🔥 ข่าวด่วน: logitech pro x rapid vs wooting he vs razer v pro

October 5, 2026

25 min read

Logitech picked an odd week to pick a fight. On September 23, 2026, at its G PLAY 2026 livestream, the company unveiled the PRO X2 RAPID, a $229.99 wired tenkeyless keyboard that jumps from 1,000Hz polling on its predecessor straight to 8,000Hz, adds hot-swappable magnetic switch sockets, and bolts on an onboard OLED screen for tuning actuation without touching software. The board was released that same day and showed up in stock on Logitech’s US store at that $229.99 price. That spec sheet puts it on a direct collision course with two boards that already own the competitive Hall-effect space: the Wooting 80HE and the Razer Huntsman V3 Pro TKL 8KHz. All three now claim 8,000Hz-class responsiveness, adjustable actuation, and Rapid Trigger support, which means the real differences live in the details: switch technology, software philosophy, and what you get for your money.

This comparison breaks down all three keyboards using only verified specs from Logitech, Wooting, and Razer’s own product pages, plus independent testing from PCMag, Tom’s Hardware, NotebookCheck, and RTINGS. By the end, you will know which board fits your game, your budget, and your tolerance for fiddling with configuration software.

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Why This Keyboard Battle Matters Right Now

Gaming keyboards spent most of 2024 and 2025 chasing Hall-effect magnetic switches as the new baseline for competitive play. Wooting built its entire brand around the technology years before it went mainstream, and Razer answered with optical analog switches that do a similar job using light instead of magnets. Logitech joined with the PRO X TKL RAPID and then followed it with the PRO X2 RAPID, which adds an OLED display and 8,000Hz polling and was released on September 23, 2026. That step up also shows in the price: the PRO X2 RAPID is listed at $229.99 on Logitech’s US store.

The PRO X2 RAPID closes that gap in one generation. Logitech also launched the PRO X3 SUPERSTRIKE mouse at the same G PLAY 2026 event, signaling that the company is rebuilding its entire esports lineup around 8,000Hz hardware rather than treating it as a niche add-on. For buyers who have been watching Wooting and Razer trade blows in the Hall-effect and optical-analog space, Logitech’s re-entry is the first genuinely new data point in over a year, and it arrives with a retail price that undercuts the Razer board while sitting above the Wooting 80HE’s standard bundle.

Meet the Contenders

Each of these three keyboards takes a different engineering path to the same goal: shaving milliseconds off the time between a keypress and the game registering it. Here is what sets each one apart before we get into the numbers.

Logitech PRO X2 RAPID

Logitech’s new flagship is a wired tenkeyless board built around magnetic Hall-effect switches. Actuation is adjustable from 0.1mm to 4.0mm, and the board supports 8,000Hz key scanning alongside 8,000Hz USB polling. The standout feature is a small onboard OLED display that lets players flip between actuation settings, Rapid Trigger reset points, KEY PRIORITY (SOCD) behavior, and lighting profiles without ever opening Logitech G HUB. It ships with doubleshot PBT keycaps and carries a $229.99 US price tag, with a UK price of £209.99. Logitech debuted it alongside the PRO X3 SUPERSTRIKE mouse at its September 23, 2026 G PLAY event, and its US store listed the board in stock at $229.99 from that day. Japan got a separate release on October 15, 2026, where Logitech Japan listed the board at ¥35,750.

Wooting 80HE

Wooting built its reputation on being first to market with serious Hall-effect gaming keyboards, and the 80HE remains the company’s flagship competitive board. It uses magnetic Lekker switches with true analog input, meaning the keyboard reads a continuous range of key travel rather than a simple on/off state. Wooting markets the 80HE as supporting genuine 8,000Hz polling and 8,000Hz scanning, which the company’s own July 2026 spec sheet pins at roughly 0.125ms per scan, with every key scanned in sync at that rate, though NotebookCheck’s review notes that neither mode ships active by default and both must be toggled on inside Wootility. That same July 2026 listing confirms the 80HE ships in ANSI, ISO, and JIS layouts, covering US, European, and Japanese keyboard conventions out of the box. The 80HE is available as a $199.99 pre-built bundle that includes Lekker switches, doubleshot PBT keycaps, a cable, and spare parts, or as a $149.99 barebones “Module” for players who want to supply their own switches and keycaps. Wooting also sells a TenZ signature edition tied to the Valorant pro, reinforcing the board’s esports-first positioning. Wooting announced a successor, the 80HE+, on September 8, 2026; the section below covers what is confirmed about it so far.

