What is Keychron’s new “Nova Socket” technology? Insights from the Orca echo and V6 Ultra HE on next-gen keyboard design
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The “Orca echo,” a split keyboard collaboration between Keychron and Gizmodo Japan, features not only a trackball and scroll pad but also another noteworthy new technology.
That is the Nova Socket.
In this article, I’ll define the Nova Socket as “a new socket technology designed by Keychron to bring different switch standards closer to a unified design foundation.”
Specific details regarding switch compatibility, such as switch plate and PCB compatibility, will be covered in a separate article. This post focuses on what the Nova Socket means for Keychron’s product design philosophy.
Initially, the Orca echo crowdfunding page introduced the Nova Socket as Keychron’s proprietary ultra-thin key switch socket.
Nova Socket is a new technology that enables simpler PCB designs while maintaining the slimness of low-profile keyboards. It also reduces the risk of switch pin damage or deformation and contributes to making devices thinner and lighter.
However, looking at the pre-launch page for the Keychron V6 Ultra HE released later, the positioning of the Nova Socket appears even more significant.
On the V6 Ultra HE, the Nova Socket is introduced as a hybrid structure that combines the typing feel of mechanical switches with the high-precision input of magnetic switches into a single platform.
In other words, the Nova Socket isn’t just a “new low-profile socket for the Orca echo.”
It should be viewed as a foundational technology that suggests Keychron’s potential to bridge multiple boundaries—low profile vs. standard profile, and mechanical vs. magnetic—across their future product lineup.
Here, I’ll organize the potential of the Nova Socket based on publicly available information.
Nova Socket in the Orca echo: A slim MX-compatible socket
The Orca echo is a keyboard that utilizes low-profile switches.
It comes equipped with Keychron Apex POM low-profile switches.
Meanwhile, the CoSTORY crowdfunding page explains that by using a standard-profile switch plate (planned for separate sale), users will be able to install widely available MX-compatible standard-profile key switches onto the Orca echo.
There are two possible meanings in this context.
First, it’s possible that the low-profile switches used in the Orca echo share the same metal pin standard as existing MX-compatible switches.
This specification is very similar to the “compatibility with standard-profile hot-swap sockets” touted by Gateron Low Profile 3.0.
However, it cannot be confirmed at this time whether the Apex POM low-profile switches in the Orca echo are actually Gateron LP 3.0 switches.
Therefore, in this article, I’m treating the Apex switches as “low-profile switches with a design philosophy close to Gateron LP 3.0.”
Gateron LP 3.0 and MX-compatible switches do not share switch plate compatibility.
Thus, the fact that the Orca echo can use MX-compatible switches just by swapping the plate aligns perfectly with this theory.
Additionally, stabilizer compatibility is important, but given the Orca echo’s 1u-based configuration, it’s highly likely that stabilizers aren’t used at all.
Kawamura
The predecessor for this “low-profile” and “MX-compatible” hybrid structure is the NuPhy Air75 (likely referring to the Nos75 or similar concepts). By changing the plate, switches, stabilizers, and keycaps to dedicated ones, it was possible to switch between low profile and MX.
Therefore, the most likely theory at present is that the Apex switch is indeed a Gateron LP 3.0.
The other possibility is that the Nova Socket has multiple metal pin insertion points, but I don’t think that’s very realistic.
The role of the Nova Socket seen here is to bridge the gap between low profile and standard profile.
In the context of the Orca echo, the Nova Socket isn’t just a “thin socket.”
It’s more natural to view it as a slim hot-swap foundation that maintains the thinness of a low-profile keyboard while allowing room for future expansion to MX-compatible switches.
Kawamura
Gateron LP 3.0 switches have been used without issues in existing MX sockets on the Gravity45.
Nova Socket in the V6 Ultra HE: A bridge between mechanical and magnetic
The V6 Ultra HE expands on the potential of the Nova Socket mentioned on the Orca echo’s crowdfunding page.
The V6 Ultra HE is introduced as a full-sized Keychron keyboard that integrates the high-precision input of magnetic switches and the typing feel of mechanical switches into a single customizable platform.
On the official Keychron page, the V6 Ultra HE is described as allowing users to switch between the stable typing feel of Apex Mechanical Switches and the high-speed response and 0.01mm precision of Keychron Ultra-Fast Magnetic Switches on a single full-sized layout.
On the V6 Ultra HE page, the Nova Socket is introduced under the heading Mechanical Feel Meets Magnetic Precision.
In other words, the Nova Socket, which appeared as a “technology to connect low profile and standard profile” in the Orca echo, has emerged as a “technology to connect mechanical and magnetic switches” in the V6 Ultra HE.
However, it’s important to note that the Nova Socket alone cannot support magnetic switches.
Magnetic input requires not just a socket to hold the switch, but also support on the PCB side equipped with magnetic sensors.
Kawamura
On the other hand, I remain somewhat skeptical about the mechanical and magnetic hybrid approach. I certainly agree that mechanical switches are superior to magnetic ones in terms of variety and the ability to choose based on preference, so their coexistence makes sense in that regard. However, if you view magnetic switches as a tool for a “keyboard to win,” then coexistence with mechanical switches isn’t necessary. This is because magnetic switches are a superior upgrade in terms of performance, rather than just typing feel or sound. If I were a gamer who also typed for other purposes, I’d probably get two separate keyboards—one for gaming and one for typing—rather than a hybrid. This is likely a point where opinions will differ. I’d love to hear the design intent behind Keychron joining Lofree and Logitech in the hybrid market. It might help me update my own perspective.
