Two keyboards launched within four weeks of each other this fall, and both bet on the same underlying idea: magnets, not metal contacts, should decide when a keypress registers. The HyperX Origins 2 Pro 65 and the Attack Shark R86 HE are the clearest signal yet that hall effect keyboard switches have stopped being a niche enthusiast feature and started showing up on $130-$150 boards built for a mainstream audience. That is a sharp change from just two years ago, when adjustable actuation and rapid trigger were locked behind $200+ price tags from Wooting and SteelSeries.
HyperX shipped the Origins 2 Pro 65 as its first-ever hall effect board, a 65% layout aimed at players who want a compact desk footprint without giving up magnetic sensing. Attack Shark answered with the R86 HE, an 80% carbon-fiber board that keeps the arrow cluster and a chunk of navigation keys while chasing the same 8,000Hz polling ceiling. Neither is a flagship in the SteelSeries Apex Pro TKL Gen 3 sense (that board runs $239.99), but together they mark the point where hall effect keyboard switches became a sub-$150 category rather than a premium add-on.
This comparison walks through the specs, pricing, and real-world fit for each board, pulls in review data from CGMagazine, KitGuru, and HP’s own hardware guide, and ends with a migration guide for anyone moving off a traditional mechanical or membrane keyboard for the first time. We also flag where manufacturer claims (like Attack Shark’s 0.08ms latency figure) have not yet been independently benchmarked, so you know exactly which numbers to trust and which to treat as marketing copy.
What Hall Effect Keyboard Switches Actually Change
A standard mechanical switch registers a keypress when two metal contacts physically touch, which locks the actuation point at a fixed depth set by the switch manufacturer. Hall effect switches replace that contact with a magnet and a sensor that tracks the key’s position continuously as it travels. Because the keyboard’s firmware can read that position in real time, it can let you set exactly how far down a key needs to travel before it fires, and it can implement rapid trigger, a mode where the key re-registers the instant it reverses direction rather than waiting for a full release.
That distinction matters most in competitive shooters, where counter-strafing and peek timing reward switches that reset faster than a human can consciously control. It is also why both boards in this comparison lean on the same vocabulary: adjustable actuation, rapid trigger, and in Attack Shark’s case, Snap Tap (also marketed elsewhere as SOCD cleaning), which resolves conflicting key inputs like A and D being held simultaneously. HyperX’s spec sheet does not explicitly confirm rapid trigger support for the Origins 2 Pro 65 the way Attack Shark’s does for the R86 HE, which is one of the clearer functional gaps between the two boards once you get past the marketing language.
HyperX Origins 2 Pro 65: Specs and First Impressions
The Origins 2 Pro 65 is HyperX’s debut in the hall effect keyboard switches category, built on the smaller 65% layout the company already uses for its Alloy Origins line. It retails at $149.99, a price that actually undercut the roughly $199 figure industry insiders had floated for the Pro variant back at its CES 2026 unveiling, according to a launch report from ubos.tech’s CES coverage.
HP’s own hardware listing for the board documents a 40g actuation point and 4.0mm of total key travel, numbers that describe a linear magnetic switch tuned to feel light on the way down but firm at the bottom of the stroke. The keycaps are polycarbonate rather than the PBT or ABS most mechanical boards use, which tends to feel smoother and slightly more translucent under RGB lighting. HyperX lists the board at roughly half a pound with its cable attached, putting it in the same weight class as other compact 65% boards rather than the heavier aluminum-chassis flagships. Software runs through HyperX NGENUITY, the same configuration suite the company uses across its mice and headsets, and the board officially supports PC, PS5, Xbox Series consoles, and Xbox One, per HyperX’s own product page.
One detail worth flagging for buyers: HyperX describes the Origins 2 Pro 65 as having a “swappable keyboard housing,” which refers to the case and faceplate assembly rather than confirming that individual switches are hot-swappable in the traditional enthusiast sense. If per-switch hot-swapping matters to you, that is not a spec HyperX has explicitly confirmed for this model, and buyers shouldn’t assume it carries over from the broader Origins 2 line without checking the exact SKU.
