GearLab 遊戲周邊實驗室
GearLab 是一個專為極客與電競玩家打造的進階硬體效能檢測平台。我們不依賴廠商的行銷數據,而是透過瀏覽器底層 API (如 requestAnimationFrame 與 Web Audio API) 來測量設備的真實表現。免安裝任何外部軟體,打開網頁即可進行精確的交叉比對。 GearLab is an advanced hardware performance testing platform designed for geeks and esports players. We bypass marketing claims and measure true device performance using low-level browser APIs (like requestAnimationFrame and Web Audio API). No installation required; run precise cross-comparisons directly in your browser.
我們的核心測試涵蓋四大領域:
1. 顯示器科學:利用動態殘影 (UFO Test) 驗證 144Hz/240Hz 螢幕的 GtG 反應時間,並提供 DCI-P3 廣色域與壞點均勻度檢查。
2. 輸入設備延遲:精準量測電競滑鼠的真實回報率 (Polling Rate) 波動,以及機械鍵盤的 Input-to-Frame 軟體路徑延遲與 NKRO 防鬼鍵狀態。
3. 音訊迴路分析:獨家自動化演算法,量測藍牙耳機與 2.4GHz 接收器的真實傳輸延遲,並內建智能循環煲機 (Burn-in) 工具與頻譜分析儀。
4. 搖桿精準度:即時視覺化手把死區 (Deadzone) 與圓形度誤差 (Circularity Error),輕鬆揪出類比搖桿飄移問題。
Our core tests cover four major areas:
1. Display Science: Verify 144Hz/240Hz monitor GtG response times using motion blur tests (UFO Test), alongside DCI-P3 gamut and dead pixel uniformity checks.
2. Input Latency: Accurately measure the true polling rate fluctuations of gaming mice, mechanical keyboard Input-to-Frame latency, and NKRO status.
3. Audio Loopback Analysis: Exclusive automated algorithms to measure the true transmission latency of Bluetooth/2.4GHz headsets, featuring a smart burn-in tool and spectrum analyzer.
4. Gamepad Precision: Real-time visualization of controller deadzones and circularity errors to easily spot analog stick drift.
別讓糟糕的裝備拖累你的實力。選擇下方分類立即開始測試,或前往底部的硬體專欄深入了解電競科學。 Don't let bad gear hold back your skills. Pick a category below to start testing immediately, or visit our Hardware Articles at the bottom to dive into the science of esports.
螢幕測試Screen Test
動態殘影 (UFO) 對比、全螢幕壞點/均勻度檢查、sRGB / DCI-P3 / Adobe RGB 色域與對比測試,以及 FPS、Jitter、卡頓次數的幀率數據分析。 Motion blur (UFO) comparison, fullscreen dead-pixel & uniformity checks, sRGB / DCI-P3 / Adobe RGB gamut & contrast tests, plus FPS, jitter and stutter frame analysis.
開始測試 →Start Testing →音訊檢測Audio Tests
手動延遲對位、麥克風迴路自動測量 (RTL)、左右聲道/相位/聽聲辨位、頻率掃描、智能循環煲機與即時頻譜分析。 Manual latency matching, automatic mic loopback measurement (RTL), L/R channel & phase checks, spatial audio, frequency sweep, smart burn-in and live spectrum analyzer.
開始測試 →Start Testing →鍵鼠測試Input Test
滑鼠真實回報率 (Polling Rate) 與穩定度波形、鍵盤 Input-to-Frame 延遲與 NKRO 防鬼鍵視覺化、手把死區/圓形度誤差即時圖。 True mouse polling rate & stability waveforms, keyboard input-to-frame latency with NKRO visualizer, and live gamepad deadzone / circularity error charts.
開始測試 →Start Testing →📖 最新硬體專欄📖 Latest Articles
深入了解電競設備背後的硬體科學與調校秘訣 Dive into the hardware science and tuning secrets behind gaming gear.
放開雙手角色自己走?搞懂「搖桿飄移」與最新的「霍爾效應」技術 Character Moving on Its Own? Stick Drift and Hall Effect Explained
打遊戲到一半角色自己跳崖?了解傳統搖桿為什麼必定會壞,以及霍爾磁軸的無接觸黑科技。 Why do traditional controllers always fail? Learn about stick drift and the frictionless magic of Hall Effect sensors.
閱讀全文 →Read More →戴藍牙耳機打 FPS 總是被偷襲?搞懂藍牙延遲與 2.4G 接收器差異 Always Getting Flanked? Bluetooth Latency vs. 2.4G Wireless Explained
聽到槍聲時已經被爆頭了?這不是你反應慢,解析為什麼電競耳機必須使用 2.4GHz 無線技術。 Hearing footsteps too late? Discover why standard Bluetooth ruins your aim and why pros use 2.4GHz dongles.
閱讀全文 →Read More →滑鼠越輕越好?打 FPS 必看的「握法」與「重量」迷思 Is Lighter Always Better? Mouse Weight & Grip Styles Explained
跟風買了超輕量化打洞滑鼠,準心反而一直飄?問題可能出在你的握法跟重量根本八字不合。 Bought a 50g ultra-light mouse but can't track targets? The issue might be your grip style matching the wrong weight.
閱讀全文 →Read More →