Asus geforce nvidia gt 1030 2gb đánh giá

VGA ASUS GT 1030 2GB (PH-GT1030-O2G) với trang bị xung tăng cường GPU 1531 MHz mang lại cho bạn trải nghiệm chơi game tuyệt vời bởi hiệu năng vượt trội. Sử dụng chip đồ họa NVIDIA GeForce GT 1030 giúp sử dụng các tác vụ một cách mượt mà. Dung lượng VGA Asus 2GB GDDR5 hỗ trợ hiệu suất thêm mạnh mẽ.

VGA ASUS GT 1030 2GB (PH-GT1030-O2G) - Hiệu năng ấn tượng

VGA ASUS GT 1030 2GB (PH-GT1030-O2G) sẽ là một phụ kiện không thể thiếu cho trải nghiệm chơi game của bạn thêm phần thú vị và mượt mà. Trang bị những công nghệ cùng thiết kế thông minh, dễ dàng tương thích với thiết bị của bạn.

Hiệu năng vượt trội

Máy tính được trang bị chip đồ họa NVIDIA GeForce GT 1030, một lựa chọn đáng tin cậy cho những nhu cầu về hiệu năng đồ họa cơ bản. Dù bạn là người yêu thích game, hay đang làm việc với các ứng dụng đòi hỏi xử lý đồ họa, chip này đáp ứng khá tốt.

Card đồ họa này được thiết kế với sự tối ưu hóa hiệu năng ở cả chế độ OC (Overclock) và chế độ chơi game.

Tích hợp bộ nhớ GDDR5

Với bộ nhớ 2GB GDDR5, VGA ASUS GT 1030 2GB (PH-GT1030-O2G) đủ sức đáp ứng nhu cầu của các ứng dụng đòi hỏi bộ nhớ đồ họa lớn. Dù bạn đang chỉnh sửa video, làm đồ họa, hoặc chơi game, bộ nhớ này giúp đảm bảo bạn có khả năng làm việc mượt mà.

VGA còn có thiết kế với khả năng làm mát hiệu quả đảm bảo rằng card đồ họa này sẽ hoạt động mà không gặp vấn đề về nhiệt độ hoặc hiệu suất trong thời gian dài.

Mua ngay VGA ASUS GT 1030 2GB (PH-GT1030-O2G) tại CellphoneS

Đến ngay với cửa hàng CellphoneS gần nhất, bạn có thể sở hữu nhanh VGA ASUS GT 1030 2GB (PH-GT1030-O2G) chính hãng. Tại đây, bạn sẽ được tư vấn nhiệt tình từ nhân viên để chọn được sản phẩm đúng nhu cầu của mình.

Although we might have hoped for better performance in taxing graphics workloads, Nvidia's GeForce GT 1030 performs admirably in the competitive gaming titles it was designed to service. Moreover, a low price, power-friendly architecture, and compelling form factor make the card accessible to just about anyone with an available PCIe slot.

Pros

• + Starts at $70
• + Remarkably low 30W TDP
• + Excellent performance in eSports and DirectX9/11-based games
• + Single-slot/low-profile form factor

Cons

• - Trails AMD's Radeon RX 550 in DX12/Vulkan-based games

Why you can trust Tom's Hardware Our expert reviewers spend hours testing and comparing products and services so you can choose the best for you. Find out more about how we test.

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Meet GeForce GT 1030 2GB

• Page 1: Meet GeForce GT 1030 2GB
• Page 2: Meet Gigabyte's Low-Profile GeForce GT 1030 Cards
• Page 3: How We Tested GeForce GT 1030
• Page 4: Battlefield 1 (DirectX 12)
• Page 5: Doom (Vulkan)
• Page 6: Dota 2 (Vulkan)
• Page 7: StarCraft II (DirectX 9)
• Page 8: World of Warcraft (DirectX 11)
• Page 9: Power Consumption
• Page 10: Clock Frequency, Temperature & Noise
• Page 11: Conclusion

Meet GeForce GT 1030 2GB

[May 2020 Update: If you're reading this review hoping to find the best graphics card that will let you play games without spending a lot of money, pricing and availability for the old GT 1030 are spotty right now, leading to sometimes higher prices. Unless you specifically need a low profile card like this Gigabyte GT 1030 or Asus GT 1030, we recommend moving up to at least a Radeon RX 560 for $20 more. But if you're serious about playing games, check our GPU Hierarchy and try to get at least something like a GTX 1650 Super or better.]

