Top 5 Best Graphics Card For Zebronics H61 Motherboard 2023
Here is the Best Graphics Card For Zebronics H61 Motherboard! Will be performing any important tasks, such as photo or video editing, as well as any other tasks requiring graphics processing, such as gaming or live streaming.
There is no necessity to worry about the model of your motherboard because the PCI Express bus is designed to be backward compatible with a wide range of graphics cards on the market, therefore when it comes to graphics cards, always purchase a card that will match your system’s CPU to avoid breaking the bank.
For instance, if you want to game on a GA-H61 with an entry-level dual-core or quad-core i5, try to choose an entry-level or mid-range graphics card. A GTX 1050 TI, GTX 1660, GTX 1650, or RX 570 will work just fine. You may always upgrade to an RX 580, RTX 2060, GTX 1080, or RX 5500 XT with an i7 CPU.
Also, remember that the power requirements of the cards you choose will vary. While some cards, like the gtx 1050ti, can be powered directly from the motherboard PCI express slot, more powerful cards, like the RX 570 and RX 580, will need either an eight or 6-pin PCI Express power connector from your power supply.
In a Hurry??? Check Top 3 Graphics Card Below…
|Image||Product Name||Global Rating||Price|
4.6 Out Of 5 Stars
|Check Price and Reviews on Amazon|
4.6 Out of 5 Stars
|Check Price and Reviews on Amazon|
4.6 Out Of 5 Stars
|Check Price and Reviews on Amazon|
4.6 Out of 5 Stars
|Check Price and Reviews on Amazon|
4.2 Out of 5 Stars
|Check Price and Reviews on Amazon|
- Our Recommendations
- Best Graphics Card For Zebronics H61 Motherboard
- Our Top Pick Graphics Card For H61 Motherboard – Gigabyte Geforce GTX 1050 Ti
- Runner Up Pick Zebronics H61 Motherboard Supported Graphics Card – ZOTAC Gaming GeForce GTX 1650
- Latest Graphics Card – ZOTAC Gaming GeForce GTX 1660
- H61 Supported Graphics Card – XFX RX 570 4GB GDDR5
- Zebronics H61 Graphics Card – XFX Radeon RX 580
- Product Comparison
- Product Testing
- What To Look For In The Best Graphics Card For A Zebronics H61 Motherboard?
- Graphics Card Memory: How Much Is Enough?
- Frequently Asked Questions
Best Graphics Card For Zebronics H61 Motherboard
Our Top Pick Graphics Card For H61 Motherboard – Gigabyte Geforce GTX 1050 Ti
- Games At 1080P At 60 FPS
- Latest Geforce Gaming Features
- L=229 & W=118 Mm
- Recommended PSU: 300W
One of the more expensive video cards from this new wave has arrived on our testing bench now that the GeForce GTX 1050 and GTX 1050 Ti graphics chips have been officially unveiled. This places the particular Gigabyte card in a similar general price range as AMD’s Radeon RX 470 cards, of which we’ve tested one (the PowerColor Red Devil Radeon RX 470) and have others in the works.
Since the GeForce GTX 1050 Ti has somewhat better specifications than the base GeForce GTX 1050, Nvidia generally promoted it in its debut announcement. Therefore, it is not unexpected that the first card we are testing is a more expensive GTX 1050 Ti variant since card manufacturers typically like to showcase their best technology. (However, we also have a few GeForce GTX 1050 non-Ti cards on the bench behind it, so we’ll talk about one of those as well.)
This specific model is the top-tier GeForce GTX 1050 Ti option Gigabyte offers at launch. The business also provides many GTX 1050 Ti variants with a similar appearance but lower specifications, such as the GTX 1050 Ti WindForce OC and the straightforward GTX 1050 Ti OC 4G. They all borrow features from G1 Gaming.
Still, only this card has them all: metal backplate, one-click overclocking, binned GPU, RGB lighting, one-click overclocking, excellent cooling, and one-click stability. It costs $30 more than a standard GTX 1050 Ti because of all those extras.
While this is going on, Gigabyte’s lower-end models forgo the flashy lights, metal backplate, and faster clock speeds of the GeForce GTX 1050 Ti Gaming G1, costing $10 less for the GTX 1050 Ti WindForce OC and $20 less for the GTX 1050 Ti OC 4G, respectively.
The first premium feature on this card is the RGB lighting, which on the GeForce GTX 1050 Ti Gaming G1 translates to two LED-lit regions on the side of the card. This RGB lighting is now standard (on a fancy card, at least). The Gigabyte logo is on one, while the stopped-fan indicator is on the other. The lights can always be on, flash, breathe, or alternate between different hues.