Razer Huntsman V3 Pro TKL 8KHz

Razer’s board takes a different route to the same destination. Instead of magnets, the Huntsman V3 Pro TKL 8KHz uses Razer Analog Optical Switches Gen-2, which detect key position using infrared light and a photoelectric sensor rather than a physical electrical contact. Razer markets true 8,000Hz polling through its HyperPolling technology and claims the new 8KHz platform averages around 0.58ms latency, down from roughly 1.78ms on the older 1,000Hz Huntsman V3 Pro reviewed by Tom’s Hardware. The standard black non-Niko edition costs $219.99 on Razer’s US store, while a Niko Edition variant adds $30 for a $249.99 price tag and carries Razer’s marketing claim of being “26% faster than the nearest competitor” at a claimed 0.48ms latency figure. Actuation on the prior-generation V3 Pro TKL adjusted from 0.1mm to 4.0mm using a physical dial, and Razer’s HyperPolling platform requires manually selecting 8,000Hz inside Razer Synapse rather than running it by default. The TKL is no longer the newest board in the family, since Razer announced a 60% sibling on October 1, 2026.

Where the Huntsman V3 Pro Mini 8KHz Fits

Razer widened the Huntsman V3 Pro family on October 1, 2026, when it announced the Huntsman V3 Pro Mini 8KHz, a 60% analog optical keyboard that Razer calls the latest addition to the Huntsman V3 Pro lineup. It is a separate form factor from the TKL covered above, so spec sheets, reviews and prices for one should not be applied to the other. An October 6, 2026 listing reportedly shows Razer’s US store pricing the Mini from US$179.99.

On paper the Mini carries the same core hardware story. Razer lists Analog Optical Switches Gen-2 with Rapid Trigger, a 0.1–4.0 mm adjustable actuation range, and a 100-million keystroke lifespan, alongside true 8000 Hz HyperPolling. The company claims a mere 0.48 ms latency, 26% faster than the nearest competitor, and its footnote says testing was done across 20 measurements with all keyboards set to 0.1 mm actuation and 8000 Hz polling rate. Those are Razer’s own figures, so they carry the same caveat as the other manufacturer numbers in this comparison.

The Mini’s build is described as a compact, tournament-ready design with an aircraft-grade aluminum top case and doubleshot PBT keycaps. For readers who want a smaller desk footprint and are happy to give up the tenkeyless layout, it is worth checking alongside the TKL. Anyone who needs the keys a 60% layout drops should stay with the TKL, the Logitech or the Wooting, which are the three boards this comparison measures.

Full Specs Comparison Table

Here is how the three keyboards stack up across every spec that actually affects gameplay and daily use.

Spec	Logitech PRO X2 RAPID	Wooting 80HE	Razer Huntsman V3 Pro TKL 8KHz
US price	$229.99	$199.99 (pre-built) / $149.99 (barebones Module)	$219.99 (standard) / $249.99 (Niko Edition)
Announced	September 23, 2026	2024, ongoing flagship	2026 refresh of the Huntsman V3 Pro TKL
Form factor	Wired TKL (tenkeyless)	Wired TKL	Wired TKL
Switch technology	KS-20 POM magnetic Hall-effect	Lekker magnetic Hall-effect, analog	Analog Optical Switches Gen-2 (infrared light)
Actuation range	0.1mm-4.0mm in 0.05mm steps	Adjustable via Wootility (continuous analog)	0.1mm-4.0mm (per prior-gen V3 Pro TKL testing)
Polling rate	8,000Hz USB polling	True 8,000Hz polling	True 8,000Hz via HyperPolling
Scan rate	8,000Hz key scanning	8,000Hz, every key synced	Not separately marketed; tied to HyperPolling
Enabled by default?	Yes, out of the box	No, must enable in Wootility	No, must select 8,000Hz in Synapse
Rapid Trigger	Yes	Yes (Wooting’s signature feature)	Yes
SOCD / Key Priority	Yes (KEY PRIORITY)	Yes	Yes
Hot-swap sockets	Yes, tool-free magnetic sockets	Yes (Module version)	Not standard on this SKU
Keycaps	Doubleshot PBT	Doubleshot PBT	Standard Razer keycaps
Onboard display	OLED screen for tuning without software	None	None
Wireless option	No, wired only	No, wired only	No, wired only
Software	Logitech G HUB	Wootility (web-based)	Razer Synapse

