KTT Kang White vs. TTC Silent Frozen (V2)
An in-depth look at the KTT Kang White and the TTC Silent Frozen (V2) switches—which one is the best fit for you?
Overview
When it comes to choosing a mechanical keyboard switch, two popular options to consider are the KTT Kang White and the TTC Silent Frozen, both of which are linear switches. The Kang White is renowned for its outstanding qualities, offering a typing experience that is both beautiful and smooth. With a self-lubricating material, this switch glides effortlessly under the fingers, resulting in a dazzling typing sound. On the other hand, the Silent Frozen switch is praised for its whisper-quiet operation, making it an excellent choice for those who value a noise-free environment. Along with its silent nature, this switch also offers a pillowy feel while typing, adding to the overall comfort. However, let's dive in a bit deeper beyond these generalities, considering the specific characteristics of each switch, so that you can make the most informed decision based on your personal preferences.
By the numbers
Technical specifications
Actuation force
45g
Actuation force
39g
Bottom-out force
58g
Bottom-out force
43g
Pre-travel
1.90 mm
Pre-travel
2.00 mm
Total travel
4.00 mm
Total travel
3.50 mm
Factory lubed
No
Factory lubed
Yes
Stem construction
Standard
Stem construction
Partial box
Stem material
POM
Stem material
POM
Top housing material
Polycarbonate
Top housing material
Polycarbonate
Bottom housing material
Nylon
Bottom housing material
Polycarbonate
Mount type
Plate (3-pin)
Mount type
Plate (3-pin)
Spring
Stainless steel
Spring
Silver white spring
Housing materials
The housing materials of the KTT Kang White and TTC Silent Frozen switches both utilize polycarbonate for their top housing. This material contributes to a sharper, higher-pitched, and crisper sound profile. Additionally, the translucency of polycarbonate is beneficial for those who plan to use RGB lighting in their switches. Therefore, in terms of sound and aesthetics, both switches offer similar results with their polycarbonate top housing.
However, when it comes to the bottom housing, the KTT Kang White features a nylon material while the TTC Silent Frozen uses polycarbonate. The nylon bottom housing of the Kang White provides a deeper and fuller sound profile, thanks to its relatively softer plastic composition. On the other hand, the polycarbonate bottom housing of the Silent Frozen maintains the sharp, high-pitched, and resonant sound characteristic of this material. This difference in bottom housing material contributes to the unique sound and typing experience delivered by each switch.
When pressing down on either switch, the qualities of the bottom housing material will be felt. The Kang White's nylon bottom housing absorbs more sound, resulting in a duller and rounder bottom-out sound. In contrast, the Silent Frozen's polycarbonate bottom housing enhances the clarity and resonance of the bottom-out sound. On the other hand, when releasing a key, the sound will be influenced more by the top housing material. In this case, both switches provide a similar effect as they both utilize polycarbonate for their top housing.
In conclusion, while both the KTT Kang White and TTC Silent Frozen switches utilize polycarbonate for their top housing, they differ in terms of the bottom housing material. The nylon bottom housing of the Kang White produces a deeper and fuller sound, while the polycarbonate bottom housing of the Silent Frozen maintains a sharp and resonant sound profile. Overall, the choice between these switches depends on individual preference for the specific sound characteristics offered by their respective bottom housing materials.
Weight
When comparing the actuation force and bottom out force of the KTT Kang White linear switch and the TTC Silent Frozen linear switch, there are notable differences between the two. The Kang White switch has an actuation force of 45 grams and a bottom out force of 58 grams, which can be considered medium in terms of force required. On the other hand, the Silent Frozen switch has a lighter actuation force of 39 grams and a bottom out force of 43 grams, falling into the light category.
For those who prefer a lighter typing experience, the TTC Silent Frozen switch would be the ideal choice. Its lower actuation and bottom out forces provide a smoother and potentially faster typing experience. This switch would be well-suited for individuals who type for longer periods of time or engage in extended gaming sessions, as the lighter weight allows for reduced finger fatigue.
On the contrary, the KTT Kang White switch offers a slightly heavier actuation and bottom out force. This provides a stronger push feel, giving users a more substantial typing experience. Those who prefer a tactile feedback and enjoy a higher resistance when typing may find the Kang White switch more suitable for their needs.