Admittedly, it struggles to run the majority of the most recent AAA games at medium-high settings in 1080p, but it performs admirably at lower locations and in less taxing games. It was well worth the money, and even though I slightly overclocked it, it held up just fine. But if you want to play 1080p games, I’d suggest getting a 1660 super.
Runner Up Pick Zebronics H61 Motherboard Supported Graphics Card – ZOTAC Gaming GeForce GTX 1650
- Boost Clock 1695 MHZ
- Super Compact 5.94 Inch Card
- DisplayPort 1.4
- Dual Slot
The Zotac GeForce GTX 1650 OC is yet another Nvidia card that seeks to remind the world that the business can still produce cards that won’t rip your wallet in half the next time you visit the checkout counter. It is based on Nvidia’s “Turing” architecture and uses a new best GPU (the TU117).
Many gamers were turned off by the steep price shock that the higher-end GeForce RTX cards delivered, with the top-end card costing well over $1,000 when the first of Nvidia’s GeForce RTX cards launched last year.
This effect was only made worse because none of the games planned to be released that year would use the extra RT and Tensor cores, which power ray-tracing and DLSS functionalities are the fundamental value proposition of the RTX cards.
The GeForce GTX 1660, GeForce GTX 1660 Ti, and the current GeForce GTX 1650 were created. These cards target the middle of the market and offer the advantages of the Turing architecture while reducing manufacturing costs by donning fewer cores, namely the RT and Tensor ones.
I got this ZOTAC 1650, and I’m hoping it will last me for another two to three years. I have no trouble using Photoshop and Revit on my 4K monitor. I have no problems playing the Yakuza series, Ghost Recon Wildlands, or Borderlands 3 in 4K. I don’t think I can maximize the graphic settings for the more recent games. It is a valuable card.
Latest Graphics Card – ZOTAC Gaming GeForce GTX 1660
- Boost Clock 1785 MHZ
- Games At 1080p At 60 Fps
- Super Compact 8.5-Inch Card
- Supported OS – Windows 10 / 7 64-Bit
Recent Nvidia Super cards that we have examined include the GeForce GTX 1650 Super and GTX 1660 Super. Overall, we were pleased with the performance and price of the GPUs in both of these cards. The GTX 1660, a video card intended for 1080p gaming while keeping cost in mind, sits between these two cards.
A review of the Zotac GTX 1660 Amp is now available. Zotac enhances the fundamental specifications by adding its touches, such as a factory overclock, better power delivery, and the IceStorm 2.0 cooling system, to the GTX 1660’s reference values.
Nvidia only has reference specifications; it lacks a reference SKU, like many of these inexpensive cards. Our Zotac model is compact and has a single 8-pin PCIe power connector and dual-fan cooling. It is ideal for small form-factor projects.
The GTX 1660 employs a specific variety of the TU116 silicon used in the GTX 1660 and 1660 Ti, just like the 1660 Super, and is based on the Turing architecture. There is no RTX support for ray tracing here, as on other GTX-branded cards.
The TU116 die, which has 6.6 billion transistors and is 284 mm2 in size, is produced by TSMC using the 12nm FFN (FinFET Nvidia) technology. The GTX 1660’s 1,408 cores, 88 TMUs, and 40 ROPS are reduced from the GTX 1660 Ti’s full TU116 model. One thousand five hundred thirty-six cores, 96 TMUs, and 48 ROPs make up the Ti variant.
The Super cards above and below the GTX 1660 use GDDR6 visual memory. The memory has a 6GB capacity, six 32-bit memory controllers, and a 192-bit bus, making it ideal for 1080p gaming. 6GB cards provide 50% more VRAM to store textures and other bits without switching out to slower storage off the card, but certain 4GB cards would choke when out of memory.
A 1,530 MHz base clock and a 2,001 MHz (8,004 MHZ effective) memory clock are included in the Zotac GTX 1660. The reference clock, which is specified at 1,845 MHz, is also the core boost clock. 130W, or 10W more than the reference amount, is the TDP listed. The majority of card manufacturers advise using a power supply of 350W or more with the GTX 1660.
Based on price and performance, I chose 1660 for my partner’s second custom build. No game, VR or not, that has been thrown at it has caused it to stutter. It operates just as well as my 3060. Thus there won’t be a need to upgrade any time soon.
H61 Supported Graphics Card – XFX RX 570 4GB GDDR5
- 4GB Gddr5 Memory
- AMD Rx 570 Chipset
- Gaming And Cryptocurrency Mining
- XFX Double Dissipation Cooling Design
XFX has included some intriguing utilities on this graphics card, like the XFX True Clock. Software is typically used to control the frequency of work, but this reduces the equipment’s performance, so XFX has created a new method.