Switch Technology Compared: Hall-Effect vs Optical Analog

All three keyboards abandon traditional mechanical switches with metal contacts, but they do it in two distinct ways. Logitech and Wooting both rely on Hall-effect sensing, where a magnet embedded in the switch stem moves past a sensor that measures its distance magnetically. Because there is no physical contact point, there is nothing to wear out mechanically, and the keyboard can read exact key position rather than a simple pressed-or-released state. Razer instead uses light: its Analog Optical Switches Gen-2 shine infrared light through the switch housing, and a photoelectric sensor measures how much light passes through as the stem travels, producing a continuous reading from 0% to 100% of key travel.

In practice, the difference matters less for raw speed and more for feel and long-term reliability. Hall-effect switches tend to have a reputation for being smoother out of the box since there is no metal-on-metal contact bounce to filter, which is part of why Wooting’s Lekker switches and Logitech’s KS-20 POM switches both ship factory-lubed. Razer’s optical approach has a long track record dating back to its original Huntsman line, and the Gen-2 version extends that design rather than replacing it. If you have already read our breakdown of Hall-effect vs optical vs mechanical keyboards, the short version holds here too: both sensing methods outperform traditional mechanical contacts for competitive play, and the choice between them comes down to switch feel preference rather than a clear performance winner.

Polling Rate and Scan Rate: What 8,000Hz Really Means

Polling rate describes how often the keyboard reports its state to your PC every second. At 1,000Hz, the keyboard reports input 1,000 times per second, or once every millisecond. At 8,000Hz, that drops to once every 0.125 milliseconds, shrinking the theoretical maximum input delay by a factor of eight. Scan rate is a related but separate number: it describes how often the keyboard’s internal circuitry checks each individual key for a state change. A keyboard can have a fast polling rate but a slower scan rate if it is not actually re-checking every key at that same frequency, which is why Wooting specifically markets that its scan rate and polling rate are synchronized at 8,000Hz rather than quoting polling alone.

Here is the detail that gets lost in marketing copy: neither the Wooting 80HE nor the Razer Huntsman V3 Pro TKL 8KHz runs at 8,000Hz by default. NotebookCheck’s review of the 80HE confirms both the 8,000Hz scan rate and 8,000Hz polling rate require manual activation inside Wootility, and Razer’s own 8KHz product page instructs buyers to confirm the polling rate is set to 8,000Hz inside Synapse rather than assuming it. Logitech’s PRO X2 RAPID is the outlier here, shipping with 8,000Hz scanning and polling active out of the box and exposing the setting directly through its onboard OLED screen rather than burying it in a settings menu. For anyone who has used a previous 8K-class keyboard like the ones in our GMMK Eternal vs KB5 vs V5 Ultra 8K comparison, this default-on behavior is a meaningful quality-of-life difference, even if the ceiling performance ends up similar once all three are configured correctly.

Actuation Point and Rapid Trigger Tuning

Actuation point is the depth a key must travel before the keyboard registers a press. Traditional mechanical switches lock this distance at the factory, typically around 2.0mm. Hall-effect and optical analog switches let you set that distance yourself, and all three boards here support a 0.1mm to 4.0mm adjustable range, with Logitech specifying 0.05mm increments across that span. A shallower actuation point, closer to 0.1mm, registers a press almost the instant you touch the key, which favors reaction speed in games like Counter-Strike 2 or Valorant. A deeper point reduces accidental presses during fast typing or movement spam.

Rapid Trigger builds on that adjustability by making the actuation and reset points dynamic instead of fixed. Rather than waiting for the key to return all the way to its resting position before it can fire again, Rapid Trigger lets the key reset the instant it starts moving upward, even if it has only released a fraction of a millimeter. Wooting popularized this feature and still treats it as a headline selling point, but Logitech and Razer have both matched it on their current boards. The practical upshot shows up in strafing and counter-strafing in competitive shooters, where players tap directional keys in rapid succession to reduce movement inaccuracy while shooting. All three keyboards here support SOCD cleaning, branded KEY PRIORITY on the Logitech board, which resolves conflicting simultaneous key presses (like pressing A and D at once) according to a rule set rather than letting the game engine guess.

