United States: Free shipping on orders over $49

Outemu Dustproof Silent Ocean vs. Everglide Sakura Pink

An in-depth look at the Outemu Dustproof Silent Ocean and the Everglide Sakura Pink switches—which one is the best fit for you?

Overview

When comparing the Outemu Dustproof Silent Ocean and the Everglide Sakura Pink mechanical keyboard switches, it's clear that they each offer unique qualities to consider. The Silent Ocean is a linear switch that is best known for its dustproof design, providing added durability and longevity. On the other hand, the Sakura Pink is also a linear switch but stands out for its incredibly light 35g actuation force, making it ideal for those who prefer a delicate typing experience. While the Silent Ocean may appeal to users looking for a reliable and sturdy switch, the Sakura Pink draws in typists seeking a smooth and frictionless feel with a playful poppy sound. However, let's dive in a bit deeper beyond these generalities so you can best decide on the best switch for you.

By the numbers

Technical specifications

Actuation force

45g

Actuation force

35g

Bottom-out force

65g

Bottom-out force

45g

Pre-travel

1.60 mm

Pre-travel

2.00 mm

Total travel

3.30 mm

Total travel

4.00 mm

Factory lubed

Yes

Factory lubed

Yes

Stem construction

Partial box

Stem construction

Standard

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

PCB (5-pin)

Spring

Stainless steel

Spring

Stainless steel

Housing materials

In comparing the housing materials of the Outemu Dustproof Silent Ocean and the Everglide Sakura Pink, it is clear that both switches utilize polycarbonate for their top housings. This choice leads to sharper, higher-pitched, and crisper sound profiles for both switches, making them ideal for those looking for a distinct typing experience. The translucency of polycarbonate also allows for RGB lighting, adding a visual flair to the switches.

However, where the two switches differ is in their bottom housing material. The Dustproof Silent Ocean utilizes nylon, which results in a deeper and fuller sound profile due to its softer nature that absorbs more sound. On the other hand, the Sakura Pink sticks with polycarbonate for its bottom housing, maintaining a sharper and crisper sound profile throughout the switch. This contrast in bottom housing material can impact the overall typing experience and sound produced by each switch.

Ultimately, the choice between the Outemu Dustproof Silent Ocean and the Everglide Sakura Pink will come down to personal preference. While both switches offer a similar polycarbonate top housing for a sharp sound profile, the differing bottom housing materials of nylon and polycarbonate can provide unique typing experiences. Whether you prefer a deeper, fuller sound with the Dustproof Silent Ocean or a sharper, crisper sound with the Sakura Pink, both switches offer quality housing materials that contribute to their overall performance.

Weight

The Outemu Dustproof Silent Ocean linear switch has a higher actuation force of 45 grams and a higher bottom out force of 65 grams when compared to the Everglide Sakura Pink linear switch, which has a lighter actuation force of 35 grams and a lighter bottom out force of 45 grams. The Dustproof Silent Ocean switch provides a more substantial typing experience due to its heavier forces, making it ideal for those who prefer a stronger push feel. On the other hand, the Sakura Pink switch offers a lighter typing experience, which is preferred by those who want to type for longer periods or engage in extended gaming sessions without experiencing fatigue. Ultimately, the choice between these two switches will depend on personal preference for actuation and bottom out forces.

Travel distance

The Outemu Dustproof Silent Ocean linear switch has a travel distance of 3.3 mm, making it slightly shorter than the Everglide Sakura Pink linear switch, which has a travel distance of 4 mm. The Dustproof Silent Ocean switch falls in between the traditional 4.0mm travel distance and the shallower 3.0mm distance, offering a balance that may appeal to a wide range of users. Gamers looking for faster response times may prefer the shorter travel distance of the Dustproof Silent Ocean, while those who enjoy a deeper pressing sensation may opt for the longer travel distance of the Sakura Pink. Ultimately, the choice between the two switches will depend on personal preference for travel distance and typing experience desired.

Price comparison

Which switch is more bang for your buck?

The Everglide Sakura Pink has an MSRP of $6.86 per 10 switches. At Milktooth, we are able to pass on savings to our customers and offer the Sakura Pink for $3.89.

The Outemu Dustproof Silent Ocean comes in at $3.10 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

In terms of sound, the Dustproof Silent Ocean switch does not have a specific descriptor mentioned, indicating that it may not have a distinct sound quality that sets it apart. On the other hand, the Sakura Pink switch is described as producing a muted sound. This suggests that the Sakura Pink switch will offer a softer and quieter typing experience compared to the Dustproof Silent Ocean switch. It's important to note that sound can also be influenced by other factors such as the keyboard housing and keycap material.

Moving on to feel, the Dustproof Silent Ocean switch does not have any specific descriptors provided. In contrast, the Sakura Pink switch is described as having a buttery, creamy, easy-to-press, and frictionless feel. These descriptions paint a picture of a smooth, effortless, and comfortable typing experience with minimal resistance and a fluid keystroke sensation. The Sakura Pink switch's light 35g actuation force and frictionless operation make it ideal for those who prefer a gentle and comfortable typing feel.

Taking into consideration the information provided, the Sakura Pink linear switch stands out for its light actuation force, smooth and frictionless operation, and muted sound profile. On the other hand, while specific qualities of the Dustproof Silent Ocean switch are not highlighted, it may offer a different typing experience that caters to a different preference. Ultimately, both switches can provide a satisfying typing experience, albeit with differing sound and feel characteristics. If you prefer a softer sound and a buttery typing sensation, the Sakura Pink switch would be an excellent choice. If you're looking for something with different qualities, the Dustproof Silent Ocean switch may offer a unique typing experience to explore.

Conclusion

In closing, when deciding between the Outemu Dustproof Silent Ocean and the Everglide Sakura Pink linear switches, you would want to choose the Dustproof Silent Ocean if you prefer a medium-heavy bottom out force and are looking for a switch with no specific standout feature. On the other hand, if you prefer a lighter bottom out force and enjoy a feather-light typing experience with a poppy sound similar to popping bubble wrap, the Everglide Sakura Pink switches would be the ideal choice for you. The Sakura Pink switches offer a buttery, creamy feel with easy-to-press and frictionless properties, enhancing your typing experience with smooth and effortless keystrokes. Ultimately, your decision should be based on your personal typing preferences and the overall typing experience you are looking for in a mechanical keyboard switch.

Mentioned in this article