However, XFX’s True Clock uses hardware to adjust the working frequencies, guaranteeing that the graphics card performs at its best. The frequency is guaranteed to be more stable by the hardware stability.
It has the same essential core and much of the RX 470’s characteristics, but it is built using a more developed 14nm fab process, enabling faster core and boost speeds. The Ellesmere PRO core from AMD has been renamed Polaris 20 XL, although it still has the same 232mm2 DIE size, 5,700 million transistors, 2048 shaders, and 4 GB GDDR5 memory.
The quicker core speed on the more developed fab process, which can increase speed by up to 9%, is the most significant difference. The XFX Rs XXX Edition Rx 570 4GB OC has a quick core clock of 1264/1284MHz, giving it a 96MHz advantage over a stock-clocked card. The standard RX 570 has a core frequency of 1168/1266MHz.
The XFX OC Plus, a tool that enables working with higher operating frequencies, is an addition to the True Clock. With the help of this application, you can overclock beyond True Clock frequencies to get better performance.
The AMD Wattman program is used to adjust the frequencies, allowing you to maximize the performance of this graphics card. This utility is pretty easy to use. With the help of this program, overclocking may also be managed intelligently with the assurance that no limits will ever be exceeded.
This graphics card’s operating frequencies have been modified to attain the most excellent achievable performance. We would be limiting the possibilities if this graphics card worked at AMD standard frequencies, but the XFX RX 570 RS 4GB XXX Edition does not provide factory overclocking via the BIOS with performance optimization for gaming.
Yes, XFX has invested many hours to maximize the performance of this graphics card, and they have also ensured the highest level of security and stability, preventing early failure.
The board is highly recommended in this price range even though it requires an external power supply that is higher than a 1050ti at a lower price, and finally, the adrenalin program provided by AMD and very practical and functional to shackle with, despite being the fact that it is not the best custom and also pushed to 1400mhz on the core with a voltage of 1130, and have put it in a matrix case with an input and an output fan the temperatures remain at bay on 65 degrees approximately.
Zebronics H61 Graphics Card – XFX Radeon RX 580
- XFX Double Dissipation Cooling
- Multiple Factory GPU
- AMD VR Ready Premium
- 1366mhz True Clock
Here are the specifications for the 2016 version in case you thought we were exaggerating the similarities between this new card and the Radeon RX 480. AMD representatives confirmed that the more recent cards are built around a “refined” new graphics core.
But looking at this page, we don’t find many significant differences aside from the Radeon RX 580’s quicker speeds, the fact that 8GB of GDDR5 memory was the only available option (which wasn’t borne out, after all, given the confirmed, last-minute appearance of 4GB cards), and a higher power rating (185 watts, Vs. 150 watts with the Radeon RX 480).
The latter is roughly in line with what we would anticipate if AMD merely increased the clock speeds a little above what was typically feasible with the initial RX 480 cards. We’ll direct you to that review at the link if you need to catch up on the specifics of how these cards function because the GPUs within these cards use the same Polaris architecture that was featured in last year’s Radeon RX 480 card.
The company did not disclose the architectural differences between the new Polaris silicon and the chips from the previous year, so we assume they are slight. Since AMD isn’t promoting a reference design for the Radeon RX 580, a wide range of RX 580 models in various sizes, shapes, and more simple designs will serve as the benchmark for the class of graphics cards.
The XFX Radeon RX 580 GTS XXX Edition, which has dimensions of 10.5 inches long by just under 4.5 inches broad, was the model AMD submitted for review.
I adore this card; it’s excellent! Simple to install Software that is simple to locate and ships quickly! Strongly advised! The average gamer will undoubtedly get their money’s worth!
The GeForce GTX 1050 Ti G1 Gaming boasts 4GB of onboard memory, which is twice as much as a GTX 1050 non-Ti board. Since it is not overclocked, the memory is GDDR5 and operates at 7Gbps, which is typical for modern “Pascal” cards. Three HDMI 2.0 ports, one DisplayPort 1.4 port, and one dual-link DVI port are all on the motherboard.
On October 25, the day of this review, the GTX 1050 Ti Gaming 4G will be available among the other GeForce GTX 1050 Ti cards in all variations. It comes with a three-year guarantee. (Nvidia warned that most GeForce GTX 1050 cards would be behind the 1050 Ti models by a few weeks.)