Both switches have their advantages depending on individual preferences. While the Silent Frozen switch offers a lighter touch and potential for longer typing sessions, the Kang White switch caters to those who desire a more forceful typing experience. It is important to consider one's personal preference and desired typing feel when choosing between the two switches.
Travel distance
When comparing the travel distance of the KTT Kang White linear switch and the TTC Silent Frozen linear switch, we can see clear differences. The Kang White has a travel distance of 4 mm, which is considered a more traditional length. On the other hand, the Silent Frozen has a travel distance of 3.5 mm, making it slightly shorter. Gamers, who value fast response times, often prefer switches with shorter travel distances like the Silent Frozen. The shorter distance allows for quicker key presses, which can be advantageous in gaming scenarios. However, for those who enjoy a more substantial key press and a feeling of depth, the Kang White's longer travel distance may be more appealing. Ultimately, the choice between the two switches will depend on personal preference and individual needs.
Price comparison
Which switch is more bang for your buck?
The TTC Silent Frozen (V2) has an MSRP of $8.61 per 10 switches. At Milktooth, we are able to pass on savings to our customers and offer the Silent Frozen (V2) for $5.33.
The KTT Kang White comes in at $1.99 per 10 switches.
Here at Milktooth, we offer the best prices on switches (on average, 27% lower the competition). In addition, we offer free shipping on orders over $49.00. We also offer free returns and exchanges, so you can shop with guaranteed satisfaction.
That said, while price is an important piece of the puzzle, our opinion is that you should ultimately pick the option that most suits your unique preferences since you’ll be using these switches for years to come. In other words, finding something perfect for you is, in our view, the most important criteria.
Typing experience
The KTT Kang White switch is widely praised for its dazzling and poppy typing sound. The low-pitched sound profile of this switch creates a bass-heavy and mellow tone, making it suitable for both beginners and advanced users in various settings such as home or work. Furthermore, the Kang White switch's self-lubricating material contributes to an unrivaled smoothness when typing, enhancing the overall typing experience.
On the other hand, the TTC Silent Frozen switch is renowned for its extremely quiet sound profile while still maintaining a super smooth and pillowy feel. The thocky sound produced by the Silent Frozen switch provides a deep, rich, and satisfying auditory experience, similar to a deep "thud" or soft "knock". Moreover, the low-pitched and muted characteristics of this switch contribute to a bass-heavy and mellow tone, reducing the noise commonly associated with mechanical keyboards.
When considering the feel of the switches, there is no available information about the specific feel of the Kang White switch. However, the Silent Frozen switch is described as offering a creamy, buttery, feathery, subtle, and polished typing experience. These descriptions suggest that the Silent Frozen switch provides a smooth and buttery sensation, with a light actuation force that reduces finger fatigue. Additionally, the Silent Frozen switch's gentle resistance and polished finish contribute to reduced friction and smooth key travel.
Based on the provided information, it is evident that both the KTT Kang White and TTC Silent Frozen switches have impressive sound profiles, with the Kang White being low-pitched and the Silent Frozen being thocky and low-pitched. Similarly, both switches offer smooth typing experiences, although the feel of the Kang White is unspecified. Therefore, if one is seeking a switch with a low-pitched sound and smooth typing experience, both the Kang White and Silent Frozen switches are viable options.
Conclusion
In summary, if you are looking for a poppy linear switch with a dazzling typing sound and unparalleled smoothness, the KTT Kang White is the way to go. With a bottom out force of 58 grams, it provides a medium actuation force that is suitable for most intents and purposes, whether you are a beginner or advanced user. In terms of sound, the Kang White has a low-pitched and neutral sound profile, offering a more bass-heavy and mellow tone compared to higher-pitched switches.
On the other hand, if you prioritize an extremely quiet sound profile with a pillowy type feel, the TTC Silent Frozen is the switch of choice. With a bottom out force of 43 grams, it provides a light and feathery typing experience that reduces finger fatigue. The Silent Frozen produces a thocky, low-pitched, and muted sound, which is deep, rich, satisfying, and minimizes the noise typically associated with mechanical keyboards.
Ultimately, your decision between the KTT Kang White and TTC Silent Frozen will depend on your personal preferences and the specific qualities you are looking for in a keyboard switch. Both switches offer unique characteristics and deliver an exceptional typing experience. Consider factors such as sound, actuation force, and feel to make an informed choice that suits your needs and preferences.
Mentioned in this article
