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ROG HFX switch close shot

重塑
全新游戏规则

ROG 自有轴从触发力道至键压比，都过研发团队精心调教，每次键击都展现精准的 ROG 精神。

  • ROG HFX Magnetic Switches scenario shot
    • 4.0 mm

      驱动距离

    • 40 gf

      初始压力

    • 55 gf

      总压力

    线性敏捷

    ROG HFX 磁轴采用 POM 塑料作为轴心和底部外壳，并以 PC 材质打造顶部外壳，提供极度顺畅的敲击体验。此外，具有隔间的键柱设计增强了稳定性并防止灰尘进入。ROG HFX 磁轴经过特殊调校，并于出厂前预先润滑，带来扎实清脆的敲击声响。

    ROG HFX Magnetic switch
    ROG HFX 磁轴的拆解图，展示所有组件

    1. 顶盖

      PC 顶盖和经过高度抛光的键柱接触区，确保击键顺畅。

    2. 键柱设计

      具有隔间的键柱设计可提供击键的稳定性并防止灰尘侵入，且维持与大多数键帽的兼容性。

    3. 键柱材质

      以低摩擦系数的复合 POM 材料制成，可实现顺畅的击键。

    4. 底盖

      POM 底盖让击键声更低沉。

    自定义触发行程

    ROG HFX 磁轴可调节 0.1 - 4.0 mm 触发距离，以满足个性需求。游戏速战速决，文字精准输入，通过奥创极速版轻松调整，满足个性需求，每一次敲击都能随心所欲。

    Rapid Trigger 功能

    HFX磁轴带有快速触发功能，与传统机械开关需要回到重置点才能注册下一个点击不同，HFX 磁力开关在向上移动时立即复位，游戏响应更快，操作更高效，流畅操控尽在指尖。

    ROG HFX 磁轴对比

    HFX V1

    • 一体式轴心设计
    • 侧墙设计

    • 总行程

      4.0 mm 3.5 mm

    • 初始压力

      40 gf 32 gf

    • 触底压力

      55 gf 49 gf

    • 精度

      0.1 mm 0.01 mm

    • 自定义触发行程

      0.1- 4.0 mm 0.1- 3.5 mm

    HFX V2

    • 经过调整的顶盖，兼容第三方键帽
    • 卡扣式轴芯设计
    • 更大的垂直磁铁
  • ROG HFX V2 Magnetic Switches scenario shot
    • 3.5 mm

      总行程

    • 32 gf

      初始压力

    • 49 gf

      触底压力

    线性敏捷

    这款全新出厂精润的磁轴，为您带来扎实、超精准的指尖触感与闪电般的响应速度，同时拥有高达一亿次的按键寿命。采用 PC（聚碳酸酯）上盖搭配 POM 材质的轴心与底壳，确保每一次敲击都极致顺滑；精心设计的防尘壁轴心，不仅大幅提升了按键的稳定性，更能有效阻隔灰尘与碎屑侵入。无论是激烈的电竞游戏还是日常码字，它都能为您提供始终如一的顺滑、可靠与精准的按压体验。

    ROG HFX V2 Magnetic switch
    ROG HFX 磁轴拆解图，展示所有组件

    1. 上盖

      PC材质上盖与轴芯接触处进行抛光处理，确保顺滑度

    2. Compatible with Aftermarket Keycaps

      Standard cross-shaped stem design ensures compatibility with most keycaps, allowing users to customize their setup.

    3. 轴芯材质

      由低摩擦系数的复合POM材料制成，敲击平稳顺滑。

    4. 卡扣式设计

      独特的卡扣机构可防止按键晃动影响磁铁的运动，从而确保精确可靠的触发。

    5. 双侧墙设计

      双侧墙设计增强了击键的稳定性，减少晃动并防止灰尘

    6. 更大的磁铁

      加大尺寸的磁铁增强了磁通量，从而进一步提升了精度和响应速度，有效降低了误触或漏按按键的风险。

    7. 底壳

      POM材质底壳带来更加沉稳的敲击声。

    • 自定义触发行程

      借助 ROG 霍尔传感器和 HFX V2 磁轴，Falcata 的 0.1–3.5 mm 触发范围可精确以 0.01 mm 为单位进行调节。用户可通过多功能滚轮或基于网页的 Gear Link 界面调整触发点。

      ROG HFX V2 Magnetic Switch with customizable actuation point

    • ROG Hall Effect Technology

      Leveraging the increased magnetic flux tolerance of the HFX V2 Magnetic Switch, the IC is now directly mounted on the PCB, allowing it to be positioned closer to the magnet without being affected by board thickness. This further enhances magnetic sensing accuracy without affecting saturation.

