畫質指南編輯部
Editorial desk
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224 pages by 畫質指南編輯部
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香港的區域版本遊戲機：日版、美版與港版主機的電壓與幀率差異
了解日版、美版與港版懷舊遊戲機在香港使用時的電壓需求、幀率差異與遊戲兼容性，確保正確配置變壓器。
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Retro Console Repair and RGB Modding Services in Hong Kong Verified List
Verified Hong Kong repair and RGB modding services for retro consoles, with dated verification and specific mod capabilities.
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香港懷舊遊戲機維修與改造服務：RGB模組、電容更換與保養須知
了解香港可獲得的懷舊遊戲機維修與改造服務類型，包括RGB模組安裝、電容更換與HDMI輸出改造的技術原理。
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Hong Kong Retro Gaming Community Groups and Verified Events Schedule
Find Hong Kong retro gaming community groups and verified meetup events where hardware claims can be physically tested.
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香港懷舊遊戲社群團體與聚會活動：已核實的本地玩家網絡
已核實的香港懷舊遊戲社群團體與聚會活動資訊，涵蓋玩家群組、比賽與展覽，每項均標註核實日期。
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Retro Game Prices in Hong Kong Collecting on a Budget with Dated Ranges
Understand retro game price bands in Hong Kong by console and condition, with dated observations and budget collecting strategies.
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香港懷舊遊戲價格參考：二手市場行情與有限預算的收藏策略
香港懷舊遊戲二手市場的價格區間參考與收藏策略，按平台分類並標註觀察日期，助你在有限預算下作出選擇。
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香港常見電視品牌遊戲模式設定：Samsung LG Sony TCL最佳化指南
針對香港發售的Samsung、LG、Sony及TCL電視，提供詳細的遊戲模式設定路徑與最低輸入延遲的最佳化步驟。
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Turning Off Motion Smoothing Noise Reduction and Sharpening for Retro Games
Game Mode is not enough. Disable motion smoothing, noise reduction, and sharpening by their brand-specific names to stop your TV from ruining a scaler's output.
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關閉電視後期處理：動態平滑、雜訊抑制與銳利度的完整關閉指南
了解電視動態平滑、雜訊抑制與銳利度如何增加輸入延遲並破壞像素藝術，以及各品牌電視的完整關閉步驟。
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When Game Mode Makes Retro Scalers Look Worse and What to Do Instead
Game Mode can secretly add sharpening that ruins a RetroTINK's CRT filter. Learn why the conflict happens and which TV settings to change to fix it.
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當電視遊戲模式令升頻器畫面更差：非標準時序與240p誤判的衝突
探討電視遊戲模式與OSSC、RetroTINK等升頻器的潛在衝突，解釋為何關閉部分遊戲模式功能反而能獲得穩定畫面。
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VRR and Retro Consoles: Why Odd Refresh Rates Like 59.8Hz Cause Judder
VRR does not fix the judder from a SNES outputting 60.08Hz or a Neo Geo at 59.18Hz. Learn why off-spec console refresh rates beat VRR's range and what actually solves it.
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VRR可變更新率與舊遊戲主機：為何59.8Hz等非標準幀率仍會導致畫面卡頓
分析VRR技術對舊遊戲主機非標準幀率（如59.8Hz）的實際效用，以及RetroTINK 4K等升頻器的幀率鎖定如何影響畫面流暢度。
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Lowest Lag Retro Setups for Fighting Games and Rhythm Games on Modern TVs
For players who feel every millisecond: the signal chain that achieves the lowest possible lag for competitive retro fighting and rhythm games on a flat panel.
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格鬥遊戲與音樂遊戲的最低延遲懷舊設置：從主機到螢幕的完整訊號鏈
為格鬥遊戲與音樂遊戲玩家分析最低輸入延遲的懷舊設置，從有線控制器、OSSC線性倍線到CRT螢幕的完整訊號鏈。
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Troubleshooting Retro Gaming Upscaling Blur, Flicker and HDMI Handshakes
Diagnose and fix blur, flicker, and HDMI handshake failures in a retro gaming scaler chain with measurable steps and TV menu paths by brand.