Attack Shark R86 HE: Specs and First Impressions
Attack Shark’s R86 HE leans hard into materials as a selling point, pairing a forged carbon-fiber top case with a CNC aluminum structure and an FR4 positioning plate finished in a metallic spray coat. The board ships in Ink Shade, Ice Ninja, and Moonlight colorways, all at the same $129.99 MSRP, according to the official Attack Shark product listing. Attack Shark’s own announcement, distributed via PR Newswire on August 30, 2026, frames the board as a 75% layout with 82 keys, a figure that matches independent coverage from KitGuru also described it as a 75% board with 82 keys, matching the manufacturer’s own press release. The manufacturer’s own retail listing is the more current and authoritative source, so this comparison treats it as a 75% / 82-key layout.
Under the keycaps sit Huano Glass Jade magnetic switches, paired with what Attack Shark calls a custom esports chipset running 256K scanning and an 8,000Hz polling rate. The company’s marketing claims a 0.08ms response time and 0.005mm rapid trigger resolution, numbers that, as of this comparison’s publication, have not been independently measured by a third-party reviewer in the sources available. Treat them as manufacturer specifications rather than verified benchmark results. Where Attack Shark clearly separates itself from the HyperX board is hot-swap support: the R86 HE explicitly advertises multi-switch compatibility, meaning you can pull the stock Huano switches and drop in different magnetic switches without soldering.
Full Specs Comparison Table
| Specification | HyperX Origins 2 Pro 65 | Attack Shark R86 HE |
|---|---|---|
| USD price | $149.99 | $129.99 |
| Layout / key count | 65%, approx. 65-68 keys | 75%, 82 keys (manufacturer listing) |
| Switch type | HyperX magnetic linear switch | HUANO Glass Jade magnetic switch |
| Polling rate | Adjustable, up to 8,000Hz | 8,000Hz fixed, 256K scanning chipset |
| Rapid Trigger | Not explicitly confirmed by HyperX | Yes, 0.005mm resolution (manufacturer claim) |
| SOCD / Snap Tap | Not listed | Yes, Snap Tap |
| Adjustable actuation | Not explicitly confirmed | Yes, 0.1mm-3.3mm range |
| Hot-swappable switches | Swappable housing only (not confirmed per-switch) | Yes, multi-switch compatible |
| Keycap material | Polycarbonate | Forged carbon-fiber composite / PBT |
| Case material | Not disclosed in available specs | Carbon fiber + CNC aluminum, FR4 plate |
| Connectivity | Wired (console and PC compatible) | USB-C wired only |
| Configuration software | HyperX NGENUITY | Web-based and downloadable configurator |
| Weight | Approx. 0.5 lb (227g) with cable | Not disclosed in available specs |
| Platform support | PC, PS5, Xbox Series, Xbox One | PC only |
| Release window | 2026, following CES 2026 reveal | Announced Aug. 30, 2026; listed Sept. 23, 2026 |
Pricing Breakdown and Market Context
Both boards sit inside a $20 price band, which is tight enough that most buyers will decide on layout and feature set rather than cost. The Attack Shark R86 HE is $129.99 across all three colorways, while the HyperX Origins 2 Pro 65 runs $149.99, a $20 premium that buys console compatibility, HyperX’s NGENUITY ecosystem, and a lighter, more travel-friendly chassis. For context, SteelSeries’ flagship Apex Pro TKL Gen 3 lists at $239.99, so both newcomers undercut the category’s best-known hall effect board by $90 to $110, a gap that matters if you’re comparing hall effect keyboard switches on a budget rather than chasing the absolute ceiling of adjustable-actuation gaming hardware.
