Both SSDs provide optimum performance in extreme temperatures as they have a broad temperature range. They provide very reliable thermal control to ensure stable performance.
PCIe 4.0 NVMe Technology helps the Kingston KC3000 to improve its transfer speed. It is quite reliable and has a high MTBF value. It provides outstanding power efficiency and has a storage capacity of up to 4096 GB.
The device is very efficient in its operations due to high reading and writing speeds. It provides excellent thermal dissipation which keeps your SSD cool and enhances performance.
On the other hand, the Samsung 980 Pro has a powerful controller which is designed to support larger input and output queues. It has a nickel coating on its surface to help manage the controller’s heat level.
This device has a more advanced and superior design than its competitor. And includes Samsung’s thermal control algorithm while being compatibile with PCIe 3.0.
Side By Side Comparison:
In comparison with Samsung 980 Pro, the Kingston KC3000 consumes less power, has more storage capacity, is more reliable, and offers better sequential performance. KC3000 also has more advanced features than its competitor. 980 Pro, on the other hand, has a more advanced design than its competitor. Both the contenders have a 5-year warranty with 980 Pro having a comparatively lower price.
|Technical Specifications||Kingston KC3000||Samsung 980 Pro|
|Product Type||NVMe SSD||NVMe SSD|
|Technology||NAND 3D TLC||V-NAND|
|Controller||Phison E18||Samsung Elpis Controller|
|Non-Operating Vibration||20-1000 Hz||20-2000 Hz|
|Warranty||5 years||5 years|
Which out of these two has a better Design and Hardware?
Both the contenders have a rectangular shape with a central semicircle on one side and a small u-shape design on the other side.
Kingston KC3000 is designed with a Gen 4×4 NVMe controller which ensures fast transferring of data.
It has a compact M.2 2280 design which fits easily into motherboards and provides flexibility.
It consists of an aluminum coating and is designed with an aluminum heat spreader.
It has a single-sided design which means that it contains a printed circuit on one side.
On the other hand, Samsung 980 consists of nickel coating which helps to manage the controller heat level. It is designed with Dynamic Thermal Guard Technology that manages heat and prevents lag in the system.
When talking about the hardware of both the contenders, they have the same interface of PCIe 4.0 x4 and form factor of M.2 2280.
Samsung 980 is wider and much heavier than its competitor.
It also contains Dram Cache and NAND Flash Memory.
It has a Samsung Elpis Controller while Kingston KC3000 has a Phison E18 controller.
There is not much difference in the design of both the contenders besides their weight but Samsung 980, due to its more advanced design and beneficial hardware information, will be considered superior to its competitor in these categories.
|Parameter||Kingston KC3000||Samsung 980 Pro|
|Dimensions (W x H x D)||80mm x 22mm x 2.21mm||80.15mm x 22.15mm x 2.38mm|
|Weight, g||9.7 g||54.4|
|Interface||PCIe 4.0 x4 NVMe||PCIe 4.0 x4 NVMe|
|Form Factor||M.2 2280||M.2 2280|
|Operating Temperature, °C||0 to 70||0 to 70|
|Non-Operating Temperature, °C||-40 to 85||-40 to 85|
Features of Kingston KC3000:
- It is built with 3D TLC NAND which offers very reliable energy efficiency and optimum performance while reading and writing data.
- It provides greater flexibility which helps it to fit easily into the small form factor systems, desktops, and laptops.
- It also includes cloning software which is used to make a complete copy of a hard drive to an image file and then this copy can be used to duplicate the contents of a hard drive.
- It consists of many applications such as 3D rendering and 4K plus content creation to keep up with demanding workloads and provide great performance.
Features of Samsung 980 Pro:
- It is made with Samsung’s cutting-edge thermal control algorithm which minimizes performance fluctuation when used for longer time periods.
- It includes Samsung Magician software which helps in protecting valuable data, monitoring drive health, and providing optimum performance.
- It provides excellent performance when used by hardcore gamers and tech users due to its size.
- It is powered by a new in-house controller which is specially designed to harmonize the flash memory components and the interface.
With more advanced features, KC3000 becomes superior to its competitor in this category.
Does Kingston here offers better storage capacity?
Higher storage capacity provides great flexibility and mobility to the user as the data that is stored in storage can be easily moved from one place to another.
Both the contenders are available in 4 different sizes.
But Kingston KC3000 becomes superior to its competitor in this category due to its more storage capacity.
|Parameter||Kingston KC3000||Samsung 980 Pro|
|Storage Capacity||512GB, 1TB, 2TB and 4TB||250GB, 500GB, 1TB and 2TB|
Sequential Performance of both hard drives:
Better sequential performance has many benefits as you can download large files in the shortest of time. Both the contenders have the same Reading speed but Kingston KC3000 has a higher writing speed than its competitor. This makes it more efficient and superior to its competitor in this category.
|Parameter||Kingston KC3000 (2TB)||Samsung 980 Pro (2TB)|
|Sequential Reading Speed||7000 MB/s||7000 MB/s|
|Sequential Writing Speed||7000 MB/s||5100 MB/s|
What is the Power consumption of both hard drives like?
Power efficiency has become an essential factor in modern storage systems.
When an SSD requires high power for carrying operations, it will produce more heat, so more energy must be added to the process as a supplemental fuel.
When analyzing one TB SSDs of both competitors in this scenario, Samsung 980 consumes more power during reading while Kingston consumes more power while writing data in a fixed manner.
This helps Samsung 980 to be more power efficient and to win in this category against its competitor.
|Power Components||Kingston KC3000||Samsung 980 Pro|
|Read /Write (500GB)||2.7W/4.1W||5.9W/5.4W|
They both have the same performance under extreme temperature conditions:
A shorter temperature range for an SSD can cause early halts in your laptop or pc.
It will heat up more easily and then you will have to wait for a long time for your SSD to cool down.
Both the contenders provide exceptional performance in extreme temperatures with a wider range of 0 – 70 °C which is quite high as compared to many SSDs in the market.
They both also have the same storage temperature range from -45 to 85 °C.
As they offer very competitive performance in this category, both will be considered equally good.
Overall, Kingston KC3000 is more reliable – heres why:
Whenever we talk about reliability in an SSD, its MTBF (Mean Time Between Failures) value will always be given a great amount of importance.
MTBF simply measures the average time that equipment is operating between breakdowns or stoppages.
A reliable SSD is very important to make sure that you don’t lose your data within its lifetime.
After analyzing both the contenders in terms of reliability, we can say that Kingston KC3000 is superior to its competitor in terms of reliability.
It has an MTBF value of up to 1.8 million hours while Samsung 980 has an MTBF value of up to 1.5 million hours.
With these results, KC3000 wins this contest against its competitor.
|Reliability||Kingston KC3000||Samsung 980 Pro|
|MTBF (hours)||1.8 million||1.5 million|
Which offers better Warranty?
KC3000 is manufactured by Kingston while 980 Pro is manufactured by Samsung.
Despite this, both the contenders offer a 5 years warranty, which shows how dependable they are.
In the End:
- offer 5 years of warranty.
- are available in 4 sizes in terms of storage capacity.
- have equivalent sequential reading speed.
- perform exceptionally well in extreme temperatures.
- is more reliable than its opponent.
- is more power efficient.
- has more storage capacity.
- offers better sequential performance.
Samsung 980 Pro;
- has a more flexible design.
- manages controller heat quite well due to its nickel coating.
- is made with Samsung thermal control algorithm.
- has a lower price.