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升頻器畫面模糊閃爍與HDMI握手失敗的逐步排查指南
當升頻器輸出畫面模糊、閃爍或電視顯示不支援訊號時，按此逐步清單排查訊號鏈、供電與電視設定，解決HDMI握手失敗問題。
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Sham Shui Po and Wan Chai Retro Hardware What to Expect Verified Shops
What to expect when shopping for retro gaming hardware in Sham Shui Po and Wan Chai, with verified shops and counterfeit warnings.
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深水埗與灣仔懷舊遊戲硬件尋寶：可期待的店鋪與硬件類型
探索深水埗與灣仔的懷舊遊戲硬件生態，了解可期待的二手主機、CRT螢幕與零件類型，以及購物時的檢查要點。
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Buying Used Retro Consoles in Hong Kong Carousell Checks and Region Issues
Inspect and verify used retro consoles bought on Carousell or in Hong Kong markets, with region, power, and connector checks.
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香港二手懷舊遊戲機購買指南：Carousell檢查清單與區域版本辨別
在香港購買二手懷舊遊戲機的完整檢查清單，涵蓋Carousell交易注意事項、區域版本辨別與電壓需求評估。
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HK JP vs US Region Retro Consoles in Hong Kong Power and Compatibility
Understand the power, video standard, and compatibility differences between HK, Japanese, and US region retro consoles.
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Handheld Emulation Devices vs a Console on a TV for Retro Gaming Display Quality
Comparing the TV output quality and input lag of docked handheld emulation devices against original retro consoles through a dedicated scaler.
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掌上模擬器裝置與原裝主機接電視 懷舊遊戲畫面輸出方案比較
比較Analogue Pocket、Retro Freak等掌上模擬裝置與原裝掌機畫面輸出方案，在接駁電視時的畫質、延遲及幀率兼容性差異。
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Emulation Run-Ahead and Input Lag: Can Software Beat Original Hardware Response?
How RetroArch's run-ahead feature can reduce emulation input lag below original hardware levels, and the per-game configuration trade-offs involved.
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模擬器Run-Ahead功能如何減少輸入延遲 與原裝主機延遲的客觀比較
解釋軟體模擬器Run-Ahead功能的延遲補償原理，並與原裝主機及FPGA硬體模擬的輸入延遲進行客觀比較。
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Game Backups and the Law in Hong Kong for Retro Gaming Emulation and FPGA Use
A neutral summary of Hong Kong copyright law regarding personal game backups for emulation and FPGA simulation, clearly stated as information and not legal advice.
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香港法例下自製遊戲備份的合法範圍 模擬器與ROM使用的法律注意事項
以香港《版權條例》為基礎，說明自製遊戲備份及在模擬器或FPGA裝置上使用的合法界線與注意事項。
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When an mClassic Helps Emulated Output from a PC or Android TV Box for Retro Games
The specific emulation scenarios on a PC or Android TV box where an mClassic's post-process anti-aliasing improves retro game visuals on a 4K TV.
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mClassic對模擬器與Android TV盒輸出的反鋸齒效果 適用場景與限制分析
分析mClassic後處理反鋸齒對PC模擬器及Android TV盒輸出畫面的實際改善效果、適用場景與對2D像素藝術的柔化影響。
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Input Lag in Retro Gaming Explained: Frames, Milliseconds, and Your Scaler
Understand the physical constant of a 16.67ms frame and how each link in your signal chain—console, scaler, display—adds its own measurable delay.
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輸入延遲原理：幀數、毫秒與升頻器在訊號鏈中增加的延遲
深入了解輸入延遲的構成，從幀數與毫秒的關係到RetroTINK 5X-Pro與OSSC等升頻器在訊號鏈中增加的延遲。
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Measure Input Lag at Home: Camera Method and Leo Bodnar for Retro Setups
Two ways to measure your setup's total lag: the free camera method using the 240p test suite against a CRT, or a Leo Bodnar or Time Sleuth device for millisecond accuracy.