| Board | MSRP | Price vs. Apex Pro TKL Gen 3 ($239.99) | Key differentiator for the price |
|---|---|---|---|
| Attack Shark R86 HE | $129.99 | $110 cheaper | Hot-swap sockets, carbon-fiber build, 82-key layout |
| HyperX Origins 2 Pro 65 | $149.99 | $90 cheaper | Console compatibility, NGENUITY software, compact footprint |
| SteelSeries Apex Pro TKL Gen 3 (reference) | $239.99 | N/A | OmniPoint 3.0 switches, OLED display, 40 actuation levels |
The broader category is growing fast enough to explain why multiple brands shipped hall effect boards within weeks of each other this fall. A market report from marketintelo.com pegs the hall effect and magnetic switch professional mechanical keyboard segment at $520 million in 2025, projecting a 22.4% compound annual growth rate through 2034 that would push the category past $3.2 billion. A separate estimate covering the wider magnetic-switch keyboard market, cited by researchintelo via Accio’s industry roundup, puts 2024 revenue at $1.18 billion climbing to $3.74 billion by 2033, a 13.5% CAGR. Retail tracking compiled by voxbooster’s 2026 mechanical keyboard statistics roundup, which cites Circana data, reports that hall effect keyboard sales grew 85% year-over-year, a figure that should be read as secondary reporting rather than a primary Circana release, but it lines up directionally with how many new SKUs have launched in 2026 alone.
Layout and Typing Feel: 65% vs. 80%
The single biggest practical difference between these two boards has nothing to do with the magnets under the keycaps. The HyperX Origins 2 Pro 65 drops the function row, navigation cluster, and numpad entirely, relying on key combinations (Fn-layer shortcuts) to reach anything beyond the core alphanumeric block and arrow keys. That makes it considerably easier to fit next to a mouse mat on a cramped desk, and it shaves meaningful weight and width compared to anything in the 80%+ class.
The Attack Shark R86 HE keeps a dedicated arrow cluster, a partial navigation block, and function row access without hunting through layers, at the cost of roughly 15-16 more physical keys and a wider footprint. For anyone who splits time between gaming and document-heavy work (spreadsheets, code navigation, or anything that leans on Home/End/Page Up/Page Down), the 80% layout removes a layer of friction the 65% board never fully solves. If your use case is almost entirely gaming on a dedicated setup, the smaller board’s space savings will likely matter more than the keys you’re giving up.
Rapid Trigger and Adjustable Actuation: Where the Gap Is Real
This is the category’s defining feature, and it’s also where the two boards diverge most clearly on paper. Attack Shark explicitly markets the R86 HE with rapid trigger at a claimed 0.005mm resolution, adjustable actuation across a 0.1mm-3.3mm range, and Snap Tap SOCD cleaning, all controlled through its web-based and downloadable configuration tools. HyperX’s available specifications for the Origins 2 Pro 65 do not explicitly list rapid trigger support or a documented actuation-range figure the way Attack Shark’s do, even though the underlying magnetic switch technology is capable of it. That doesn’t necessarily mean the feature is absent, but it does mean HyperX has not published the same level of detail Attack Shark has, so competitive players who specifically want rapid trigger should treat the Attack Shark board as the safer, better-documented pick on this axis until HyperX clarifies its firmware capabilities.
Build Quality and Materials
Attack Shark’s carbon-fiber top case and CNC aluminum internals are the board’s headline feature, and they put the R86 HE in a different materials class than most $130 keyboards, which typically rely on ABS plastic shells. The FR4 positioning plate with a metallic spray finish is a detail aimed at acoustic tuning, reducing the hollow resonance that cheaper plates can produce. HyperX’s Origins 2 Pro 65, by contrast, uses polycarbonate keycaps and a lighter overall build, which trades some of that premium feel for a sub-half-pound chassis that is easier to toss in a bag.
Neither company has published independent third-party acoustic or durability testing for these specific models yet, so claims about sound profile and long-term switch life remain largely based on manufacturer descriptions and the broader reputation of Huano’s magnetic switch line, which has shipped in multiple other 2026 boards.
Carbon fiber top cases have become a recognizable trend across the 2026 keyboard market, not just on the R86 HE. Manufacturers are leaning on the material because it allows a stiffer top plate at a lower weight than aluminum, and because it photographs well for marketing in a market where boards increasingly sell on Discord screenshots and unboxing videos as much as on spec sheets. The tradeoff is that carbon-fiber composite panels can be more expensive to produce at scale than injection-molded ABS, which is part of why boards using it, including the R86 HE, tend to sit in the $100-$200 range rather than the sub-$80 tier where plastic-cased boards dominate.