Build Quality, Keycaps, and Hot-Swap Design

Logitech and Wooting both ship doubleshot PBT keycaps on their pre-built configurations, a material choice that resists shine and fading far better than the ABS plastic still common on budget boards. Logitech’s bigger differentiator is its hot-swap implementation: the PRO X2 RAPID uses tool-free magnetic sockets, meaning players can pull and replace switches without a switch puller or soldering, a notable upgrade over the original PRO X TKL RAPID, which did not support hot-swapping at all, a shift TechTimes highlighted in September 2026 as one of the PRO X2 RAPID’s headline hardware additions alongside its jump to 8,000Hz polling. Wooting offers the same flexibility through its barebones Module SKU, which strips out the pre-installed switches and keycaps entirely so buyers can build their own configuration from the $149.99 starting point.

Razer’s Huntsman V3 Pro TKL 8KHz does not emphasize hot-swap switch sockets on this particular SKU, which keeps the board closer to a fixed, factory-tuned product. That is not necessarily a downside. It mirrors the approach of Razer’s broader lineup, where the optical switch design is treated as a complete system rather than a user-customizable platform, similar to what we found when comparing the Huntsman V3 Pro against the Wooting 60HE v2 and MCHOSE. For buyers who want to experiment with different switch weights and feels over time, Logitech and Wooting’s Module option have a clear edge. For buyers who want one board, tuned once, and left alone, Razer’s closed design is simpler to live with.

Software Ecosystems: G HUB vs Wootility vs Synapse

Software is where these three companies diverge the most in philosophy. Logitech G HUB handles deep per-key customization, lighting, and macro profiles, but the PRO X2 RAPID’s OLED screen is designed to take over the most frequently changed settings, actuation, Rapid Trigger, KEY PRIORITY, and profile switching, without ever launching the app. That matters most at LAN events or on a second PC where installing G HUB is not practical.

Wootility runs as a web-based configuration tool rather than a locally installed app, which keeps it lightweight but still requires a browser session any time you want to toggle the 8,000Hz modes, adjust actuation curves, or fine-tune analog behavior per key. Razer Synapse is the most feature-dense of the three, covering lighting, macros, and profile management across Razer’s entire device ecosystem, but it also buries the 8,000Hz polling toggle inside a settings menu rather than exposing it as a hardware-level default. None of the three software suites is strictly better across the board. G HUB plus the OLED screen wins for convenience, Wootility wins for a clean, focused, analog-tuning experience, and Synapse wins for players already invested in other Razer peripherals who want one app to manage everything.

How Wootility and Synapse Handle Profiles and Firmware

Wooting’s own page for the 80HE describes Wootility 5.4 as introducing App Linking, so your keyboard automatically switches profiles based on the game or app you have open. The same release adds one-click preset bindings for Advanced Keys, other QOL improvements and minor fixes. Wootility v5.3.0 is live as well, and Wooting says it tightens control across the board, from switch-aware calibration to finer actuation and more detailed analog feedback. For anyone who games and works on the same PC, automatic profile switching means a competitive setup and a typing setup no longer have to be swapped by hand.

Razer’s side is simpler to maintain but still needs attention. Razer’s pages state that to achieve the best experience with the Razer Huntsman V3 Pro line (full-size, tenkeyless, 60%), you should ensure both the firmware and Razer Synapse have been updated to the latest versions. Razer also describes an onboard profile that is set to a 2.0 mm actuation point with Rapid Trigger Mode off and is typically used for typing and non-gaming-related tasks. This profile is displayed as a green profile light and cannot be modified. In practice, that means checking for firmware and Synapse updates before you start tuning anything on the Huntsman, and doing your competitive tuning in a separate profile rather than expecting the typing profile to change.

Independent Benchmark Data: Latency and Scan-Rate Testing

Manufacturer claims only tell half the story, so here is what independent reviewers have actually measured or verified on each board.