On the novelty of the Nova Socket
The picture of the Nova Socket is starting to become clearer.
What will this mean for the future?
Coexistence of Nova Socket and magnetic switches depends on the PCB
Looking at it this way, the Nova Socket seems to have at least two directions.
Direction
Product Example
Details
Bridge between low profile and standard profile
Orca echo
Maintaining the thinness of a low-profile keyboard while allowing for future expansion to MX-compatible switches
Bridge between mechanical and magnetic
V6 Ultra HE
Combining the typing feel of mechanical switches with the high-precision input of magnetic switches on one platform
However, if we assume the switches used in the Orca echo are Gateron LP 3.0, the Nova Socket isn’t the only way to support them.
This is because Gateron LP 3.0 is compatible with existing MX-compatible sockets.
Furthermore, regarding the concept of a “hybrid PCB” that can use both mechanical and magnetic switches, products like the Lofree Hyzen and Logitech G512X already exist in the market.
Looking at these predecessors, the coexistence of magnetic and mechanical systems doesn’t strictly require a new type of socket.
It depends on whether the PCB is equipped with sensors (Hall effect or TMR) to support magnetic switches in addition to the existing MX sockets.
In other words, it doesn’t feel like the Nova Socket is the sole reason coexistence with magnetic switches is possible.
Where is the novelty in the Nova Socket?
So, is there nothing new about the Nova Socket?
Not necessarily.
However, we need to look carefully at where that novelty lies.
I believe the novelty of the Nova Socket lies not in the concept of a mechanical/magnetic hybrid itself, but in a standardized “ultra-thin socket design” that makes it easier for Keychron to deploy that concept across a wide product line.
In the Orca echo, it maintains the thinness of a low-profile keyboard while leaving room to expand to standard-profile MX-compatible switches.
In the V6 Ultra HE, it allows mechanical and magnetic switches to be used on the same keyboard.
These might look like separate challenges, but at their core, both aim to “handle different switch standards on the same design foundation.”
Product
Role of Nova Socket
Essence
Orca echo
Switching between low profile and standard profile
High-Low design via low-profile switches with MX-compatible pin layouts and plate swapping
V6 Ultra HE
Coexistence of mechanical and magnetic
PCB with magnetic sensors and a socket structure to handle both switch types
Common Goal
Bringing different switch systems closer to the same design foundation
Expanding product deployment and user options
In short, rather than being a revolutionary component on its own, it makes more sense to position the Nova Socket as a “new foundation for realizing ultra-thin hot-swap PCBs that didn’t exist in the market before,” allowing Keychron to handle different switch systems.
We need to distinguish between the “socket” and the “PCB”
The most important point in this article is not to confuse the Nova Socket with the PCB.
A socket is a component for inserting, securing, and electrically connecting a switch.
On the other hand, reading input from a magnetic switch requires magnetic sensors and control circuits on the PCB side.
Therefore, just because a keyboard has Nova Sockets doesn’t mean it can use magnetic switches.
The Orca echo is a perfect example.
The Orca echo uses Nova Sockets, but it does not support magnetic switches at this time. This is easier to understand if you consider that the Nova Socket is just a socket structure, not the magnetic sensor itself.
The V6 Ultra HE can support magnetic switches because it has both the Nova Socket and a PCB equipped with magnetic sensors.
Will the Nova Socket become the new foundation for accelerating common design in Keychron products?
That concludes my thoughts on the Nova Socket.
I believe the Nova Socket will likely serve as a catalyst for Keychron to improve the efficiency of their PCB design.
Keychron has an incredibly large number of product variations.
The current situation, where all of these are designed separately, places a significant manufacturing burden on the company.
Currently, they design separate boards for four different standards—MX-compatible, magnetic MX-compatible, Gateron LP 2.0, and magnetic Gateron LP 2.0 compatible—to release keyboards with the same layout.
K2 with MX-compatible 75% layoutK2 HE with magnetic MX-compatible 75% layoutK3 HE (magnetic Gateron LP 2.0 compatible) / K3 Ultra (Gateron LP 2.0)Note: Compatibility labels refer to compatibility with the “switch plate.”
On its own, the Nova Socket is a “new slim hot-swap socket.”
However, it’s being discussed as a bridge between low profile and standard profile in the Orca echo, and as a bridge between mechanical and magnetic switches in the V6 Ultra HE.
What we can see from this is the possibility that Keychron is trying to move away from fragmented product designs for each switch standard and toward bringing different switch systems onto the same design foundation.
Of course, supporting magnetic switches requires sensor implementation on the PCB, so the Nova Socket alone won’t solve everything.
Still, there’s a high probability that the Nova Socket will become a new foundational technology for standardizing design across Keychron products.
In any case, I’m very excited to see how Keychron develops this in the future.
First published: June 21, 2026
Last updated: June 21, 2026
Method of coverage: Official release from the manufacturer
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