When it comes to the battle of the brands, EVGA and MSI are two of the most well-known companies in the GPU industry. However, many users find it difficult to compare one to the other to determine which one best meets their demands in performance, customer service, and more.
MSI has durable, high-quality hardware options available, but the hardware is typically lower-clocked and has stricter overclocking policies. However, EVGA supplies excellent quality hardware that performs better than expected, has a Step-Up program and lasts almost as long as MSI.
When it comes to quality, dependability, overclocking potential, customer support, and more, EVGA and MSI are top GPU brands that also manufacture motherboards, laptops, and other components. Due to this, it may be difficult for the untrained eye to detect any differences immediately.
MSI vs. EVGA: Who Is the Most Reputable Brand?
When considering reputation in the PC Master Race, both EVGA and MSI have a loyal fanbase that can swear by the book that their preferred brand is the better option. However, since MSI was founded in 1986 and EVGA in 1999, MSI has a more extended track record and experience in the field, which is why many users refer to MSI.
On the other hand, countless forums online, including Reddit and Quora, have users explain that both brands are a top choice when deciding between particular components for their computers. Moreover, based on the forums, even the tally between their loyal supporters’ scores is an even count.
MSI is a well-known Taiwanese hardware maker. In addition, the firm sells its own computers, motherboards, displays, and accessories. When it comes to graphics cards, they offer anything from low-cost options to high-end options that will definitely appeal to any enthusiast out there.
MSI’s most popular graphics card portfolio is the Gaming X series, which includes a highly sleek and attractive external design and incredibly efficient and silent cooling.
Unlike MSI, EVGA is an American business that manufactures just Nvidia graphics cards and specific other gear and accessories. In any event, EVGA is well-known for producing high-quality graphics cards. While some of the higher-end versions might be very pricey, there is something to fit every budget.
Furthermore, it’s safe to say they offer some of the most excellent warranty policies between the two brands. We’re talking about extended warranties of up to ten years, which are reasonably priced. That, it’s clear see why so many Nvidia enthusiasts rely on EVGA.
Furthermore, the EVGA has a ‘Step-Up’ program that provides you the confidence to buy your goods today, knowing that you’ll be able to update to the newest parts within the first 90 days.
In the world of computer hardware, 90 days might seem like an eternity. Still, you can upgrade your EVGA product with an eligible purchase by paying the difference between the price you paid and the price on EVGA’s website once per transaction.
Unfortunately, this only applies to residents of the United States, Puerto Rico, Canada, and EU countries who are the only ones who may use EVGA Step-Up right now. One EVGA Step-Up product is allowed per component number, per person, and per home.
MSI vs. EVGA: Which Offers the Best Customer Service?
Providing excellent customer service may lead to more marketing and sales possibilities.
MSI Customer Service
MSI does not get off to a good start. First, MSI isn’t available for device issues on Weekends or bank holidays, which might put you in a jam for a few days until a tech agent is available.
Second, MSI’s phone help is terrible – one tech employee in California led me so far astray that I had to do a factory reset to reverse his unwise advice. You’re better off contacting MSI’s online support services for assistance, again, only on a weekday.
MSI provides many online technical assistance services, including a community forum, a submittable online support form, and a customer service social media profile.
After browsing various threads in their forum, I have noticed that not only does MSI take hours to respond, but when users ask for some form of guidance, the forum service fails to provide helpful instructions to complete fixes and requests for software. Overall, this does leave room for improvement.
The good news is that MSI does seem to have a more substantial presence on social media (for example, Reddit, Twitter, and Facebook); however, only carving out space for Tech support on Twitter. Nevertheless, it’s a fantastic choice for customers who dislike chatting on the phone because it’s dedicated to technical support inquiries.
EVGA Customer Service
According to many online reviews on Quora and Reddit, EVGA has one of the best ratings for customer service for their GPU department. In fact, EVGA has been rated the best company to provide customer service in the GPU industry by many users because of its staff’s friendly attitude and willingness to help.
However, in general, EVGA has a low rating on Trustpilot, leaving a significant cause for concern for products outside of the GPU category. Many issues derive from the return policy on PSU units and quality control on various other devices.
Overall, both EVGA and MSI would require improvements in particular areas, but if there had to be a decisive victor between the two, EVGA by far would have the superior customer service experience.
MSI vs. EVGA: Motherboards
Let’s begin by looking at the brief history of manufacturing motherboards when each company began manufacturing. MSI released its first 486 motherboards in 1989, its first Socket 7 motherboards in 1990, its first 586 motherboards in 1993, and its Dual Pentium Pro-based motherboard in 1995.
The X58 SLI, which supported 3-way SLI and was released in November 2008, was the first EVGA motherboard based on an Intel chipset and only Intel. In addition, the SC, SSC, and FTW models all came with factory overclocking (as well as special KO editions in the past).