Switch Durability and Long-Term Reliability
One advantage magnetic switches have over traditional mechanical switches is mechanical simplicity: there are no metal leaves that can oxidize, bend, or wear down the way contact-based mechanical switches eventually do. Because actuation is read magnetically rather than through physical contact, hall effect switches as a category are often marketed with higher theoretical keystroke-life ratings than contact-based mechanical switches, though neither Attack Shark nor HyperX has published an independent third-party durability test for the Huano Glass Jade switch or HyperX’s own magnetic linear switch specifically.
That absence of independent testing is normal for boards this new. Durability claims for keyboard switches typically take months or years to validate in the field, since the standard approach is tracking real failure rates across a large installed user base rather than running an accelerated lab test that reviewers can publish at launch. Buyers who want hard long-term reliability data today are better served looking at switches with a multi-year track record, like Cherry’s MX line or Gateron’s established linear switches, while treating both new magnetic switches here as unproven on the durability axis even if the underlying hall effect mechanism has an inherent advantage over contact wear.
Noise and Acoustic Profile
Acoustics are one of the harder specs to compare without hands-on testing, and neither board has a widely circulated typing-sound sample from an independent outlet as of this comparison. What can be inferred from the build specs: Attack Shark’s FR4 plate and carbon-fiber top case are both materials associated with a deeper, more dampened sound profile compared to the thinner polycarbonate construction common on lighter 65% boards like the Origins 2 Pro 65. Thinner, lighter cases tend to produce a higher-pitched, occasionally hollower sound unless the manufacturer adds internal foam dampening, something HyperX has not detailed in its published specifications for this model.
For context on how hall effect switches sound relative to mechanical ones generally, PCMag’s review of the SteelSeries Apex Pro TKL Gen 3, a board using the more established OmniPoint 3.0 magnetic switch, specifically called out “muted acoustics” as one of its strengths. That’s a useful data point for the category as a whole, since magnetic switches generally lack the secondary click or spring-ping noise some mechanical switches produce, even though it doesn’t tell you definitively how the R86 HE or Origins 2 Pro 65 will sound on your desk.
The Broader Hall Effect Keyboard Landscape in 2026
HyperX and Attack Shark are not the only companies racing into this category this year. SteelSeries continues to anchor the premium end with the Apex Pro TKL Gen 3 and its limited-edition Cyber and Steel variants, both running OmniPoint 3.0 switches at a $239.99-$249.99 price range. Wooting remains the enthusiast favorite with its 60HE and 80HE lines, which pioneered much of the rapid trigger terminology both HyperX and Attack Shark now use in their own marketing. Logitech entered the fray with the PRO X2 RAPID at $229.99, and Razer continues pushing an analog optical alternative with its Huntsman V3 Pro line, which uses infrared light interruption rather than magnetic sensing to achieve a similar adjustable-actuation effect.
Budget-tier competition has moved fast too. MCHOSE’s Ace75 launched earlier in 2026 with an 8,000Hz polling rate and a Kickstarter-style rollout, while Glorious shifted its own GMMK Eternal toward a more traditional mechanical switch rather than chasing magnetic sensing, suggesting not every manufacturer believes hall effect is the right fit for every product line. Against that backdrop, the Origins 2 Pro 65 and R86 HE represent the two biggest brand names (HyperX under HP’s ownership, and Attack Shark as an increasingly prominent budget-performance peripheral maker) pushing hall effect keyboard switches toward price points that were exclusively mechanical territory as recently as 2024.
Why Independent Benchmarks Lag Behind Launch
It’s worth explaining why this comparison leans so heavily on manufacturer specifications for certain claims, particularly Attack Shark’s 0.08ms latency figure. Independent keyboard latency testing, the kind ProSettings and IGN have published for the SteelSeries Apex Pro TKL Gen 3, requires specialized high-speed camera rigs or signal-analysis hardware that most outlets only run once a board has been on the market long enough to justify the testing time. Both the R86 HE and Origins 2 Pro 65 are recent enough launches (September 2026 for the Attack Shark board, following a CES 2026 reveal for HyperX’s) that this kind of third-party verification simply hasn’t caught up yet.
