Bsun Taichi vs. Gazzew U4Tx RGB

Overview

Mechanical keyboard enthusiasts often find themselves deciding between different switch types to suit their individual preferences and typing styles. The Bsun Taichi, a linear switch, is celebrated for its enchanting high-pitched bottom-out sound, thanks to its long-pole stem, extended springs, and walled stems, which deliver an unparalleled smoothness and stability during keystrokes. This makes it an excellent choice for those who value fluid typing and a quieter experience, whether for gaming or typing long documents. In contrast, the Gazzew U4Tx RGB, a tactile switch, offers a distinct deep "thock" when bottoming out and a stealthy "U4" sound on the way up, along with a sharp tactile bump that elevates the overall typing experience. This switch is ideal for users who enjoy a more pronounced feedback signal during typing without compromising on noise levels. Both switches bring unique attributes to the table, thereby catering to different user preferences. However, let's dive in a bit deeper beyond generalities so you can best decide on the optimal switch for you.

By the numbers

Bsun Taichi Linear

Gazzew U4Tx RGB Tactile

$2.75

$2.25 per 10

$6.50 per 10

Learn moreLearn more

Housing materials

When comparing the housing materials of the Bsun Taichi and the Gazzew U4Tx RGB switches, we can see significant differences in the materials used for their respective top housings. The Taichi features a polycarbonate top housing that is known for its stiffer characteristics, resulting in a sharper, higher-pitched, and crisper sound profile. This property is particularly advantageous for users who prioritize bright acoustics, especially when utilizing RGB lighting, as the transparency of polycarbonate enhances the illumination effect. On the other hand, the U4Tx RGB employs a proprietary Gazzew blend, often referred to as "boba plastic," which lends itself to a warmer and deeper sound profile due to its softer nature. This blend allows for a more plush auditory experience, affecting the sound characteristics when a user releases a key.

In contrast, both the Taichi and the U4Tx RGB utilize nylon and the Gazzew blend for their bottom housings, respectively. The nylon bottom housing of the Taichi is a classic choice, known for delivering a deeper and fuller sound profile, as it tends to absorb more sound compared to harder plastics. This results in a well-rounded auditory experience, which can be particularly appealing to those who favor a more muted typing environment. The U4Tx RGB also utilizes the Gazzew blend for its bottom housing, which further contributes to the deep and rich sound characteristic of its overall design. Although the materials differ, the shared use of softer plastics in both switches emphasizes a balanced sound profile, especially during key presses.

Ultimately, the unique interplay between the materials of the top and bottom housings in each switch creates distinctive sound profiles. Users can expect that the Taichi's crisp and resonant tonal quality is driven by the polycarbonate top, while the deeper sound is shaped by its nylon base. In comparison, the U4Tx RGB's sound experience is predominantly enriched by the softer Gazzew blends in both top and bottom housings, producing a smooth and rounded feel. If a user seeks similar results in terms of depth and richness, they may indeed find satisfaction in adjusting their typing habits, such as keypress intensity or actuation techniques, allowing the distinct acoustic qualities of each switch to shine through.

Weight

When comparing the Bsun Taichi linear switch and the Gazzew U4Tx RGB tactile switch, notable differences emerge in their actuation and bottom out forces. The Taichi features a defined actuation force of 40 grams, which makes it lighter and potentially more comfortable for prolonged typing sessions or extended gaming. However, the bottom out force for the Taichi is unspecified, leaving a gap in knowledge regarding how it feels when fully pressed down. In contrast, the Gazzew U4Tx RGB switch has an unknown actuation force but is characterized by a medium-heavy bottom out force of 65 grams, suggesting it requires more effort to fully depress. This makes the U4Tx RGB switch heavier overall, appealing to users who prefer a more substantial typing experience. For users seeking a lighter touch, the Taichi would be the better option, while those inclined towards a firmer feel might gravitate towards the U4Tx RGB.

Travel distance

The travel distances of the Bsun Taichi linear switch and the Gazzew U4Tx RGB tactile switch are both measured at 3.6 mm, indicating that users can expect a similar experience when pressing down on either switch. As both switches have the same travel distance, they will yield comparable results in terms of the depth felt when typing or gaming. This uniformity in travel distance may appeal to those seeking a consistent feel across different switch types in their mechanical keyboards. Overall, both switches can deliver an equal amount of key travel, making them suitable choices for users who prioritize a specific tactile experience.

Price comparison

Typing experience

In terms of sound, the Bsun Taichi linear switch produces a high-pitched bottom-out sound, setting it apart with a distinctive auditory signature that appeals to those who enjoy a more melodious typing experience. This enchanting sound profile is likely enhanced by the switch's long-pole stem, extended springs, and walled stems, which contribute to its smoothness and stability during operation. On the other hand, the Gazzew U4Tx RGB tactile switch offers a more muted yet luxurious sound profile, characterized by the deep "thock" of its bottoming out combined with the quiet stealth upon topping out. This creates a refined auditory experience, favored by users who appreciate a softer but still satisfying acoustic feedback while typing.

When it comes to feel, the Taichi switch is recognized for its smooth operation, likely due to its design features that enhance stability and reduce friction. This makes for a soothing typing experience where each keystroke glides effortlessly. In contrast, the U4Tx RGB provides a sharp tactile bump that brings a noticeable feedback with every keystroke. This tactile sensation promotes an engaging typing experience, especially for those who enjoy the feedback that tactile switches provide, separating it from purely linear alternatives.

In conclusion, while the Taichi switch captures attention with its enchanting sound and smooth feel, the U4Tx RGB uniquely merges a deep auditory experience with tactile feedback. Each switch caters to different user preferences, whether one seeks the melodic allure of the Taichi or the refined, tactile satisfaction of the U4Tx RGB. Both switches will provide their own enjoyable typing experiences, with the sound and feel reflective of their inherent designs. Ultimately, the choice between the two will depend on your personal preferences for sound and tactile feedback in your mechanical keyboard setup.

Conclusion

To conclude, the choice between the Bsun Taichi linear switch and the Gazzew U4Tx RGB tactile switch largely depends on your typing preferences and style. If you crave a smooth, uninterrupted keystroke paired with an enchanting high-pitched bottom-out sound, the Taichi switch would be your best bet. This switch excels in providing an effortless experience, making it an excellent option for those who engage in extensive typing or gaming without the distraction of tactile bumps or heavy resistance. On the other hand, if you prefer a bit of feedback in your typing with a medium-heavy bottom-out force and a satisfying "thock" sound profile, the U4Tx RGB is ideal for you. The tactile bump enhances the typing experience, allowing you to feel each keypress while minimizing distractions and noise. Ultimately, your choice should reflect whether you value pure smoothness and quick key releases or a tactile sensation that offers feedback with each stroke.

Mentioned in this article

Bsun Taichi Linear

$2.75

$2.25 per 10

Learn more

Gazzew U4Tx RGB Tactile

$6.50 per 10

Learn more