (eGPU)

A graphics card that has its own box with its own power supply and cooling.

Usually intended for use with laptops, offering the highest performance of a desktop graphics card.
LHR
Yes

LHR

The LHR (Lite Hash Rate) technology was introduced by NVIDIA to limit the performance of graphics cards in cryptocurrency mining. The goal was to make the cards less attractive to miners, in order to increase availability and reduce prices for gamers. It is important to note that this limitation only affects mining and does not impact the card’s performance in games or graphic applications at all.

Memory

Memory Capacity
10 GB

Memory Capacity

The amount of RAM memory that the graphics card has. Important for demanding games and applications at high resolutions. It is recommended that the card has 4GB or more for gaming.
Memory type
GDDR6X

Memory type

RAM memory standards for graphics cards. Most modern cards have GDDR5 or GDDR6.
Memory Speed
-

Memory Speed

The speed of the graphics card's RAM memory.
Memory Speed
-
Memory bus
320 bit

Memory bus

The size of the communication channel between the chipset and the RAM of the graphics card. In combination with the processor's base clock speed, it determines the volume of data (which translates into graphics resolution and quality) that can be directed to the graphics card processor.

Connectivity

HDMI
1

HDMI

A modern way of digitally transmitting image and sound, compatible with DisplayPort and DVI through an adapter.
DisplayPort
3

DisplayPort

Modern way of digital transfer of image, sound and data, compatible with HDMI and DVI through an adapter.
Dual Link DVI
No

Dual Link DVI

The Dual version supports higher resolutions compared to the simple one. DVI is an older digital method of image transfer, partially compatible with HDMI cables through an adapter.

System Requirements

Minimum Power Supply
750 W

Minimum Power Supply

The minimum power supply required for proper operation of the graphics card in a computer. Mainly applies to modern and powerful graphics cards with particularly high demands. Most power supplies now are over 500W, covering the needs of an average graphics card. In any case, we must confirm that our power supply meets the requirements of the graphics card.
Power Connectors
2x 8-pin

Power Connectors

The type of additional power supply that the card needs directly from the power supply.

Dimensions

Length
300 mm
Height
135 mm

Top Specs

Memory
-

Memory

It refers to the type (e.g., GDDR6, GDDR6X) and size of the integrated memory (e.g., 4GB, 8GB, 12GB) of the graphics card. Greater capacity and newer memory types offer better performance in demanding games and applications.
Connectivity
-

Important information

Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.

Description

Ray Tracing

Ray Tracing is the holy grail of graphics gaming, simulating the physical behavior of light to deliver real-time, cinematic-quality rendering even in the most visually intense games.

DLSS AI Acceleration

NVIDIA DLSS is a groundbreaking artificial intelligence performance boost that increases frame rates by 1.5 times or more with uncompromised image quality using exclusive AI processing Tensor cores on GeForce RTX. This gives you the performance headroom to crank up settings and resolutions for an incredible visual experience. The revolution of artificial intelligence has arrived in gaming.

Greater Durability

The design emphasizes durability with a metal backplate to increase the overall rigidity of the card.

Manufacturer

Manufacturer Details

Warnings & Safety Information

Reviews (1)

3.0
1
3.0
Review this product
  1. 5 stars
    0
  2. 4 stars
    0
  3. 1
  4. 2 stars
    0
  5. 1 star
    0
Review this product

Reviews by our members

  • giannis3213556
    3
    19 out of 23 members found this review helpful
    giannis3213556

    Verified purchase

    Technical specifications of my system:
    Case: CoolerMaster MasterCase H500M
    CPU: AMD Ryzen 9 5950X
    Motherboard: Asus ROG Strix X570-E Gaming Motherboard ATX
    GPU: Inno 3D GeForce RTX 3080 10GB ICHILL X4
    RAM: G.Skill Trident Z Neo 32GB DDR4-3600MHz (F4-3600C16D-32GTZNC)
    SSD 1: Samsung SSD 980 Pro 500GB
    SSD 2: Kingston A2000 SSD 1.0TB M.2 NVMe
    PSU: Corsair HXi Series HX1000i 80 Plus Platinum
    Cooling: CoolerMaster MasterLiquid ML360R RGB
    Monitor: Gigabyte G34WQC Curved Gaming Monitor 34" QHD 144Hz