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如何在家中測量輸入延遲：相機方法與Leo Bodnar延遲測試器
學習使用Leo Bodnar延遲測試器或240p Test Suite配合相機，在家中精確測量懷舊遊戲設置的輸入延遲。
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Best Game Mode Settings for Samsung LG Sony and TCL TVs Sold in Hong Kong
Exact menu paths for the lowest-lag game mode on Samsung, LG, Sony, and TCL TVs sold in Hong Kong, with tested latency figures from the Shmups Forum database.
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OBS錄製懷舊遊戲畫面的整數倍縮放與去交錯設定指南
學習在OBS中為240p與480i懷舊遊戲設定整數倍縮放、選擇正確的去交錯濾鏡，以及校正色彩範圍，確保直播與錄製畫面清晰且顏色準確。
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Elgato vs AVerMedia vs Budget USB Capture for 240p Retro Consoles
See which Elgato, AVerMedia, and budget USB capture cards correctly handle a 240p signal from a retro scaler, based on Shmups Forum compatibility tests, and which ones misdetect it as 480i.
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Elgato與AVerMedia及入門USB擷取卡對240p訊號的兼容性比較
比較Elgato、AVerMedia與平價USB擷取卡對240p懷舊遊戲訊號的兼容性，了解哪些型號會誤判為480i，以及如何選擇適合的擷取方案。
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Capturing Analog Console Output Directly vs Capturing Scaler HDMI Output
Compare capturing a retro console's analogue output directly with a digitizer against capturing the HDMI from an OSSC or RetroTINK 5X, and understand the ADC quality and deinterlacing trade-offs.
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直接擷取類比訊號與擷取升頻器HDMI輸出的畫質與延遲取捨
比較直接擷取類比RGB訊號與先經OSSC或RetroTINK升頻再擷取HDMI輸出，在畫質、延遲與兼容性上的實際取捨，協助內容創作者選擇最佳方案。
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Streaming Retro Games with Zero Lag Using Passthrough and Monitor Setups
Build a zero-lag retro streaming setup with an HDMI splitter, EDID emulator, and lag-free monitor, avoiding the HDCP handshake loop that breaks the capture chain.
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零延遲懷舊遊戲直播的訊號直通與雙螢幕監看設定實務
學習使用HDMI分離器與升頻器直通模式，為懷舊遊戲直播配置零延遲的玩家監看路徑，同時確保擷取卡接收穩定訊號。
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Capturing Handheld Consoles and Nintendo Switch for Retro Gaming Streams
Set up capture for an Analogue Pocket Dock, MiSTer FPGA, or Nintendo Switch running retro games, with the correct integer scaling, EDID, and HDMI settings for a clean recording.
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擷取Nintendo Switch與掌上遊戲機畫面的升頻器及HDCP設定指南
了解擷取Nintendo Switch底座模式與Analogue Pocket等掌機HDMI輸出時的HDCP處理、升頻器設定，以及在OBS中獲得最佳畫質的方法。
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Comparing Image Crops Fairly for Retro Upscaler and mClassic Tests
Learn the standardised method using the 240p test suite to capture and compare retro upscaler and mClassic image crops fairly, controlling for capture card ADC and chroma subsampling.
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公平比較升頻器畫面擷取的方法論與裁剪區域標準化指南
建立標準化的影像裁剪與擷取方法，確保在比較OSSC、RetroTINK與mClassic等升頻器的畫面效果時，結果公平且可重現。
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Emulation, FPGA, or Original Hardware for Retro Gaming on Modern TVs
An honest comparison of software emulation, FPGA simulation, and original retro gaming hardware covering input lag, timing accuracy, and display options on modern TVs.
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模擬器、FPGA還是原裝主機 懷舊遊戲顯示方案的延遲與準確度比較
比較軟體模擬器、FPGA硬體模擬與原裝主機在輸入延遲、時序準確度及顯示選項上的根本差異，協助香港玩家選擇最適合的懷舊遊戲方案。
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MiSTer FPGA Output Options: Connecting to a CRT Monitor or External Scaler
How to connect a MiSTer FPGA to a CRT monitor or an external scaler like the RetroTINK 5X-Pro, comparing lag and image quality across output paths.
