The latest 14th generation of Intel Core processors has just hit the market with significant processing power boosts from its predecessor. As usual, the Intel Core chips are now faster, and more efficient than ever and will require the right hardware to unleash their true potential.
Choosing the right hardware will include choosing the right cooler, motherboard, and of course, the right RAM kit to complement these new Intel Core processors. Whether you’re pushing your PC under heavy workloads or doing a lot of multitasking, the processor will demand high-performance RAM to effectively transfer information to other components. So by getting a good RAM kit, you can maximize your processor’s potential to the maximum.
To get the best RAM kit for your processor, mainly two factors come into play, high clock speeds and low CAS latencies so that your RAM can provide the necessary bandwidth for your processor to work at its best. Clock speeds determine how fast it accesses and delivers data while CAS latencies measure the number of clock cycles needed for the memory to respond to various commands from the processor.
Therefore, this guide will review the best RAM available in the market that will help you find the right RAM to pair with your Intel Core i5 14600K processor.
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Patriot Viper Venom RGB DDR5 Read More | See On Amazon |
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Corsair Vengeance RGB Read More | See On Amazon |
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Silicon Power XPOWER Zenith RGB Read More | See On Amazon |
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G.Skill Trident Z5 RGB Read More | See On Amazon |
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Kingston Fury Beast Read More | See On Amazon |
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ADATA XPG Lancer RGB Read More | See On Amazon |
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With the upcoming new DDR5 memory technology, Patriot has wasted no time in releasing their own Patriot Viper Venom DDR5 RAM kits which have adopted the new DDR5 memory technology as compared to the former DDR4 memory technology. The new DDR5 technology has allowed the Patriot Viper Venom DDR5 RAM kits to achieve exceptional benchmark numbers and achieve exceptional memory clock frequencies and tight memory latency timings. The Patriot Viper Venom DDR5 RAM kits are offered in two variants: RGB and black. These RAM kits are available in different varying capacities ranging from 32GB of memory capacity.
The Patriot Viper Venom DDR5 RAM kit that we received was able to achieve a whopping memory clock frequency of 6200 MHz with a total capacity of 32GB in the 2x16GB configuration. Upon closer inspection, it was revealed that the Patriot Viper Venom RGB RAM kit was using one of the finest IC chips, mainly the SK Hynix. Out of the box, the Patriot Viper Venom RGB runs at the default 4800 MHz with pretty fairly standard 40-40-40-76 memory timings. Patriot Viper Venom RGB completely supports Intel’s XMP 3.0 (Extreme Memory Profile) and utilizing it allowed us to overclock the Patriot’s Viper Venom RGB RAM kit to approximately 6200 MHz with almost identical timings for the memory latency at a total DRAM voltage of around 1.35V. When we switched to the 2nd XMP profile, the DRAM voltage dropped to around 1.25V with the memory frequency clock settling at 6000 MHz. Upon setting the Patriot Viper Venom RGB RAM kit to the 3rd profile, we were able to achieve a memory clock frequency of 5600 MHz with the memory latency timings being 36-36-36-68 at a constant DRAM voltage of 1.25V.
In terms of the design, the Patriot Viper Venom RGB RAM kits sport a two-tone color theme in black and white with fairly standard “Viper” branding which is backdropped in red color. The Viper branding is placed on different parts of the heat spreader which itself is made out of aluminum and brushed with aluminum accents. The Patriot Viper Venom sports an elegant and sleek look with the Viper branding being apparent throughout the RAM modules. The RAM modules themselves measure around 43mm when measured vertically which doesn’t quite place it in the low-profile category.
Corsair has a long-established reputation in the computer industry with one of the finest leading products that perform exceptionally well and are known to be reliable and built from quality materials. Corsair is a brand that is widely trusted throughout the computer industry and they have a built a reputation for themselves so it comes as no surprise that the Corsair Vengeance RGB DDR5 RAM kits are some of the most exceptionally well-performing and reliable DDR5 RAM kits that are available in the market.
The memory frequencies on the Corsair Vengeance RGB RAM kits can vary from DDR5-5200 MHz to DDR5-6600 MHz. They’re also available in different capacities ranging from 32 GB to 64 GB. In terms of the design, Corsair has decided to keep much of the original design and there hasn’t been a fundamental change in terms of the design itself. However, the new Corsair Vengeance DDR5 RAM kits have a redesigned aluminum heat spreader which has adopted a rectangular shape with triangle perforations on it. This is quite different from the former Corsair DDR4 RAM kits. Additionally, the Corsair Vengeance RGB RAM kit is available in mainly two colors: black and white. A plastic translucent strip can be found integrated above the RAM module which is used to showcase Corsair’s RGB.
In terms of the measurements, the Corsair Vengeance RGB RAM kit measures 56mm when measured vertically which does not place it in the low-profile category when compared with the former vanilla Corsair Vengeance DDR5 memory modules that measure about 35mm and can be considered for the low-profile category. The Corsair Vengeance RGB RAM kits are substantially longer in vertical height when compared with the normal Corsair Vengeance RAM kits. You’ll be required to download and install Corsair’s iCUE software to customize and play around with the RGB lighting and its effects.