Once upon a time, Nvidia’s GeForce GT 730 was the lead-off hitter for our list of Best Graphics Cards. It sold for right around $70 and offered 384 CUDA cores. As AMD’s Radeon R7 300s started dropping below $100, though, their superior performance made a slightly higher price tag worth paying. For a while there, our least expensive recommendation started somewhere between $90 and $100.

Now, after more than a year of dominance at the high end with its Pascal-based 10-series cards, Nvidia is ready to challenge AMD’s entry-level position with GeForce GT 1030.

Gigabyte sent over its GeForce GT 1030 Low Profile 2G to represent Nvidia’s latest addition. The card ships with a full-sized slot bracket in place, but it includes a half-height bracket for slim enclosures as well. Although our sample is actively cooled, Gigabyte also sells a passive model sporting the same clock rates. Low-profile and passively-cooled? Yup.

GeForce GT 1030’s TDP is a mere 30W, so we can already guess that power consumption, thermals, and acoustics will be some of this board’s advantages over the competition. But can it keep up in our benchmark suite? After all, that’s what determines whether the GT 1030 succeeds GT 730 in our list of gaming graphics cards.

Meet GP108

GeForce GT 1030 utilizes an all-new graphics processor called GP108, composed of 1.8 billion transistors. It’s a teeny thing at just 70mm², thanks to the same 14nm FinFET process used to manufacture GP107. Compare that to GeForce GT 730’s GK208 chip with 1.02 billion transistors in an 84mm² die. Or how about the GeForce GTX 750 Ti, which we’re making the GT 1030 battle in today’s benchmarks? That card’s GM107 GPU has a similar transistor count as GP108, but in a 148mm² die, owing to its 28nm manufacturing process.

Here’s the thing, though: whereas GeForce GTX 750 Ti employs five Streaming Multiprocessors, GT 1030 comes equipped with three. Given 128 CUDA cores per SM/SMM in the Pascal and Maxwell architectures, that’s 384 cores for GT 1030 and 640 for GTX 750 Ti. Both designs also expose eight texture units per SM, totaling 24 on GeForce GT 1030, while GTX 750 Ti gets 40. The two GPUs feature a pair of ROP partitions, giving you up to 16 32-bit integer pixels per clock. However, those partitions are aligned with 256KB slices of L2 cache on GP108 and 1MB slices of L2 on GM107. That means GeForce GT 1030 includes 512KB L2 total—a big reduction from GTX 750 Ti’s 2MB. And whereas GeForce GTX 750 Ti utilizes two 64-bit memory controllers, GT 1030’s specs break the memory bus down into a pair of 32-bit controllers, adding up to a 64-bit interface. That’s a lot of lost resources for a ~4% difference in complexity.

Nvidia goes a long way to overcoming those deficits in GT 1030 with higher clock rates. Our sample employs a 1227 MHz base frequency and a typical GPU Boost rating of 1468 MHz. In contrast, GeForce GTX 750 Ti starts at 1020 MHz and boosts just slightly to 1085 MHz. Of course, a 64-bit aggregate memory bus cripples GT 1030’s peak bandwidth to 48 GB/s using 6 Gb/s GDDR5; GTX 750 Ti’s wider interface facilitates up to 86.4 GB/s.

GeForce GT 730: The Real Competition

But remember that GTX 750 Ti launched as a $150 card, and even now sells for $100 and up. We’re only fascinated by the comparison to GT 1030 because of their similar transistor counts. In reality, GeForce GT 1030 is the spiritual successor of GT 730 since Nvidia never created a 900-series product below the $160 GTX 950. Spec-wise, the Kepler-class GeForce GT 730 is a much closer match with 384 CUDA and 16 texture units across two SMXes, eight ROPs, 512KB of L2 cache, and a 64-bit interface. Also, GT 730’s 38W lands a lot closer to GT 1030’s 30W specification. GeForce GTX 750 Ti is a 60W card, and we haven’t seen evidence that it can be passively cooled in a low-profile form factor.

So why is GP108 so much more complex of a GPU than GK208? The two GPUs do span a couple of different architectures, so they’re organized differently, for starters.