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MiSTer FPGA接駁CRT螢幕還是升頻器 輸出選項與延遲取捨分析
分析MiSTer FPGA直接接駁CRT螢幕與透過外置升頻器接駁現代屏幕兩種方案的延遲、畫質及空間需求取捨。
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CRT-Royale and Scanline Shader Presets vs a Hardware Upscaler for Retro Games
Comparing CRT-Royale and other RetroArch shader presets against the RetroTINK 5X-Pro and 4K hardware upscalers for input lag and CRT simulation accuracy.
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CRT-Royale等Shader濾鏡與硬件升頻器 懷舊遊戲畫面模擬效果對比
對比CRT-Royale等軟體Shader濾鏡與RetroTINK 4K等硬件升頻器在模擬CRT螢幕視覺效果時的精確度、延遲及調整彈性。
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Official Re-Releases Like Nintendo Switch Online and Their Visual Filters Examined
How the visual filters and input lag of Nintendo Switch Online and PlayStation Classics compare to original hardware played through a RetroTINK 5X-Pro or MiSTer FPGA.
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官方懷舊遊戲復刻版視覺濾鏡效果分析 Nintendo Switch Online與PlayStation Classics
分析Nintendo Switch Online與PlayStation Classics等官方復刻版懷舊遊戲的內置視覺濾鏡，與原裝主機經升頻器輸出的畫面還原度差距。
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Best TV Picture Settings for Nintendo Switch Game Mode Sharpness HDMI Range
Set your TV's game mode, sharpness to zero, and HDMI range correctly to eliminate input lag and preserve Nintendo Switch pixel art sharpness on any modern display.
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Nintendo Switch最佳電視畫面設定：遊戲模式、銳利度與HDMI範圍
Nintendo Switch接電視時，正確的遊戲模式、銳利度與HDMI範圍設定比更換線材更能改善畫質與降低延遲。
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Switch Anti-Aliasing Before After 5 Games That Benefit Most Xenoblade Zelda Pokemon
See which Nintendo Switch games benefit most from external anti-aliasing, with before-and-after comparisons of Xenoblade, Zelda, and Pokemon using the mClassic dongle.
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Switch外置反鋸齒效果對比：5款獲益最大的遊戲前後畫質
檢視mClassic對Xenoblade、Zelda與Pokemon等Switch遊戲的反鋸齒效果，以第三方擷圖展示實際畫質改善與限制。
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Third Party Switch Docks and Upscaler Compatibility mClassic OSSC RetroTINK
Understand which third-party Nintendo Switch docks work with external upscalers like mClassic, OSSC Pro, and RetroTINK 4K, and why HDMI power and EDID handshakes cause failures.
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第三方Switch底座與升頻器兼容性：mClassic及RetroTINK接駁問題
第三方Nitendo Switch底座接駁mClassic或RetroTINK時常見的無訊號與畫面閃爍問題，根源在於HDMI握手與供電。
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Nintendo Switch on a Monitor vs a TV Scaling Differences and Input Lag
Compare Nintendo Switch image quality and input lag on a gaming monitor versus a TV, and understand why 1080p on a 4K screen looks soft without integer scaling.
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Switch接電腦螢幕與電視的縮放差異：像素銳利度與延遲取捨
Nitendo Switch接電腦螢幕可透過點對點顯示獲得銳利像素，接4K電視則必然經過非整數倍縮放，兩者在延遲與銳利度上各有取捨。
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Nintendo Switch Handheld vs Docked Image Quality Resolution and Performance
Understand how Nintendo Switch image quality changes from handheld 720p to docked 1080p, why dynamic resolution scaling affects both modes, and what an external scaler can and cannot improve.
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Switch掌機模式與底座模式畫質差異：解像度與升頻器介入點
Switch掌機模式與底座模式的畫質差異源於GPU時脈與渲染解像度上限，外置升頻器僅能處理底座模式的HDMI輸出。
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Fixing Blurry Nintendo Switch Image on a 4K TV Settings and Scaler Options
Fix a blurry Nintendo Switch image on your 4K TV by adjusting sharpness, HDMI range, and considering an external scaler like mClassic, RetroTINK 4K, or OSSC Pro for integer scaling.