That’s a meaningfully different situation from, say, the Apex Pro TKL Gen 3, which has been reviewed by PCMag, IGN, TechRadar, and ProSettings in detail, giving buyers multiple independent data points to cross-reference against SteelSeries’ own claims. Buyers who want fully verified numbers rather than manufacturer specifications should expect that kind of coverage to arrive for the R86 HE and Origins 2 Pro 65 in the weeks and months following this comparison, and should treat any headline latency or scanning-rate figure from either company as a claim pending verification until then.
Keyboard Shopping Checklist for Hall Effect Buyers
If you’re deciding between these two boards, or using them as a reference point while shopping the wider hall effect keyboard switches category, run through this checklist before buying:
- Confirm whether rapid trigger is explicitly listed in the spec sheet, not just implied by “hall effect” or “magnetic switch” marketing language.
- Check the documented actuation range in millimeters; a wider range (like the R86 HE’s 0.1mm-3.3mm) gives more flexibility for both gaming and typing profiles.
- Verify console compatibility explicitly if you split time between PC and PS5 or Xbox; many hall effect boards, including the R86 HE, are PC-only.
- Decide whether hot-swap support matters enough to pay for it; not every hall effect board offers it, and HyperX’s “swappable housing” language is not the same guarantee as Attack Shark’s confirmed multi-switch compatibility.
- Separate manufacturer-claimed performance numbers (latency, scanning rate) from independently verified ones, and weight your decision accordingly if third-party reviews aren’t yet available.
- Match the layout to your actual use case rather than defaulting to the smallest board; a 65% layout saves space but costs navigation-key convenience that matters for non-gaming tasks.
Software and Firmware Ecosystem
HyperX routes configuration through NGENUITY, the same software stack the company already uses for its Pulsefire mice and Cloud headsets, which means anyone already inside the HyperX ecosystem gets a familiar interface rather than a new app to learn. Attack Shark instead offers both a web-based configurator and a downloadable desktop application, a dual-driver approach that some users prefer because it avoids a mandatory background app, though it also means less unified control if you own peripherals from multiple brands.
Neither board currently lists open-source QMK or VIA support, which puts both squarely in the proprietary-firmware camp alongside SteelSeries’ GG software and most other mainstream gaming-keyboard makers. If open firmware is a hard requirement, enthusiast boards from the Keychron Q-series or Wooting’s lineup remain the better starting point; these two boards are built for players who want adjustable actuation out of the box, not a fully programmable firmware stack.
Five Real-World Use Cases
- Competitive FPS and Valorant-style shooters: Attack Shark’s documented rapid trigger and Snap Tap make the R86 HE the more defensible pick for counter-strafing and peek timing until HyperX publishes equivalent specs for the Origins 2 Pro 65.
- Cramped desks and travel setups: The HyperX Origins 2 Pro 65’s compact 65% footprint and sub-half-pound weight suit anyone who needs to clear desk space for a mouse mat or pack the board for a LAN event.
- Console crossover players: HyperX’s explicit PS5, Xbox Series, and Xbox One compatibility makes the Origins 2 Pro 65 the more flexible choice for players who split time between PC and console.
- Hybrid gaming-and-productivity desks: Attack Shark’s 80% layout with a full arrow cluster and partial navigation block reduces friction for anyone who also uses the keyboard for spreadsheets, document editing, or code navigation.
- Switch-swapping enthusiasts on a budget: Attack Shark’s confirmed hot-swap, multi-switch compatibility gives tinkerers a cheaper entry point into magnetic-switch experimentation than hot-swap boards from SteelSeries or other flagship brands.
- Buyers already inside the HyperX ecosystem: If you already run HyperX mice or headsets through NGENUITY, the Origins 2 Pro 65 slots into that existing software without adding a second configuration app.
- Aesthetic-focused builds: Attack Shark’s carbon-fiber and CNC aluminum construction, available in three distinct colorways, appeals to buyers who want a magnetic-switch board that doesn’t look like a typical plastic gaming peripheral.