However, EVGA started teasing in July 2021 that they were bringing out their first AMD-based motherboard. The announcement shocked the hardware community, considering EVGA has never released a motherboard using an AMD chipset. That said, EVGA is not all that big into their motherboard department.
That said, this is where MSI shines with their more extensive range of motherboards over EVGA, which only has five motherboards on their products list on their website at the time of this writing.
With years of manufacturing expertise in developing and producing AMD and Intel motherboards, MSI is committed to bringing the best motherboards to gamers. With that in mind, let’s take a closer look at what these two giants have to offer.
MSI vs. EVGA: Motherboards Connectivity and Features
EVGA motherboards are engineered and tested to achieve the ideal blend of raw power and unwavering stability. Even though they do not have a massive range compared to MSI, their motherboards are for die-hard gaming, intense overclocking, and corporate customers, and HTPCs are all available from EVGA.
EVGA’s fresh new GUI BIOS focuses on functionality so you can get in and out quickly. There are no splash windows to navigate, no massive menus to scroll through, and no steep learning curve.
On the other hand, MSI motherboards are noted for their high quality and long-lasting durability. In addition, new MSI motherboards offer next-generation WiFi 6E, dubbed the “Autobahn of Wireless Connectivity.”
Premium MSI motherboards come with features such as Core Boost, advanced cooling solutions, and Mystic Light RGB to meet your gaming needs at any moment, placing MSI a few steps ahead of EVGA in terms of connectivity and features.
MSI vs. EVGA: Which Motherboards Have the Best Components?
In terms of components, MSI takes the lead, and by a long shot. As a result, I will use the MSI MPG Z690 motherboard as an example here. The MPG series from MSI offers a wide range of popular motherboard solutions.
The MSI MPG Z690 Carbon WiFi is still one of the best motherboards you can purchase right now in 2022, which has previously released several Z690 motherboards under the MPG series. This motherboard is a successor to the MPG Z590 Carbon WiFi from the previous generation.
As the name implies, the motherboard features Intel’s new Z690 chipset for Alder Lake CPUs. In addition, the MSI MPG Z690 Carbon WiFi also includes an LGA 1700 CPU socket compatible with Intel’s latest 12th generation Core CPUs.
As a result, MSI keeps an iron grip on the latest trends in tech as opposed to EVGA. But, again, EVGA’s motherboard division is not their most vital point in this regard.
MSI vs. EVGA: Which Motherboards Is Better for Overclocking?
The new AMD motherboards from EVGA, the EVGA X570 Dark, are designed for serious overclockers, with many performance-enhancing features spread throughout the massive E-ATX-sized PCB. In addition, the key power connectors are also at right angles, making excessive overclocking for records less of a hassle.
Furthermore, The EVGA Z590 Dark is one of around five overclocking-focused motherboards on the market, with a significant portion of the software dedicated to overclocking both Intel’s 11th generation CPUs and the connected RAM. That said, EVGA stands its ground in terms of overclocking capabilities.
However, again MSI takes charge here. As previously said, MSI excels at incorporating high-quality components into its motherboards. When paired with more specialized cooling, these higher-quality components should result in more substantial overclocking capabilities, which they frequently do.
Manual fan controls and a header for liquid cooling are included on most high-end MSI motherboards, providing you additional control over your system’s cooling.
MSI vs. EVGA Motherboards: Conclusion
With round two into the motherboard division, MSI comes back swinging! Comparing MSI motherboards with EVGA’s more minor yet powerful range of motherboards would not be too difficult to find a decisive victor, especially when pitted against MSI’s more extensive range.
Although EVGA boards aren’t widely available, they all provide excellent value for money. That said, MSI motherboards take the win, providing both premium and budget-friendly motherboards to satisfy every gamer’s needs.
MSI vs. EVGA: Graphics Cards
Finally, this is the portion that is both enjoyable and challenging. Many of you, I’m sure, have been waiting to see who will win the title between these two GPU behemoths. Brands like MSI and EVGA have solid brand recognition compared to other players in the field.
EVGA cards are noticeably cheaper than their MSI counterparts. However, untrained eyes would find it difficult to detect any minuscule differences between the two brands when comparing their performance.
On the other hand, one of the primary key differences is that EVGA, unlike their newly introduced motherboards, only trade with Nvidia cards. In contrast, MSI has ties with both Nvidia and AMD GPUs.
As a result, we would only compare Nvidia card proficiencies. That said, let’s take a closer look at their cooling features, components, and overclocking capabilities.
MSI vs. EVGA: Which Graphics Cards Have the Best Cooling?