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修正Switch模糊畫面：從電視設定到mClassic外置升頻的完整方案
Switch在4K電視上模糊的根源是非整數倍縮放，從免費的電視設定調整到mClassic與RetroTINK 4K，提供分層修正方案。
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Capture Cards for Retro Consoles What Works with 240p and 480i Passthrough
Find out which capture cards correctly handle 240p from retro consoles, why most treat it as 480i and ruin the image, and how to build a working chain with OSSC or RetroTINK 5X-Pro.
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懷舊主機擷取卡選擇：240p訊號兼容與HDCP處理實測
多數消費級擷取卡將240p誤判為480i，選擇正確認別240p的擷取卡並搭配升頻器直通模式是懷舊遊戲擷取的關鍵。
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Recording mClassic or Scaler Output Without HDCP Blackouts
Diagnose the HDCP handshake loop that blacks out your capture card when recording from a RetroTINK 5X or mClassic, and learn the splitter and EDID emulator fixes that restore a clean signal.
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錄製mClassic或升頻器輸出的HDCP與訊號直通實務指南
了解錄製mClassic或外置升頻器畫面時HDCP如何導致黑屏，以及正確設定訊號直通以成功擷取懷舊遊戲畫面的實務方法。
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OBS Settings for Retro Gameplay Integer Scaling and Deinterlacing
Set OBS Studio's integer scaling, deinterlacing, and colour range correctly for 240p and 480i retro gameplay to avoid blur, combing, and washed-out blacks in your recordings.
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RGB SCART線材選購指南：同步訊號類型屏蔽與假冒線材辨別
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Component vs S-Video vs Composite Video Quality Ladder for Retro Consoles
Understand the quality ladder from composite to S-Video to component video for retro consoles, what dot crawl is, and where spending more on cables does nothing.
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色差、S-Video與複合視訊規格差異及畫質階梯詳解
比較色差、S-Video與複合視訊三種類比影像規格的訊號分離方式、畫質差異，以及在不同舊主機上選擇線材的實用指引。
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Powering HDMI Dongles from TV USB Ports vs Dedicated Power Adapters
Why your HDMI dongle loses signal when powered by a TV USB port and how a dedicated adapter prevents power dropouts for stable retro gaming.
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USB供電升頻轉接器電視USB埠與獨立電源適配器穩定性比較
分析USB供電升頻轉接器使用電視USB埠與獨立電源適配器的穩定性差異，以及供電不足導致畫面閃爍的判斷與解決方法。
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Long HDMI Runs and Fibre HDMI Cables for Projector Retro Gaming Setups
How to use fibre optic and active HDMI cables for long runs from a retro scaler to a projector, avoiding signal loss and HDMI handshake failures.
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長距離HDMI傳輸銅線與光纖HDMI線材訊號衰減及4K60 HDR實測
比較銅線與光纖HDMI線材在長距離傳輸4K60 HDR訊號時的衰減差異，以及接駁RetroTINK 4K或投影機時的線材選擇指引。
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Hong Kong 220V Power and Step-Down Transformers for Japanese Retro Consoles
How to choose a step-down transformer to safely power Japanese 100V retro consoles on Hong Kong's 220V mains, with wattage and frequency advice.
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香港220V電壓使用日規100V遊戲機與CRT螢幕降壓變壓器選擇指南
說明在香港220V電壓環境下使用日規100V或美規110V舊遊戲主機與CRT螢幕時，降壓變壓器的選擇原則與功率計算方法。
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mClassic with Nintendo Switch Setup, Modes, and 1080p Input Limitation
How to set up an mClassic with a Nintendo Switch, what the blue and green modes actually change, and the real resolution the dongle outputs.
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mClassic配Nintendo Switch設定模式與1440p升頻效果實測分析
詳細解說mClassic搭配Nintendo Switch的接駁設定、模式切換，以及1440p升頻與反鋸齒效果對各類遊戲的實際影響。
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Nintendo Switch Docked Output Resolution Per Game and Why It Looks Soft on 4K
Why specific Nintendo Switch games output at 720p or 1080p docked, and why the image looks soft when your 4K TV upscales it again.