      ROG Hall Effect Technology

    • Mechanical vs Magnetic

      Traditional mechanical switches require a return to the reset point before the next click registers. With ROG HFX V2 Magnetic Switch and the Rapid Trigger feature, the switch resets instantly as it moves upward, delivering maximum counter-strafing potential with minimal effort.

      Key register comparison of ROG HFX V2 magnetic switch and traditional mechanical switch

    ROG HFX MAGNETIC SWITCH COMPARISON

    HFX V1

    • One piece stem design
    • Side mounted magnet

    • Travel Distance

      4.0 mm 3.5 mm

    • Initial Force

      40 gf 32 gf

    • Total Force

      55 gf 49 gf

    • Accuracy

      0.1 mm 0.01 mm

    • Adjustable Actuation

      0.1- 4.0 mm 0.1- 3.5 mm

    HFX V2

    • Adjusted top housing Compatible with after-market keycaps
    • Snap-fit stem design
    • Larger vertical magnet
  • Four ROG HFX V2X magnetic switches, showcasing different angle views
    • 3.5 mm

      Travel Distance

    • 30 gf

      Initial Force

    • 45 gf

      Total Force

    Linear and Speedy

    Supporting both plunger and cross-shaped keycaps, it offers greater customization flexibility. The polished PC top housing ensures smooth keystrokes, while the hollow-square stem and X-stabilizer design deliver consistent, wobble-free input even with off-center presses. A POM bottom housing adds a deeper, cleaner sound for a solid and precise typing experience.

    ROG HFX V2X magnetic switches
    ROG HFX V2X magnetic switches exploded view

    1. Upper Housing

      PC top housing with the stem contact areas highly polished to ensure keystroke smoothness.

    2. Compatible with Plunger and Cross-Shaped Keycaps

      Provide users with more keycap options.

    3. Hollow-Square Stem Design

      Enjoy consistent keystroke feel when key is pressed at different areas of the keycap.

    4. Larger Magnet

      Enlarged magnet boosts magnetic flux for greater precision and responsiveness, reducing risk of accidental or missed keystrokes.

    5. X-Stabilizer

      Unique X-stabilizer design mechanism ensures wobble-free keystroke and fast input.

    6. Based Housing

      POM bottom housing delivers a deeper, more refined keystroke sound.

    7. ROG Hall Sensor

      The sensor technology enables high-precision 0.01mm keystroke detection, with greater magnetic flux tolerance and improved power efficiency for smoother, more reliable input.

    • Customizable Actuation Point

      With the ROG Hall Sensor and HFX V2X Magnetic Switch, the 0.1–3.5 mm actuation range of the Falcata can be adjusted in precise 0.01 mm increments. The actuation point can be tweaked via the multi-function wheel or web-based Gear Link interface.

      ROG HFX V2X Magnetic Switch with customizable actuation point

    • ROG Hall Effect Technology

      Leveraging the increased magnetic flux tolerance of the HFX V2X Magnetic Switch, the IC is now directly mounted on the PCB, allowing it to be positioned closer to the magnet without being affected by board thickness. This further enhances magnetic sensing accuracy without affecting saturation.

      ROG Hall Effect Technology

    • Mechanical vs Magnetic

      Traditional mechanical switches require a return to the reset point before the next click registers. With ROG HFX V2X Magnetic Switch and the Rapid Trigger feature, the switch resets instantly as it moves upward, delivering maximum counter-strafing potential with minimal effort.