    The aforementioned graphics card (Inno 3D GeForce RTX 3080 10GB ICHILL X4) was purchased on June 29, 2021 for €1550 and was first used with the above system on July 1, 2021. I mainly use the computer for video and photo editing (DaVinci Resolve, Photoshop, After Effects...), but I also use it for gaming quite often. During the first few months of operation (July-August), I noticed that when I entered my password on the Windows login screen, the screen would freeze for a second or two while the computer loaded to the desktop. In September, this problem extended to other functions within the computer. For example, when I was simply browsing the internet, the screen would periodically freeze for a few seconds and then resume. By October, this problem continued and became increasingly worse, to the point where I couldn't do my work (I had lost hours of work in DaVinci several times). Specifically, when I tried to log in to my computer, the screen would freeze and the entire system would become unresponsive. Since my processor does not have integrated graphics, I couldn't load Windows and access my desktop. I noticed the same problem when playing games. At first, I thought it was a faulty driver. I tried installing some of the older Nvidia drivers with DDU, which were potentially more stable, but the problem persisted. Ultimately, I had to return the card to the store for inspection. After about a week, they contacted me and told me that the card was defective. Of course, this doesn't mean that all cards are defective, but rather that I was unlucky... or maybe not?? With a little research on forums, you will find many cases of users who had a similar problem to mine. The cause lies in the way these cards are manufactured by third-party manufacturers (e.g. Asus, Gigabyte, INNO 3D, etc.). Each card (RTX 3080, 3090) consists of 6 capacitors, which are the final stage of power before reaching the chip. These capacitors come in two types, POSCAP and MLCC. The original Nvidia specification includes 4 POSCAP and 2 MLCC, just like the founders edition card. However, some manufacturers, possibly to save money, use 5 or even 6 POSCAP, as shown in the photo. The problem with these capacitors is that they are easily affected by high frequencies. So when the GPU exceeds 2 GHz, all the problems start. According to Nvidia, this problem was supposedly fixed with a driver update a while ago, but there are still some cases where it persists. Again, this doesn't mean that all these cards have the same problem, but it's now a matter of silicon lottery. Finally, the company compensated me and with the same amount of money (€1530) I bought the AMD RX 6900XT and the computer now performs excellently in all areas. Unfortunately, I cannot have a real picture of the performance of the RTX 3080 because simply I couldn't complete any benchmark without crashing... For me, it is unacceptable for someone to spend so much money and face problems that are due to such causes, when with the same amount of money they can buy equivalent cards that do the same and even better job.

    Translated from Greek ·
    • Silent
    • Temperature
    • Performance
    • Size
    • Value for money
    Did you find this review helpful?
  • giannis3213556
    3
    giannis3213556

    Technical specifications of my system:
    Case: CoolerMaster MasterCase H500M
    CPU: AMD Ryzen 9 5950X
    Motherboard: Asus ROG Strix X570-E Gaming Motherboard ATX
    GPU: Inno 3D GeForce RTX 3080 10GB ICHILL X4
    RAM: G.Skill Trident Z Neo 32GB DDR4-3600MHz (F4-3600C16D-32GTZNC)
    SSD 1: Samsung SSD 980 Pro 500GB
    SSD 2: Kingston A2000 SSD 1.0TB M.2 NVMe
    PSU: Corsair HXi Series HX1000i 80 Plus Platinum
    Cooling: CoolerMaster MasterLiquid ML360R RGB
    Monitor: Gigabyte G34WQC Curved Gaming Monitor 34" QHD 144Hz

    The aforementioned graphics card (Inno 3D GeForce RTX 3080 10GB ICHILL X4) was purchased on June 29, 2021 for €1550 and was first used with the above system on July 1, 2021. I mainly use the computer for video and photo editing (DaVinci Resolve, Photoshop, After Effects...), but I also use it for gaming quite often. During the first few months of operation (July-August), I noticed that when I entered my password on the Windows login screen, the screen would freeze for a second or two while the computer loaded to the desktop. In September, this problem extended to other functions within the computer. For example, when I was simply browsing the internet, the screen would periodically freeze for a few seconds and then resume. By October, this problem continued and became increasingly worse, to the point where I couldn't do my work (I had lost hours of work in DaVinci several times). Specifically, when I tried to log in to my computer, the screen would freeze and the entire system would become unresponsive. Since my processor does not have integrated graphics, I couldn't load Windows and access my desktop. I noticed the same problem when playing games. At first, I thought it was a faulty driver. I tried installing some of the older Nvidia drivers with DDU, which were potentially more stable, but the problem persisted. Ultimately, I had to return the card to the store for inspection. After about a week, they contacted me and told me that the card was defective. Of course, this doesn't mean that all cards are defective, but rather that I was unlucky... or maybe not?? With a little research on forums, you will find many cases of users who had a similar problem to mine. The cause lies in the way these cards are manufactured by third-party manufacturers (e.g. Asus, Gigabyte, INNO 3D, etc.). Each card (RTX 3080, 3090) consists of 6 capacitors, which are the final stage of power before reaching the chip. These capacitors come in two types, POSCAP and MLCC. The original Nvidia specification includes 4 POSCAP and 2 MLCC, just like the founders edition card. However, some manufacturers, possibly to save money, use 5 or even 6 POSCAP, as shown in the photo. The problem with these capacitors is that they are easily affected by high frequencies. So when the GPU exceeds 2 GHz, all the problems start. According to Nvidia, this problem was supposedly fixed with a driver update a while ago, but there are still some cases where it persists. Again, this doesn't mean that all these cards have the same problem, but it's now a matter of silicon lottery. Finally, the company compensated me and with the same amount of money (€1530) I bought the AMD RX 6900XT and the computer now performs excellently in all areas. Unfortunately, I cannot have a real picture of the performance of the RTX 3080 because simply I couldn't complete any benchmark without crashing... For me, it is unacceptable for someone to spend so much money and face problems that are due to such causes, when with the same amount of money they can buy equivalent cards that do the same and even better job.

    Translated from Greek ·
    19
  • See all
Inno 3D