PCMag tested the Razer Huntsman V3 Pro TKL 8K and reported Razer’s own latency figures of approximately 0.58ms average at 8,000Hz, compared with roughly 1.78ms on the earlier 1,000Hz Huntsman V3 Pro, though PCMag frames these as Razer-provided numbers rather than independently measured ones.
NotebookCheck reviewed the Wooting 80HE and confirmed the keyboard genuinely supports synchronized 8,000Hz scan and polling rates, while also flagging that neither mode is active out of the box and both need to be switched on inside Wootility before testing or competitive use.
Tom’s Hardware reviewed the earlier 1,000Hz Huntsman V3 Pro TKL and measured adjustable actuation from 0.1mm to 4.0mm using the board’s physical dial, while calling out its 1,000Hz polling as the one spec that trailed the field at the time, a gap the new 8KHz model is specifically designed to close.
Logitech’s own performance documentation for the PRO X2 RAPID confirms the 8,000Hz scan-and-report rate ships active by default and that the OLED screen operates without a network connection or PC compute resources, meaning actuation and Rapid Trigger adjustments happen entirely on the keyboard’s own hardware.
RTINGS put the Wooting 80HE through its own latency test bench and reported, as of October 16, 2026, that it posted the lowest measured latency of any keyboard RTINGS has tested, the first fully independent, non-manufacturer confirmation that Wooting’s speed claims hold up under third-party testing.

The honest takeaway across these five sources is that no outlet has yet run all three current-generation boards through the same latency test rig in a single head-to-head session. RTINGS’ October 2026 testing closes part of that gap: it is independent, third-party confirmation that the Wooting 80HE’s latency lead is real rather than a marketing figure, which is more than can currently be said for Razer’s 0.58ms claim or Logitech’s scan-and-report numbers. Treat the Razer and Logitech figures as directionally useful until an independent lab runs them against the same bench the 80HE just topped.

Typing Feel and Everyday Use Beyond Gaming

Most reviews of competitive keyboards focus entirely on gaming performance and skip the question of what these boards feel like for eight hours of typing, Slack messages, and spreadsheet work between matches. That matters more than it used to, since all three boards here are marketed as daily drivers rather than single-purpose gaming accessories. Logitech’s doubleshot PBT keycaps and factory-lubed KS-20 switches aim for a smooth, slightly cushioned keystroke that avoids the scratchy feel some early Hall-effect boards were criticized for. Wooting’s Lekker switches carry a similar factory-lubed treatment, and the company has iterated on that switch design across several keyboard generations specifically to address typing comfort complaints from its earlier boards.

Razer’s optical switches historically land on the firmer, more tactile side of the spectrum compared to Hall-effect designs, which some typists prefer and others find fatiguing over long sessions. None of the three manufacturers publish independent acoustic or actuation-force test data for these exact 2026 models, so the most reliable approach is to treat published typing-feel claims as directional rather than definitive. If quiet, low-fatigue typing matters as much as competitive gaming performance to you, prioritize hands-on testing or a return-window purchase over spec-sheet comparisons alone, since switch feel remains one of the most subjective variables in this category.

Warranty, Durability, and Long-Term Reliability

Hall-effect and optical switches both carry a reliability advantage over traditional mechanical switches simply because there is no physical metal contact to wear down or oxidize over years of use. Wooting’s Lekker switches and Logitech’s KS-20 POM switches are magnetic, meaning the sensing mechanism itself has effectively no moving parts that degrade through electrical contact, which is why many Hall-effect switch makers advertise multi-hundred-million keystroke lifespans. Razer’s optical switches rely on an LED and photoelectric sensor rather than a magnet, Razer rates its Analog Optical Switches Gen-2 for a 100-million keystroke lifespan, and that design has already proven itself across multiple Huntsman generations dating back several years, giving it the longest real-world reliability track record of the three approaches discussed here.

Where the three products diverge most on long-term ownership is repairability. Logitech’s tool-free hot-swap sockets and Wooting’s Module option both mean a single failed switch does not require replacing the entire board, since you can pull one switch and drop in a replacement in seconds. Razer’s current Huntsman V3 Pro TKL 8KHz SKU does not advertise the same hot-swap convenience, so a hardware failure is more likely to mean a full warranty claim rather than a five-minute fix. All three brands back their keyboards with standard consumer electronics warranties, and as with any gaming peripheral, buying directly from the manufacturer or an authorized retailer preserves your warranty coverage in a way that gray-market or third-party marketplace purchases do not.

Pricing and Value Comparison

Price is where the Wooting 80HE pulls ahead on paper, especially for buyers willing to build their own switch and keycap configuration.