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Nintendo Switch底座輸出各遊戲原生解像度720p與1080p實測列表
列出Nintendo Switch底座模式下各遊戲的實際原生輸出解像度實測數據，解釋動態解像度運作原理及在4K電視上畫面模糊的原因。
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Switch 2 vs Switch OLED External Upscaler Benefit and Docked Output Comparison
Whether an external upscaler like the mClassic or RetroTINK 4K still helps the Switch 2 compared to the Switch OLED, based on docked output capabilities.
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Switch 2與Switch OLED畫面輸出比較及外置升頻器是否仍有幫助
比較Switch 2與Switch OLED的畫面輸出規格差異，分析新主機內置升頻能力是否令mClassic等外置升頻器變得不再必要。
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Why Some TVs Reject Line Multiplied Signals and How to Fix It
A diagnostic guide for when modern TVs reject line-multiplied signals from the OSSC or RetroTINK, covering HDMI handshake failures, EDID emulators, and documented compatibility fixes.
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電視拒絕倍線訊號的原因與解決方案：非標準時序與HDMI兼容性問題
分析現代電視拒絕接收升頻器倍線訊號的原因，並提供從設定調整到硬體緩衝的多種HDMI兼容性問題解決方案。
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Chaining a RetroTINK or OSSC with the mClassic Dongle
Understand the correct signal chain order and resolution settings for adding an mClassic dongle after a RetroTINK 5X or OSSC, and when the context-adaptive processing softens pixel art instead of helping.
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將RetroTINK或OSSC接駁mClassic的疊加效果與延遲代價分析
分析將OSSC或RetroTINK的整數倍縮放輸出再經mClassic後處理的訊號鏈疊加效果，包括延遲累加幅度與對2D及3D遊戲畫質的實際影響。
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OSSC and RetroTINK Firmware Update Procedures Verified Step by Step
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OSSC與RetroTINK韌體更新步驟及版本功能變更記錄查證方法
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HDMI 2.0 vs 2.1 for Retro Gaming 4K120 VRR and ALLM Explained
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HDMI 2.0與2.1在懷舊遊戲升頻的實際差異：4K120與VRR是否需要
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HDCP No Signal Errors What Blocks Retro Scalers and Capture Cards
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HDCP導致升頻器與擷取卡無訊號錯誤的原因與排查步驟
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Are Expensive HDMI Cables Worth It for Retro Gaming Certified vs Generic
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昂貴HDMI線材對懷舊遊戲升頻是否值得：認證超高速與通用線材實測
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HDMI Splitters Switches and AV Receivers in a Retro Scaler Setup
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HDMI分離器切換器與AV擴音機在懷舊遊戲多主機接駁的角色
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RGB SCART Cables Sync Types Shielding and How to Avoid Fake Cables
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投影機用於懷舊遊戲的實用考量：輸入延遲、亮度與240p訊號兼容性
投影機可提供大畫面的懷舊遊戲體驗，但輸入延遲在接收240p等非標準訊號時可能顯著增加，DLP機種的反應時間優於LCD，燈泡衰減是長期使用的隱藏成本。
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Keeping a CRT Alive: Geometry, Convergence, and Safety for Retro Gaming
Essential geometry, convergence, and safety procedures for maintaining a second-hand CRT like a Sony PVM for retro gaming, using the 240p test suite for calibration.
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延續CRT螢幕壽命的實務指南：幾何失真修正、色收斂調整與220V供電安全
CRT螢幕的幾何失真與色收斂偏移可透過服務手冊調整部分修正，但涉及高壓電路有致命風險，香港使用日規100V機種必須配備足夠功率的降壓變壓器。
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OSSC Setup Guide Line Multiplication Profiles and TV Compatibility
A configuration guide for the Open Source Scan Converter covering line multiplication modes, optimal timing profiles, and display compatibility settings from the project's official documentation.