Here is a comparison between the Zotac GeForce GTX 1650 OC I have in hand and the reference-card version of the GeForce GTX 1050, which is it’s last-generation equal, to show how Nvidia has improved over the previous (“Pascal”) generation of GeForce GTX mainstream cards.
It only makes sense to contrast the GeForce GTX 1650’s specifications with those of its older brother because it is the GeForce GTX 1050’s straight successor. In addition to the apparent differences between Pascal and Turing, the GTX 1050 and GTX 1650 get slight power improvements. These improvements include higher base and boost clocks, 1 GB more GDDR5 video memory, and almost 45 GBps more memory throughput on a larger (128-bit) bus.
Three DisplayPorts (1.4 HDR-ready), a 2.0b-ready HDMI connector, and the one helpful port the Radeon RX 480’s standard version was missing a dual-link DVI-D port for users of older high-resolution monitors are all included on the Radeon RX 580 GTS XXX Edition.
The two upcoming technologies that current-gen cards are designed for are proving challenging to test in their early stages, as we have discussed in our previous recent card reviews, so things are changing regarding GPU testing.
DirectX 12 (DX12), which has just entered the market, is the first of these. There aren’t many real-world comparisons for it. Even said, DX12 will probably become the de facto graphics API in the future, and this card was built to survive at least a few years.
Therefore, it’s crucial to ascertain a card’s DX12 compatibility before purchasing. All the most recent DX12-compatible titles we had on hand, such as Hitman (the 2016 version), Rise of the Tomb Raider, and Ashes of the Singularity were used to test the Gigabyte GTX 1050 Ti Gaming G1.
(We won’t analyze the DX12 performance of the previous game because numerous GTX 1050 Ti rivals could not run it correctly at DX12 and Standard settings, but credit to the Gigabyte card for finishing our testing.) Since DirectX 11 is the industry standard and will likely remain in widespread usage for at least another year if not much more, we also tested a ton of games using this API.
Support for virtual reality, or VR for short, is the second technology that is currently challenging to test. It’s challenging to create a single test that applies to all VR scenarios because there are now two major rival VR headsets on the market: the Oculus Rift and HTC Vive.
What To Look For In The Best Graphics Card For A Zebronics H61 Motherboard?
There are two primary companies you can choose from when browsing for graphics cards: AMD and NVIDIA. Both producers provide powerful, superior graphics cards.
- You must first choose how much memory you want for your graphics card.
- Also, take into account elements like your PC’s form factor (desktop vs. laptop),
- Would you prefer a separate GPU or a graphics card built into the CPU?
- Consider the power connectors that your card uses.
- Check the thermal design power (TDP)
These factors will decide whether the graphics card can receive enough power and cool and whether it can fit directly into your computer.
Integrated Vs Discrete Graphics
Integrated graphics are more prevalent in smaller form factor devices like laptops, although they are also available in desktop PCs for users who don’t need to run intensive visual programs. While integrated graphics lack independent RAM, they also consume less power, heat, and battery life than their discrete equivalents.
Although more affordable, integrated graphics are typically not favored for graphically intensive gaming. They work fine for simpler visual chores like streaming TV shows and movies. You must spend money on a discrete graphics card to use your mini PC for graphically demanding applications like gaming at high settings, video editing, photo editing, and 3D rendering.
In contrast to their integrated cousins, these cards have their RAM. However, a discrete graphics card requires a powerful CPU to match it and a cooling system to prevent overheating your computer. In order to run two processors on your desktop PC, you will need a larger (and more expensive) power supply. Additionally, a discrete card in your laptop will have a shorter battery life than a less-powerful alternative.
Desktop Vs Laptop Graphics Cards
Graphics cards on laptops and desktops require different considerations. The size factor, performance, and cost of desktop vs. laptop graphics cards differ due to the different sorts of devices these cards are designed for.
Desktop PC graphics card
- Form factor: One advantage of using a PC tower is the capacity to fit more significant, more potent components. The PC tower has the room and cooling capabilities required to handle powerful GPUs’ heat and power consumption.
- Performance: Your graphics cards will have better specifications than those on laptops. This entails better texture mapping, faster pixel rate, and greater memory bandwidth than laptop graphics cards.
- Price: Because desktop PC cards have less compact technology and hence cost less to produce, they are more inexpensive.
Laptop Graphics Card
Form factor: Smaller components are required because a laptop’s narrow chassis must accommodate your GPU. They are, therefore, power-efficient and gain from cutting-edge thermal and electrical technology. Additionally, they are made to operate as silently as possible.