Keyboard	Configuration	US Price	What’s included
Wooting 80HE Module	Barebones	$149.99	PCB and case only, no switches or keycaps
Wooting 80HE	Pre-built bundle	$199.99	Lekker switches, doubleshot PBT keycaps, cable, spares
Razer Huntsman V3 Pro TKL 8KHz	Standard black	$219.99	Analog Optical Gen-2 switches, standard keycaps
Logitech PRO X2 RAPID	Standard	$229.99	KS-20 POM switches, doubleshot PBT keycaps, OLED screen
Razer Huntsman V3 Pro TKL 8KHz Niko Edition	Special edition	$249.99	Same hardware as standard, cosmetic variant

The spread between the cheapest pre-built option, the Wooting 80HE at $199.99, and the most expensive standard configuration, the Logitech PRO X2 RAPID at $229.99, comes out to exactly $30. That is a narrower gap than it might seem given how different the three boards feel to use. Buyers chasing the lowest possible entry price should look at the Wooting 80HE Module at $149.99, though that price assumes you already own compatible switches and keycaps or are willing to buy them separately, which can erase most of the savings depending on your choices.

Real-World Use Cases: Who Should Buy Which Keyboard

Specs only matter in the context of how you actually play. Here are six scenarios where the differences between these boards show up in practice.

Competitive Valorant and CS2 players who rely on counter-strafing will benefit most from Rapid Trigger on any of the three boards, but the Wooting 80HE’s TenZ signature edition, built around the exact hardware Valorant pro TenZ uses, gives that audience a direct validation point the other two boards do not offer.
LAN tournament competitors who need to set up on an unfamiliar PC quickly will lean toward the Logitech PRO X2 RAPID, since its OLED screen lets a player dial in actuation and Rapid Trigger settings without installing G HUB on a borrowed machine.
Fighting game players working with partial or analog inputs can take advantage of the continuous 0% to 100% travel reading on Razer’s Analog Optical Switches Gen-2 or Wooting’s true analog Lekker switches, both of which go beyond simple digital on/off registration.
Keyboard enthusiasts who like to customize their switches and keycaps over time should default to the Wooting 80HE Module or the hot-swappable Logitech PRO X2 RAPID, since Razer’s current SKU is not built around frequent switch swapping.
Streamers and content creators who need to adjust settings on camera without tabbing out to software will find Logitech’s onboard OLED display the most practical option for live demonstrations or quick profile changes mid-stream.
Budget-conscious buyers who already own PBT keycaps and spare switches from a previous custom build can get into true 8,000Hz Hall-effect performance for $149.99 through the Wooting 80HE Module, undercutting both finished boards by a wide margin.

Migration Guide: Switching to a High-Polling Hall-Effect Keyboard

Moving from a standard mechanical keyboard, or from an older 1,000Hz board, to any of these three takes more than just plugging in a new cable. Here is the process that avoids the most common setup mistakes.

Back up any existing macro or lighting profiles from your old keyboard’s software before disconnecting it, since G HUB, Wootility, and Synapse all store profiles independently of each other.
Install the correct software first: Logitech G HUB for the PRO X2 RAPID, Wootility (browser-based, no install required) for the 80HE, or Razer Synapse for the Huntsman V3 Pro TKL 8KHz.
Update firmware immediately after connecting. All three manufacturers ship incremental firmware updates that can affect polling stability and Rapid Trigger accuracy.
Manually confirm your polling rate. Only the Logitech board defaults to 8,000Hz; Wooting and Razer both require you to enable it inside their respective software.
Set your actuation point conservatively at first, around 1.0mm to 1.5mm, rather than jumping straight to the 0.1mm minimum, since very shallow actuation can cause accidental key presses until you adjust your typing and gaming habits.
Enable Rapid Trigger only in games where it provides a clear benefit, primarily fast-paced shooters with strafing mechanics. Leaving it on for general typing can occasionally cause double-character inputs for some users.
Reconfigure SOCD or KEY PRIORITY settings to match the resolution method your primary game expects, since some titles have their own built-in SOCD handling that can conflict with keyboard-level settings.
Re-bind any keyboard shortcuts or macros that lived on your previous board’s dedicated keys, since TKL layouts from all three brands drop the numpad and may shift some key positions relative to your old board.
Run a short burn-in session in a non-competitive match or practice range to confirm actuation points feel consistent before using the new board in ranked or tournament play.

For reference, here is what a typical exported actuation profile looks like once you have everything dialed in, using Wootility’s configuration format as an example of the kind of per-key data these software suites manage behind the scenes:

{
  "profile": "competitive_fps",
  "polling_hz": 8000,
  "scan_hz": 8000,
  "rapid_trigger": true,
  "actuation_mm": 1.0,
  "rapid_trigger_sensitivity_mm": 0.3,
  "socd_mode": "last_input_priority"
}