      Key register comparison of ROG HFX V2 magnetic switch and traditional mechanical switch

    ROG HFX MAGNETIC SWITCH COMPARISON

    HFX V2

    • Adjusted top housing Compatible with after-market keycaps
    • Snap-fit stem design
    • Larger vertical magnet

    • Travel Distance

      3.5 mm 3.5 mm

    • Initial Force

      32 gf 30 gf

    • Total Force

      49 gf 45 gf

    • Accuracy

      0.01 mm 0.01 mm

    • Adjustable Actuation

      0.1- 3.5 mm 0.1- 3.5 mm

    HFX V2X

    • Compatible with Plunger and Cross-Shaped Keycaps
    • Hollow-Square Stem Design
    • X-Stabilizer

Speed Tap Mode

In Speed Tap mode, as soon as the system detects the input of two keys (e.g. A and D), it will prioritize the last input and automatically release the previous one. This means that in FPS games, pressing two opposing directional keys will no longer cause the character to stop moving. Instead, directional changes can now be done immediately without releasing the previous key, eliminating any time gap for counter-strafing and ensuring precise aim every time.

*By default, Speed Tap is turned off. To activate it, press Fn + Tab or Fn + Caps simultaneously - depending on your model.

HFX Switch Available Models

ROG RX switches placed on table

Switch to a Game Changer

ROG switches are meticulously designed from the ground up, from actuation force to click ratio, so every keystroke feels unmistakably ROG.

    • 1.0mm

      驱动点

    • 40gf

      初始压力

    • 55gf

      总压力

    线性敏捷

    ROG RX 矮红轴提供 1.0 mm 驱动点以实现快速输入。初始驱动力优化为 40 gf，以防止意外触键，并扩展至 55 gf，以实现出色的回弹反馈。通过近乎瞬时的敲键响应，享受平滑线性的键击体验。

    ROG RX Red Low-Profile switch

可使用 RX 键轴的机型

ROG RX 光学机械轴
特写画面

ROG RX 轴体的爆炸图，展示了所有组件
  1. 光速触发响应
  2. 光速触发响应稳定的键压方形火山口结构
  3. 中心灯光提供全方位照明
  4. 无抖动 X 结构稳定器
  5. 1 亿次键击寿命

光速触发响应

不同于传统机械键轴，ROG RX 光学机械轴近乎零触发延迟，让你的响应永远抢先敌方一步。

无抖动稳定手感

ROG RX 光学机械轴利用特殊方形火山口以及四角固定底座来消除按键抖动，而 X 结构稳定器设计可确保敲击时的稳定。

稳定的键压

在实验室测试中，在按压键帽不同区域时，ROG RX 光学机械开关几乎不会显示出力曲线偏差。

A testing machine pressing on a keycap
  • ROG RX Red switch

    ROG RX光学机械红轴

    力曲线几乎没有偏差，提供一致的触发力

    力偏差可降低 ~50%

    与按键中央的平均力偏差 = 8.375%

  • A outline picture of a traditional mechanical switch

    传统机械键轴

    力曲线呈现明显偏差

    与按键中央的平均力偏差 = 13.450~22.725%

力曲线 (键击压力)

力曲线 (键击回馈)

  • ROG RX Blue switch

    ROG RX 光学机械青轴

    力曲线几乎没有偏差，提供一致的触发力

    力偏差可降低 ~47%

    与按键中央的平均力偏差 =
    6.225%

  • A outline picture of a traditional mechanical switch

    传统
    机械键轴

    力曲线呈现明显偏差

    与按键中央的平均力偏差 =
    8.20~15.50%

力曲线 (键击压力)

力曲线 (键击回馈)

中心灯效全方位光效

ROG RX 光学机械轴具备中央 LED，每颗按键都会散放灯效，营造出令人惊叹的按键光效。


图像仅供示意，实品外观可能会有所不同。
ROG NX Mechanical Switches listed from left to right: the ROG NX Brown, ROG NX Blue, ROG NX Red, ROG NX Snow, ROG NX Storm

重塑全新游戏规则

ROG 自有轴从触发力道至键压比，都过研发团队精心调教，每次键击都展现精准的 ROG 精神。

ROG NX Snow mechanical switch Three different ROG NX switches A guy with eye covered, holding a keyboard switch by his ear