Performance: Although laptop GPUs still lag behind desktop GPUs in several areas, manufacturers are moving closer to achieving parity between the two. Laptop graphics cards cost more than desktop graphics cards. This is because it costs more to develop the parts needed to create a portable, power-efficient graphics card. There are larger and more powerful laptop graphics cards available. Still, they add to the device’s overall weight, increase the risk of your laptop overheating, and may make it less portable.
Ray tracing is one of the fascinating new technologies discovered in more recent graphics cards. Ray tracing is a rendering method that is frequently used in video games and creates incredibly realistic lighting effects. This is accomplished by using an algorithm that simulates the interaction of light with things in the real world by first tracing a path of sunlight.
Ray-tracing, which simulates how the human eye interprets light reflection and shadows, is frequently used in games like Cyberpunk 2077, Watch Dogs Legion, and Control. One of the most significant advancements in graphics in recent years is ray tracing, which both NVIDIA and AMD are enhancing in their most recent GPUs.
Even though ray-tracing technology has not yet reached its full potential, game makers are enthusiastically utilizing it. Although movie studios have long employed the technology, particularly in high-budget action movies, rendering it in real-time in a PC game is more challenging. Game developers have used Rasterization to convert 3D polygonal models into 2D images and pre-render lighting effects.
You may still anticipate some outstanding performance from contemporary graphics cards, even with the early stages of ray tracing. That holds for all events, including massive explosions during a conflict and the sun’s rays peering through a window in a darkly lit space.
Graphics Card Memory: How Much Is Enough?
Your GPU executes a staggering amount of calculations per second when rendering graphics. Even a tiny mouse movement can cause the image on your computer to alter, which is what happens. The GPU must generate these outputs requiring video RAM (vRAM).
This memory is shared with the CPU when utilizing an integrated graphics card, so a portion of the total memory is used for graphic operations. On the other hand, a discrete graphics card has its own memory that it utilizes to render specifics.
A GPU can handle more detail, in general, the more memory it has, but this does not directly affect its performance. A GPU with 2GB of RAM is plenty for public use, but gamers and creative professionals should strive for a GPU with at least 4GB of RAM. The amount of memory required by a graphics card ultimately depends on the games themselves as well as the resolution at which you intend to run them. Modern games like Control and Cyberpunk 2077 need at least 6GB of RAM to function at 1080p resolution, and they may need as much as 8GB to run at 4K resolution with excellent texture detail, and all of the ray-tracing tools enabled.
The same GPUs that gamers use will be helpful for creative professionals rendering 4K video or running visually demanding applications.
What The Model Numbers Mean
Currently, the two biggest producers of GPUs are AMD and NVIDIA. The word “GPU” was made famous by NVIDIA in 1999, even though it had been in use for at least a decade before. Both businesses have made significant advancements in GPU technology.
Prices And Suggestions To Consider
AMD and NVIDIA produce great graphics cards for both everyday use and gaming. Getting a graphics card designed for gaming is unnecessary if you do not want to run games at their top settings and instead want to get the most outstanding performance for your money. The price tends to reflect the power of the GPU.
We suggest the NVIDIA GeForce® GTX 1660 Ti and AMD RadeonTM RX 5600 XT for general-purpose graphics cards. You can still get by with those two cards as gaming graphics cards, but you might want to consider upgrading to the AMD Radeon RX 6800 XT and a GeForce RTX 20-series card.
Although more powerful graphics cards are available, these ought to provide you with enough visual capability to run games at the suggested settings, sometimes even with full ray-tracing.
One of the most challenging aspects of purchasing a new PC is selecting the Best Graphics Card For Zebronics H61 Motherboard. This is mainly because it’s one of the most crucial elements, so you want to get it correctly.
If you’re unfamiliar with GPUs, there is a lot of lingoes to learn. Generally speaking, you should replace your graphics card every four to five years, though a very high-end GPU might last you a little bit longer.
Even if cost is a critical factor in your decision, take into account the performance and memory you require. Additionally, remember that your computer’s CPU might also need an upgrade. Because even the best GPU is only as good as the CPU, it works with.
Frequently Asked Questions
Is RTX superior to GTX?
Therefore, RTX cards perform better for both traditional rendering performance and visuals. A 30-series RTX GPU specifically, an RTX 3090 is what you need if you want the highest gaming performance from an NVIDIA card.
Ray tracing: Do I need it?
Yes! When enabled, Ray Tracing has a significant impact on performance. When it comes to rendering real-time images, rasterization is quicker. Thus, activating Ray tracing in games will drastically reduce frame rates.
Since childhood, I’ve been fascinated by computer technology, and have experimented with a variety of hardware and software. It was a dream come true to graduate from a renowned university with a degree in computer engineering, which made it possible for me to pursue my dreams swiftly.