Review | ASUS TUF RTX 3080 O10G Gaming

Benchmarks for the review are recorded via CapFrameX and in full screen mode. Motion-blur and V-SYNC are turned off unless otherwise stated.

Temperature, Power and Noise

Graphics card thermal figures are taken during a 15 minute idle and a 15 minute load via OCCT’s 3D stress test. The ambient temperature is checked at 27 °C (±1 °C), with values extracted via HWiNFO and GPU-Z.

Now total system power consumption are also noted during the stress test. The measurements are then taken by a watt-meter.

Graphics card noise levels are also measured via the OCCT 3D stress test. The ambient sound level or noise floor is about 34 dBA (±1 dBA). Measurements are then taken via a sound level meter situated exactly 12 inches away from the card.

The ASUS TUF RTX 3080 is off from a good start although Nvidia is not joking when they said a 750W is required for this card. All profiles considered, the particular model performed the best with the default mode (Gaming) enabled.

Synthetic Performance

The Aida64 Extreme Edition GPGPU Benchmark is designed to measure GPGPU computing performance via different workloads. Our choice here is the Single-Precision benchmark to check out the floating-point performance of the card.

LuxMark is an OpenCL cross-platform benchmark tool. Scene of choice is the LuxBall HDR. It is a benchmark with a total of 217K triangles required to render.

Synthetic benchmark performance are excellent. We promise to update this section once we got more cards to test for our updated test system.

Gaming Performance

CS:GO is Valve’s critically acclaimed FPS game, running on the Source engine utilizing the DirectX 9 API. Demo used is the grand finals match between Astralis and ENCE at IEM Katowice 2019.

Tom Clancy’s Rainbow Six Siege is a popular FPS title developed by Ubisoft utilizing the AnvilNext 2.0 engine with DirectX 11 and Vulkan API support. The benchmark tool within the game is used for this run.

League of Legends is one of the genre defining MOBA games in the industry. It utilizes RIOT Game’s in-house engine written in C++ with support for the DirectX 9 API. Demo of choice is a Summoner’s Rift replay via the ROFL-Player.

DOTA 2 is yet another popular MOBA game featuring Valve’s Source 2 engine with support for a number of APIs. Benchmark of choice here is a demo from OG and Liquid’s grand finals match at The International 2019.

Assetto Corsa is a sim-racing game developed by Kunos Simulazioni with extensive support for customization. The game runs on a in-house engine with support for DirectX 11. The built-in benchmarking tool is used for the run.

F1 2020 is the official F1 racing game developed by Codemasters utilizing the Ego Engine 3.0 with support for DirectX 11 and DirectX 12. API of choice is DirectX 12 with the built-in benchmarking tool utilized for the review.

Final Fantasy XIV: Shadowbringers is an MMORPG created by Square Enix. It uses the tried and tested Crystal Tools game engine with support for DirectX 11. The built-in benchmark tool is used for this run.

Shadow of the Tomb Raider is the third installment for Eidos-Montréal’s reboot of the original series. The updated Foundation game engine is featured in this game with support for DirectX 11 and DirectX 12. The first few scenes from the built-in benchmark tool is used for this review.

Gaming performance wise, there’s no denying that the RTX 3080 is a monster on AAA tiles, reaching more than 60 FPS on average at 4K UHD. With no cards to go against with at the moment, we’ll focus our attention to the issues I had during my time with this card – the GPU usage at the lighter titles.

At DOTA 2, CS:GO and LoL, the card starts at 90-100% GPU utilization. A few minutes in and it will start to stabilize at 30-40% GPU usage which is not really helping when it comes to benchmarking and maximizing the use of the card.

Going by the book, we tried to change drivers, re-install Windows, change components and played with a number of power and software options. Nothing helped so here we are with the gimped lower resolution, lower GPU usage results.

Anyway, I expected a lot from this card – especially with 360Hz monitors inbound. I wager this could be fixed with a simple driver update or with an actually useful Power Management Mode and Max Frame Rate slider at the NVCP.

Software, Lighting and Special Features

Apart from the obvious support for GeForce Experience, real-time ray tracing, DLSS and other AI enhanced Nvidia solutions, the TUF RTX 3080 from ASUS supports the latest iteration of the GPU Tweak II. It comes with a three profile presets, an onboard GPU-Z and available set of tools ready to download such as a timed copy of Xsplit, FurMark and the QuantumCloud mining software.

The ASUS TUF RTX 3080 also comes with a physical BIOS switch. This allows you to switch from a the default Performance Mode to the Quiet Mode with a more aggressive temperature curve for the fans. This thing will run about ~10°C higher with the quieter mode so we prefer performance all the way.

Final Thoughts

Awesome is a fitting word to describe the RTX 3080. It is a huge step-up from the Turing architecture, allowing gamers to play demanding titles that otherwise would require the equivalent of a much more expensive model from the yesteryear.

As for the card specifics, the ASUS TUF RTX 3080 O10G Gaming is one hulking beast and it should be, just to tame Ampere’s 320W TDP. Power and noise are ideal for gaming and there’s no need to worry about the card’s thermal at all even with small enclosures. One small issue here is the card’s quiet mode but who needs to use that anyway especially with the two better modes around? I say just wing it with the OC mode because the card could handle it just fine.

The ASUS TUF RTX 3080 model that we got retails for about 49,490.00 Pesos. A price that many of you are willing to pay for. Go get it if all you want is a far superior card that could slice through AAA titles like butter.