EVGA’s revolutionary iCX is a transformed graphics card cooling system from the inside out. iCX was created to detect everything to cool “hot areas” and provide “Peace of Mind Gaming” through interactive cooling. With 11 granted and pending patents.
Through EVGA’s Precision XOC software, iCX gave customers control over the functionality and information connected to iCX graphics cards. iCX Cooling, which includes the baseplate, heat pipes, VRM and memory cooling, thermal pads, and fan design, lies at the core of iCX2 and iCX3 within the RTX 30 series.
iCX Technology, the brain of iCX2 and iCX3, senses temperatures at multiple spots on the graphics card and changes asynchronous fans to deliver the proper airflow for each region. The EVGA iCX2 continues the iCX Cooling development by delivering increased thermal performance and a considerable reduction in acoustic noise.
On the other hand, MSI employs a TRI FROZR 2S Cooling system within their RTX 30 series. The TRI FROZR 2S cooling system regulates temperatures, allowing the graphics card to maintain peak performance.
An elaborate assembly of TORX FAN 4.0, Airflow Control fins, Core Pipes, and a base plate absorbs and dissipates heat from crucial components. SUPRIM is highly quiet, if not silent, during operation due to the tremendous thermal transfer efficiency of the TRI FROZR 2S and silent improvements in the fans and heatsink fins.
As a result, EVGA is more silent and provides better feedback in monitoring and controlling your GPU temperature. In contrast, MSI’s TRI FOZR 2S cooling system boasts a more stable peak and consistent performance. Overall, it results in a tie with excellent heat dissipation features from both brands in terms of cooling capabilities.
MSI vs. EVGA: Which Graphics Cards Have the Best Components?
The GPU (Graphics Processing Unit) and video RAM are essential graphics card components. With that in mind, EVGA and MSI have no control over how NVIDIA produces their GPUs.
However, they may adjust the kind and speed of RAM and how the GPU and RAM communicate, which is critical for increasing device performance.
MSI and EVGA typically utilize the same quantity and video RAM with identical GPUs. As a result, the difference in components between the two is barely noticeable. Most of their cards have a maximum of 24GB GDDR6 of VRAM, with the average user demand resting between 8 – 12GB.
In terms of technological modification, both EVGA and MSI have been keeping up with the latest technological advancements and keeping a tight grip on balance and performance, along with component durability and quality.
For example, EVGA’s latest iCX3 works hormonally in tandem as the multiple components monitor GPU, memory, and MOSFETS. Furthermore, they also included a unified copper block in their RTX 30 series for GPU and memory protection.
However, SUPRIM is a new graphics card model and design from MSI for the RTX 30 series, based on decades of circuit research and cooling expertise. The attention to detail reflects the focus on the user experience, with features such as a dedicated heatsink for the RAM modules and dual BIOS that are set to Silent Mode out of the box.
Furthermore, even though not by much, MSI graphic cards have been known to supply more connectivity choices. However, the victor goes to MSI for supplying both modified Nvidia and AMD GPUs. Finally, in terms of aesthetics, EVGA takes the trophy for a more creative design over MSI’s less jazzy appeal.
MSI vs. EVGA: Which Graphics Cards Is Better for Overclocking?
Overclocking a GPU, like overclocking a CPU, is a function that some users like while others shun it like the plague. Adjusting the voltages and clock rates on your graphics cards may indeed help them run faster, but it can also cause damage due to overheating, which is why the cooling system is so crucial.
After copious research, I found that both brands offer cards in various models and series with hardware that has more powerful overclocking capabilities than the other. However, with regards to overclocking software, MSI afterburner outperformed EVGA Precision.
When it comes to UI, EVGA is unquestionably the best. However, what are the possibilities available to you? In terms of features, both programs are excellent and include all of the essential and advanced capabilities that you would expect from any monitoring software.
However, compared to the Precision by EVGA, MSI Afterburner has more functionality. In addition, the choices and functions provided by MSI Afterburner are significantly more detailed than those provided by EVGA Precision.
MSI vs. EVGA Graphics Cards: Conclusion
Finally, the MSI card is much more costly while providing the same performance. EVGA comes out on top in the Nvidia price range, with up to 10% lower retail price. On the other hand, the MSI model has many more connectivity choices and manufactures AMD cards.
Both companies produce high-quality Nvidia graphics cards. However, although EVGA is an exclusive Nvidia partner, that does not imply that its goods are superior to MSI’s.
As a distinguished Professor of Computer Science, my expertise lies at the intersection of PC hardware, software development, and system troubleshooting. My foray into the realm of computer technology began during my high school years, where I honed my skills in building and repairing PCs. Subsequently, I provided consultancy services to a renowned PC repair establishment, solidifying my reputation in the field. Today, I am the trusted authority among peers and colleagues for insights and solutions related to PC and laptop challenges.