The Corsair Vengeance RGB DDR5 RAM kit that we received as a test unit had a total capacity of 32GB in a 2x16GB configuration. Upon closer inspection, it was revealed that the RAM module was using Samsung’s K4RAH086VB-BCQK (B-die) integrated circuits (ICs). Running the Corsair Vengeance RGB RAM kit out of the box on the first boot resulted in the RAM reverting to the default memory clock frequency of 4800 MHz with 40-40-40-76 timings with the XMP 3.0 allowing it to be overclocked to 6000 MHz with 36-36-36-76 timings at a DRAM voltage of 1.35V, providing exceptional performance.
Silicon Power is a company that is known for its popularity in the DRAM modules and SSD segment and it is based out of Taipei. With the new DDR5 memory technology slowly replacing the aging DDR4 memory technology, Silicon Power has wasted no time in releasing its lineup of DDR5 RAM kits that can compete in the DDR5 memory segment, especially with the release of Intel’s Meteor Lake processors such as the Core I5 14600K.
The Silicon Power XPOWER Zenith RGB DDR5 RAM kit is being offered by Silicon Power in two colors mainly: black and white. This provides you with plenty of options to pick the color as per your choice so that you can match the color tones of the RAM modules with the theme of your entire system and allows you to mix and match components with different colors to spice up the overall aesthetics. We would like to commend Silicon Power for providing us with at least two color options which are sometimes not available in other similarly specced RAMs.
In terms of capacity, the Silicon Power XPOWER Zenith RGB DDR5 RAM kit is available in different capacities to 32GB of memory capacity with different varying memory clock frequencies. The sample unit that we received was able to achieve a clock memory frequency of 5600 MHz with the latency timings being 40-40-40-76 at a set DRAM voltage of 1.25V. This proved that the Silicon XPOWER Zenith RGB DDR5 RAM kit has potentially decent performance combined with the added benefit of receiving upgraded looks and RGB bling. It is no mystery that RGB bling is a highly sought thing in the PC gaming world and Silicon Power was kind enough to integrate RGB in their RAM kits which is controllable and completely customizable by the user through different software such as the Gigabyte RGB Fusion or ASRock Polychrome RGB etc, allowing the RAM’s RGB to be compatible across different manufacturers of motherboards.
In terms of measurements, the Silicon Power XPower Zenith RGB DDR5 RAM module sits at a vertical height of 38.5 which narrowly places it within the low-profile category which also helps avoid any potential conflicts with CPU coolers that are too big and thick in size and potentially block the RAM modules from being installed.
G.Skill has realized the importance and the demand for the new DDR5 memory technology-based RAM kits and has essentially wasted no time in releasing their all-new G.Skill Trident Z5 RGB DDR5 RAM kit to compete in the DDR5 technology segment. G.Skill knows that RGB is an integral part of every system and what better way to show-case RGB bling than to have it on your RAM modules which is why the Trident Z5 has been incorporated with RGB which makes the G.Skill Trident Z5 RGB RAM module overall measure at a vertical height of around 42mm, not exactly making it a low-profile ram which can potentially cause conflict with tall and thick CPU coolers.
In terms of design, the heat spreader of the G.Skill Trident Z5 RGB is available in either of two colors: metallic-silver or matte-black color as per the choice of the user. Additionally, to implement the RGB, G.Skill has integrated a translucent RGB light bar on top of the RAM module itself, the RGB itself can be controlled by downloading and installing the Trident Z Lighting Control software. In case, you’re interested in using your motherboard’s software such as the Gigabyte Fusion RGB or MSI Mystic Light etc, then these software can be used as an alternative to customize and configure the RGB.
The G.Skill Trident Z5 RGB RAM kit is available in varying capacities ranging to 32GB with varying memory clock frequencies and different memory latency timings. Upon a closer investigation, it was revealed that the G.Skill Trident Z5 RGB RAM modules are using Samsung’s high-end K4RAH086VB-BCQK (B-die) integrated circuits for this RAM kit, allowing it to achieve very tight memory timings. Out of the box, the G.Skill Trident Z5 RGB was found to be running at the stock memory clock frequency of 4800 MHz with the latency timing being 40-40-40-76. Once the Intel XMP 3.0 ( Extreme Memory Profile) was toggled, the G.Skill Trident Z5 RGB was able to achieve a peak memory clock frequency of 6000 MHz with 36-36-36-76 timings at a DRAM voltage of around 1.3V which provided exceptionally good performance. In conclusion, the G.Skill Trident Z5 RGB RAM kit is an exceptionally fast RAM kit that can be paired with Intel’s Meteor Lake processors such as the Core i5 14600K processor.