Pros and Cons: HyperX Origins 2 Pro 65
Pros
- Confirmed PS5, Xbox Series, and Xbox One compatibility, unusual for a hall effect board
- Compact 65% layout and light, sub-half-pound build suit small desks and travel
- Priced well under the roughly $199 figure industry insiders expected at CES 2026
- Integrates with HyperX’s existing NGENUITY software ecosystem
Cons
- Rapid trigger and adjustable actuation range are not explicitly documented by HyperX
- 65% layout drops the arrow cluster and navigation keys behind Fn-layer shortcuts
- No confirmed per-switch hot-swap support, only a “swappable housing”
- No QMK or VIA open-firmware option
Pros and Cons: Attack Shark R86 HE
Pros
- Documented rapid trigger (0.005mm), adjustable actuation (0.1mm-3.3mm), and Snap Tap SOCD cleaning
- Confirmed hot-swap, multi-switch compatibility for under $130
- Carbon-fiber and CNC aluminum build at a price point usually reserved for plastic cases
- Retains a full arrow cluster and partial navigation block on an 80% layout
Cons
- 0.08ms latency and other performance claims are manufacturer-stated, not yet independently benchmarked
- PC-only; no listed console compatibility
- Minor discrepancy between manufacturer (81-key, 80%) and early independent coverage (82-key, 75%) on exact layout
- No open-firmware (QMK/VIA) support
Migration Guide: Moving From a Mechanical Keyboard to a Hall Effect Board
Switching from a traditional mechanical or membrane keyboard to a hall effect board involves more than plugging in a new cable. The actuation point is no longer fixed, which changes both how the keyboard feels and how it needs to be configured before it performs the way you expect.
- Install the manufacturer’s configuration software first (HyperX NGENUITY or Attack Shark’s web/downloadable configurator) before you start typing on the new board, since default actuation settings are rarely tuned for your typing style out of the box.
- Set actuation depth conservatively at first. Start around 1.5mm-2.0mm rather than the shortest available setting; a too-shallow actuation point causes accidental key registers, especially while resting fingers on the home row.
- If the board supports rapid trigger (confirmed on the Attack Shark R86 HE), enable it only for games where counter-strafing matters, since rapid trigger can cause unwanted double-inputs in typing-heavy applications.
- Back up any macro profiles or custom key remaps from your old board’s software before uninstalling it, since most gaming-keyboard suites don’t import settings from competing brands.
- Re-map any keys your old board’s firmware handled differently, particularly if you’re moving from a full-size or TKL board to the HyperX’s 65% layout, which pushes Home/End/Page Up/Page Down behind an Fn layer.
- Test SOCD/Snap Tap settings in a private match or practice range before using them in ranked play, since some competitive titles and platforms have inconsistent policies on SOCD cleaning.
- If you’re moving from a hot-swappable board, confirm your existing switch collection is actually compatible; Attack Shark’s R86 HE supports swapping to other magnetic switches, but not standard mechanical MX-style switches, and HyperX’s housing-swap feature is not confirmed to extend to individual switches at all.
- Update firmware immediately after setup. Both brands have shipped new boards with day-one firmware revisions that correct actuation calibration bugs found after initial release.
- Recalibrate your mouse DPI and sensitivity alongside the new keyboard if you’re also changing polling rate, since an 8,000Hz keyboard paired with a much lower-polling mouse can create perceptible input inconsistency during fast movement.
- Give yourself at least a week of regular use before judging feel. Hall effect switches feel meaningfully different from mechanical switches at the same stated actuation force, and most users need an adjustment period before they can tell if a given actuation setting is actually optimal for their play style.
How These Compare to the Rest of the Hall Effect Field
Neither board is trying to be the category’s performance ceiling. The SteelSeries Apex Pro TKL Gen 3 remains the more fully documented flagship, with OmniPoint 3.0 switches offering 40 discrete actuation levels across a 0.1mm-4.0mm range, Rapid Tap alongside Rapid Trigger, and independent review coverage confirming real-world performance. PCMag’s review of that board noted that its snappy hall effect switches and muted acoustics make it a strong pick for serious players, while flagging that its sky-high price and fixed-switch design keep it from being an easy recommendation for everyone, a tension that doesn’t apply to either board in this comparison since both sit well under $150.
What the HyperX and Attack Shark boards actually compete on is value: bringing adjustable actuation and (in Attack Shark’s case) rapid trigger down to a price point that used to only get you a fixed-switch mechanical board. That’s a meaningfully different pitch than the Apex Pro TKL Gen 3’s “best possible hall effect experience, premium price” positioning, and it’s why these two boards are worth evaluating against each other rather than against the category’s top tier.