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OSSC開源掃描轉換器設定指南：倍線模式、採樣相位與電視兼容優化
詳解OSSC開源掃描轉換器的倍線模式與採樣相位設定，涵蓋從訊號鎖定到輸出模式選擇的完整調校流程，並提供電視兼容性問題的解決方案。
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RetroTINK 5X Pro Optimal Timings and Scaling Settings Guide
A configuration reference for the RetroTINK 5X-Pro covering optimal timing presets, scaling mode selection, deinterlacing options, and CRT simulation filters from the manufacturer's documentation.
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RetroTINK 5X-Pro最佳時序設定：以韌體更新實現精準像素時鐘還原
探討RetroTINK 5X-Pro的最佳時序設定，從像素時鐘微調到去交錯模式選擇，說明如何為各款舊主機實現精準畫面還原與流暢體驗。
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RetroTINK 4K Presets Masks and HDR CRT Emulation Configuration
A configuration guide for the RetroTINK 4K's HDR CRT emulation features, covering preset profiles, scanline mask selection, and black frame insertion from the manufacturer's documentation and FirebrandX calibrations.
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RetroTINK 4K設定詳解：CRT螢光粉模擬遮罩、HDR注入與預設檔管理
詳解RetroTINK 4K如何透過螢光粉排列模擬遮罩與HDR注入功能，在4K屏幕上精細重現經典CRT螢幕的獨特視覺質感。
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OSSC vs RetroTINK 5X Input Lag Display Compatibility and 480i Handling
A comparison of the OSSC and RetroTINK 5X focusing on the architectural difference between line multiplication and framebuffer scaling, 480i deinterlacing quality, and display compatibility.
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OSSC與RetroTINK 5X-Pro對比：輸入延遲、顯示兼容性與480i處理差異
從輸入延遲、電視兼容性與480i去交錯處理三個面向，深入對比OSSC線性倍線與RetroTINK 5X-Pro幀緩衝兩種架構的核心差異與適用場景。
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Morph 4K Scaler Alternative from the Chinese Maker Setup and Features
A guide to the Morph 4K, a Chinese-manufactured 4K retro scaler, covering its specifications, CRT emulation features, and how it compares to the RetroTINK 4K based on manufacturer data and community tests.
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Morph 4K升頻器功能定位：中國廠商推出的RetroTINK 4K替代方案分析
分析Morph 4K升頻器的功能設定與效能表現，探討其作為RetroTINK 4K替代方案在CRT模擬與輸入兼容性上的定位。
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GBS-C GBS Control DIY Budget Lag Free Scaler Build and Setup
A build and configuration guide for the GBS-C budget scaler, covering the GBS-8200 conversion, GBS-Control firmware setup, and motion-adaptive deinterlacing from community documentation.
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GBS-C自製升頻器設定：以GBS-Control韌體實現低成本動態去交錯方案
詳解如何以GBS-Control開源韌體改造GBS-8200電路板，實現具備動態去交錯能力的低成本GBS-C升頻器及其設定方法。
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Sync on Luma Sync on Composite and Sync Strippers for Retro Consoles
An explanation of sync-on-luma, sync-on-composite, and csync for retro consoles, covering when a sync stripper is needed and how sync type affects scaler compatibility.
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同步訊號類型詳解：Sync-on-Luma、Sync-on-Composite與同步分離器的分別
深入解釋Sync-on-Luma、Sync-on-Composite與Clean Sync三種RGB同步訊號的差異，以及在不同主機與升頻器上的兼容性表現與選擇依據。
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Game Boy and Handheld Consoles on a TV with FPGA and GB Interface
Discover how to play your Game Boy and other handheld consoles on a TV using the Analogue Pocket Dock, MiSTer FPGA, or a GB Interface setup.
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Game Boy與掌上遊戲機畫面輸出電視：GB Interface、Retro Freak與FPGA方案比較
比較GB Interface、Retro Freak、Analogue Pocket底座與MiSTer FPGA將Game Boy畫面輸出至電視的方案，涵蓋非標準幀率兼容與整數倍縮放效果。
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mClassic Console Compatibility Table and Signal Chain Requirements
See which retro consoles are compatible with the mClassic and the exact signal chain of cables and scalers each one requires.