The Kingston Fury Beast is a great choice for pairing with the i5 14600K for many reasons. These RAM kits are very reliable and undergo strict screening which ensures you stability and reliability of these RAM kits. It sports an attractive design with sleek fully anodized aluminum heat spreaders with a black matte finish on a black PCB. These heat spreaders are designed to efficiently dissipate heat from the modules to allow them to operate reliably and stably. Furthermore, these modules are constructed with high-quality components such as SK Hynix integrated circuit chips. Integrated circuit chips by SK Hynix are of the finest quality and are very reliable so it’s good to see that the Kingston Fury Beast uses them.
The Fury Beast also has lovely RGB and the total height of this RAM is 42.23mm. The RGB lighting is spectacular and can stand out in any PC build and comes with a variety of RGB lighting controls through Kingston’s dedicated FURL CTRL software. Alternatively, you can also control the RGB lighting through motherboard RGB lighting software such as ASUS Aura Sync, MSI Mystic Light, ASRock Polychrome Sync, and Gigabyte Fusion 2.0. It also has a limited lifetime warranty if your RAM kit incurs any issues. It also comes in a variety of colors, such as black and white, and also has a non-RGB version if you prefer don’t want RGB. The non-RGB version is also low-profile with a height of just 34.9mm.
The Kingston Fury Beast comes in various kit configurations with clock speeds ranging from 4800 MHz to 6000 MHz with CAS latencies of CL36 to CL 40. You can also configure many capacities up to 128 GB of RAM. In performance tests, the Fury Beast stood quite well and was pushing its advertised speeds consistently when using the Intel XMP 3.0 profiles. However, it did not do quite well when we tried to manually overclock and it was only possible to overclock marginally. Compared to other contenders such as the Trident Z and Corsair RAMs, it did not outperform them but for its attractive price point and aesthetic design, and RGB, it’s a great RAM kit to purchase if you want something that just works well for what it’s advertised. So, overall, the Kingston Fury Beast is a great value option that offers a balance between budget, aesthetics, and performance.
With DDR5 memory technology becoming the new mainstream standard which has started to replace the DDR4 standard, XPG which belongs to its parent company ADATA, has released the LANCER RGB DDR5 RAM kits which are aimed to compete in the DDR5 segment and provide excellent performance. The ADATA XPG Lancer RGB kit that we have specifically received has a total capacity of 32GB in the 2 x 16GB configuration which can achieve a memory clock frequency of 5200 MHz. It has a higher memory clock frequency than the DDR5 4800 MHz which is the normal standard that is commonly found in the other RAM kits.
In terms of aesthetics and design, the XPG Lancer RGB does not lack behind as it has brushed aluminum heat spreaders in a two-tone color theme with black and silver textures. The RAM kit is also available in white color for those of you who are interested in pairing it with a while-themed build. In terms of measurements, it measures 133.35mm x 40mm x 8mm which makes it 40mm tall vertically, narrowly placing it in the low-profile category which helps with the RAM modules avoid conflict with any potential CPU coolers. They have a total weight of 74g and additionally, come with a limited lifetime warranty which further strengthens our faith in the reliability and build quality of XPG Lancer RGB RAM kits.
The sample unit that is being reviewed by us can achieve a clock memory frequency of 5200 MHz which is a lot faster than the 4800 MHz standard as established earlier and it can run at a DRAM voltage of around 1.25V to 1.35V respectively. Once Intel’s XMP 3.0 is enabled, the RAM can achieve 5200 MHz with the memory timings being CL38-38-38-60 as opposed to the stock memory timings of CL40-40-40-61 which was quite expected with the XMP profile.
In conclusion, The XPG Lancer RGB has the perfect mix of elegant and sleek aesthetics coupled with the added benefit of RGB bling which is much desired by gamers as well as more aggressive memory latency timings which helps the RAM kit truly provide exceptional performance in benchmarks and real scenarios. It is an ideal RAM kit that can be paired with Intel’s Core I5 14600K processors.
How to choose RAM for i5 14600K
To wrap it up, the Core i5 14600K is an excellent processor that thrives on some good quality memory kits. Therefore, this article has summed up the best RAM kits in the market to help you choose the right RAM kit for your processor.
If you’re looking for a RAM kit that simply performs the very best out of all of them, the G.Skill Trident Z is the pick for you. It is one of the most premium RAM kits with great aesthetics, fast clock speeds, overclocking headroom, and low CAS latencies that outperform other contenders along with exceptional quality and reliability.
But if you want something more affordable and still has great performance, then you can look into the Patriot Viper Venom, Silicon Power Zenith, or XPG Lancer. Or if you want something more balanced with great aesthetics alongside performance, the Corsair Vengeance and Kingston Fury Beast can be great picks that will complement the Intel Core i5 13600K greatly.
The last thing to note always thinks twice when choosing the right RAM for your build because it can make a significant impact on the overall performance and responsiveness of your system. Furthermore, compatibility is another factor to verify so do check your motherboard’s specification list or the QVL to ensure that the RAM kit you plan to buy is compatible with your system.