GP108 utilizes a single Graphics Processing Cluster with three Streaming Multiprocessors. Again, each SM includes 128 CUDA cores, eight texture units, 24KB of L1/texture cache, and 64KB of shared address space. Meanwhile, GK208 employs two larger SMXes, each with 192 CUDA cores, eight functional texture units, 64KB of shared memory and L1 cache, and a separate texture cache. GP108 also sports 16 ROP units to GK208’s eight.

In the end, GP108 offers a much higher pixel fill rate than GK208 (19.8 GP/s vs. 7.2 GP/s). Its texture rate is much greater, too (29.8 GT/s vs. 14.4 GT/s). Further, Nvidia says that the work it did to enable Pascal’s aggressive clock rates and proper asynchronous compute support via dynamic load balancing added to the transistor budget. GeForce GT 1030 uses a complete GP108 processor—there are no disabled resources waiting to be switched on. It’s just a much denser GPU than GK208.

The competition from AMD lands somewhere between GM107 and GK208. Its Radeon RX 550 is a little more expensive (~$85) and slightly more power-hungry (50W). We’ve seen low-profile and “single-slot” versions, but not both. Nothing with passive cooling, either. On the other hand, you get 512 Stream processors, 32 texture units, and 16 ROPs in a 2.2 billion-transistor Polaris 12 GPU. That translates to a pixel fill rate of 17.6 GP/s and a texturing rate of 35.2 GT/s. Faster 7 Gb/s GDDR5 modules on a wider 128-bit memory bus give AMD a 233% theoretical bandwidth advantage, too.

And yet, Nvidia tells us its GeForce GT 1030 should trade blows with AMD’s pricier solution. If that turns out to be true, it’d be quite an achievement for a smaller and simpler graphics card able to fit into PCs that might not accommodate a Radeon RX 550.

MORE: Best Graphics Cards

MORE: Desktop GPU Performance Hierarchy Table

MORE: All Graphics Content

• turkey3_scratch This is a fantastic chip! Seeing as it performs nearly on-par with the 750Ti, it has approximately double the performance/power ratio. It is also perfect for a noiseless PC, the passively cooled one is. Reply
• takeshi7 Does this card work with 4K Netflix? From what I've read Nvidia requires 3GB VRAM for it which seems stupid and arbitrary. 2GB is enough to buffer several seconds of 4K movie frames. Reply
• King_V Definitely interesting. Going through the initial tests, I actually started wondering why the RX550 was lower in the hierarchy charts than the 750Ti. Then, when they switched positions in some other tests, it became more clear. And, I concluded that even putting certain cards in tiers relative to each other is not that easy. I was very glad to see this test, though, as I'd previously considered getting the GT1030. My need for it is no longer there. Overall, I think the 750Ti, RX 550, and RX 460 are closer to each other than I anticipated. It does seem the 1030 is behind them all, but not too far behind. Thanks for this review. I can't wait to see where it ultimately falls in the hierarchy chart(which, oddly, is missing the RX 560 but I suspect that is in the same tier as the RX 460) Reply
• Boom_4 TAKESHI7 yes it's enough, IDK where you heard that you need 3gb or VRAM. Reply
• hendriksnyder Will this work with a core I7 7700k? And would it be able to run games like FO4 and TitanFall 2 on ultra settings? Reply
• takeshi7

  19934708 said:

TAKESHI7 yes it's enough, IDK where you heard that you need 3gb or VRAM. Multiple sources say you need 3GB VRAM http://nvidia.custhelp.com/app/answers/detail/a_id/4457/~/preview-of-4k-uhd-netflix-content-on-nvidia-gpus http://www.pcworld.com/article/3193566/components-graphics/nvidia-quietly-opens-4k-netflix-streaming-on-geforce-gtx-10-series-graphics-cards.html It's pretty stupid because that means you have to spend twice as much to get a 1050 Ti minimum. Reply

• zcat Can't wait to swap out my miniITX's old 750Ti with a true successor that's twice as powerful at the same bus-powered max of 60W. Reply

mikegrok

I am going to be installing a bunch of these into a dental office as soon as stocks get better. Dental offices have 2 monitors per computer (usually using the gti 720). One for work, and one to show Netflix, and distract the patients. The computers have CPUs that don't accelerate h265, and the 1000 series nvidia GPUs accelerate the current video codecs.