ROG NX 机械轴

  • ROG NX switch stem being lubed
  • ROG NX base housing being lubed

这些键轴具备预先润滑的键柱和底壳，可分别提供更滑顺的点击感觉，以及消除弹簧回弹产生的噪音。

    • 1.8mm

      驱动点

    • 40gf

      初始压力

    • 53gf

      总压力

    更好的线性表现

    ROG NX Snow 机械式键轴采用复合 POM 材料制成，包括具有 PC 顶部外壳和 POM 底部外壳的键柱，以提供超顺畅的击键，而具有隔间的键柱设计可增强稳定性并防止灰尘侵入。此款键盘已完成特殊调校，加上工厂预润滑，使 ROG NX Snow 击键声音非常扎实和干净，并具有「厚实」的声学效果。

    ROG NX Snow switch
    ROG NX Snow 的拆解图，呈现所有零件

    1. 上部外壳

      PC 上部外壳与键柱接触区域高度抛光，以确保击键的滑顺度。

    2. 具有隔间的键柱

      具有隔间的键柱设计可提供触键的稳定性

    3. 键柱材质

      以低摩擦系数的复合 POM 材料制成，可实现顺畅的触键

    4. 底壳

      POM 底部外壳可带来更低沈的触键声。

可使用 NX 键轴的机型

持续增长的肌肉记忆

游戏控制来自于肌肉记忆，而玩家使用的设备至关重要。ROG NX 红轴以及 NX 茶轴针对零驱动与复位点进行特别调校，而 NX 青轴提供了接近零的 0.1 mm 驱动与复位点。所有 ROG 键轴都为玩家提供上佳稳定的触发与回弹力，给予更出色的游戏体验。

A ROG NX switch being assembled by automated machine in a factory

稳定一致的手感

ROG NX 机械轴超越业界标准，具备 5 gf 的力容差以及 +/ 0.4 mm 的总驱动距离，提供一致的键击手感，打造更好的游戏体验。

ROG HFX 磁轴

ROG RX 光学机械轴

ROG NX 机械轴
键轴类型

ROG HFX V2X Magnetic
Linear & Speedy

ROG HFX V2 Magnetic
Linear & Speedy

ROG HFX 磁轴
线性 & 疾速

ROG RX RED
线性 & 敏捷

ROG RX BLUE
利落 & 疾速

ROG RX RED
矮轴
线性 & 敏捷

ROG RX BLUE
矮轴
利落 & 疾速

ROG NX Snow V2
Refined Linear

ROG NX Storm V2
Refined Clicky

ROG NX RED
线性 & 敏捷

ROG NX BROWN
上佳手感

ROG NX BLUE
利落 & 回馈

ROG NX SNOW
更好的线性表现

ROG NX Storm
更好的敲击手感

触发方式 霍尔效应 光触发 金属机械触发
键轴特色 Customizable actuation point and rapid trigger function Customizable actuation point and rapid trigger function Customizable actuation point and rapid trigger function Smooth linear keystrokes with ultra-fast actuation Crisp, clicky feedback with tactile bump and fast actuation Smooth linear keystrokes with ultra-fast actuation Crisp, clicky feedback with tactile bump and fast actuation Fast and smooth linear keystrokes with great stability Fast and smooth tactile keystrokes with great stability Smooth linear keystrokes with extra-fast actuation Pronounced tactile bump with fast actuation Pronounced tactile bump with crisp, clicky feedback Fast and smooth linear keystrokes with great stability Fast and smooth tactile keystrokes with great stability
初始压力 30gf 32gf 40gf 40gf - 40gf - 40gf - 40gf - - 40gf -
段落阻力 - - - - 65gf - 55gf - 65gf - 58gf 65gf - 65gf
触发力 Vary Vary Vary 45gf 45gf 45gf 55gf 45gf 55gf 45gf 43gf 55gf 45gf 55gf
总压力 45gf 49gf 55gf 55gf - 55gf - 53gf - 55gf - - 53gf -
键压比 - - - - 31% - 18% - 25% - 33% 16% - -
键击寿命 1 亿次 1亿次 7000万

介绍文章

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