Verdict: Which Hall Effect Keyboard Should You Buy
If adjustable actuation and rapid trigger are the actual reason you’re shopping for a hall effect board, the Attack Shark R86 HE is the more straightforward recommendation. It documents its 0.005mm rapid trigger resolution and 0.1mm-3.3mm actuation range explicitly, backs it with hot-swap support for under $130, and wraps it in a carbon-fiber build that most boards at this price can’t match. The tradeoffs are real: no console support, and its headline latency figures still need independent verification rather than manufacturer claims alone.
The HyperX Origins 2 Pro 65 makes more sense for a specific, narrower buyer: someone who wants a compact board that works across PC and console, is comfortable with HyperX’s existing software, and is not treating rapid trigger as a dealbreaker feature. At $20 more than the Attack Shark board, with less documented performance detail, it is the pick for ecosystem fit and portability rather than outright specs. Between the two, if you had to choose one board based purely on the numbers currently published by each manufacturer, the Attack Shark R86 HE is the stronger hall effect keyboard switches value at this price tier, while the HyperX earns its spot through console flexibility the R86 HE simply doesn’t offer.
Frequently Asked Questions
What are hall effect keyboard switches?
Hall effect keyboard switches use a magnet and sensor to track a key’s position continuously as it travels, rather than relying on two metal contacts touching at a fixed depth. That continuous tracking is what lets a keyboard offer adjustable actuation points and rapid trigger, features that fixed-contact mechanical switches can’t replicate without specialized firmware workarounds.
Is the Attack Shark R86 HE better than the HyperX Origins 2 Pro 65 for gaming?
For competitive gaming specifically, the Attack Shark R86 HE has the more clearly documented feature set: confirmed rapid trigger, adjustable actuation, and Snap Tap SOCD cleaning. The HyperX Origins 2 Pro 65 does not explicitly confirm rapid trigger support in its published specs, so players who need that feature should lean toward the Attack Shark board until HyperX clarifies its capabilities.
Does either keyboard support hot-swappable switches?
Attack Shark explicitly advertises hot-swap, multi-switch compatibility for the R86 HE. HyperX describes the Origins 2 Pro 65 as having a swappable housing, which refers to the case assembly rather than confirming individual magnetic switches can be hot-swapped the way enthusiast mechanical boards allow.
Can I use these keyboards on PS5 or Xbox?
The HyperX Origins 2 Pro 65 officially supports PC, PS5, Xbox Series consoles, and Xbox One. The Attack Shark R86 HE’s available specifications list it as a USB-C wired, PC-only board with no stated console compatibility.
Are the 0.08ms latency and other performance figures independently verified?
No. Attack Shark’s 0.08ms response time, 256K scanning claim, and 0.005mm rapid trigger resolution come from the manufacturer’s own marketing and press materials. As of this comparison’s publication, no independent reviewer benchmark confirming those exact figures was available in the sources reviewed, so they should be treated as manufacturer specifications rather than third-party verified results.
How do these boards compare in price to the SteelSeries Apex Pro TKL Gen 3?
The SteelSeries Apex Pro TKL Gen 3 lists at $239.99. The Attack Shark R86 HE, at $129.99, is $110 cheaper, and the HyperX Origins 2 Pro 65, at $149.99, is $90 cheaper. Both newer boards trade some of the Apex Pro’s documented feature depth (such as 40 discrete actuation levels and an OLED display) for a significantly lower price.
Which layout should I choose, 65% or 80%?
Choose the HyperX Origins 2 Pro 65’s compact 65% layout if desk space or portability matters most and you’re comfortable using Fn-layer shortcuts for arrow keys and navigation. Choose the Attack Shark R86 HE’s 80% layout if you regularly need dedicated arrow keys, Home/End, or Page Up/Down for work or games that don’t remap well to a smaller board.
Do either of these keyboards support QMK or VIA open firmware?
No. Both boards run proprietary software (HyperX NGENUITY and Attack Shark’s web/downloadable configurator), with no listed QMK or VIA support. Buyers who want fully open firmware should look at enthusiast lines like Keychron’s Q-series or Wooting’s lineup instead.