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mClassic主機兼容性總表：各代遊戲機接駁效果與1440p輸出限制一覽
mClassic接駁各代遊戲主機的兼容性總表，涵蓋每部主機的實際輸出解像度、1440p限制及對2D像素遊戲的柔化影響。
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Why Retro Games Were Designed for CRT Scanlines Blur and the Look
Learn how retro game artists used CRT scanlines, phosphor bloom, and composite video blending to create visual effects you don't see on a raw digital display.
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為何舊遊戲專為CRT螢幕設計：掃描線、像素模糊與經典畫面的構成原理
探討舊遊戲開發者如何刻意利用CRT螢幕的掃描線、像素模糊與色彩滲出特性，創造在現代清晰屏幕上無法完全重現的經典視覺效果。
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Buying a Used CRT in Hong Kong PVM BVM vs Consumer Set Guide
A guide to buying a used Sony PVM, BVM, or consumer CRT in Hong Kong, covering what to check with the 240p test suite and where to find them.
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在香港購買二手CRT螢幕：Sony PVM BVM與消費級型號的檢查要點及電壓注意事項
在香港購買二手CRT螢幕的實務指南，涵蓋Sony PVM、BVM與消費級型號的檢查要點、幾何失真評估及日規電壓的變壓器需求。
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Scanline Filters on Flat Panels: Authentic CRT Look or Gimmick
A measurable comparison of scanline filters against real CRT displays, using FirebrandX profiles and the 240p test suite to separate authentic optical simulation from cosmetic gimmicks.
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升頻器掃描線濾鏡效果對比：CRT模擬是真實還原還是視覺噱頭
掃描線濾鏡能否還原CRT質感取決於輸出解像度與整數倍縮放的配合，RetroTINK 4K以4K模擬螢光粉排列是目前最接近的方案，但物理差異無法完全消除。
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OLED for Retro Gaming: Burn-In Risk with Static HUDs and Scanlines
Weighing the real risk of OLED burn-in from static retro game HUDs and scanline masks against the motion clarity and contrast benefits, with independent input lag measurements.
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OLED屏幕玩懷舊遊戲的優劣：靜態HUD與掃描線濾鏡的烙印風險
OLED屏幕的完美黑色與極速反應時間適合懷舊遊戲，但長時間顯示靜態HUD或固定掃描線圖案存在烙印風險，現代面板的緩解措施可降低但無法消除此隱憂。
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LCD vs OLED vs CRT Motion Clarity for Retro Games: The Measurable Gap
A physics-based comparison of motion clarity across LCD, OLED, and CRT displays for retro games, measuring the gap that black frame insertion attempts to close.
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LCD vs OLED vs CRT動態清晰度對比：懷舊遊戲橫向捲軸場景的實測差異
CRT的脈衝式掃描在動態清晰度上仍優於LCD與OLED，但OLED的瞬態響應配合黑幀插入已大幅縮小差距，LCD取樣保持特性在橫向捲軸場景中最容易出現模糊。
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Why Light Guns Like Duck Hunt and Time Crisis Fail on Flat Panels
The technical reason original light guns like the NES Zapper and GunCon fail on flat panels, rooted in the CRT's electron beam timing that no scaler can replicate.
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光線槍遊戲為何無法在LCD與OLED屏幕上運作：Duck Hunt與Time Crisis的技術限制
光線槍遊戲依賴CRT電子束掃描的時序同步來偵測命中位置，LCD與OLED的持續顯示與處理延遲徹底破壞此機制，現代替代方案需額外紅外線定位或邊框偵測。
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50Hz vs 60Hz: PAL, NTSC, and Hong Kong Region Retro Console Guide
How the PAL 50Hz and NTSC 60Hz divide affects retro gaming in Hong Kong, from stutter on mismatched scalers to the step-down transformer requirement for Japanese consoles.
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50Hz與60Hz幀率差異對懷舊遊戲的影響：PAL、NTSC與香港地區主機的選擇
50Hz PAL與60Hz NTSC的幀率差異直接影響舊遊戲的執行速度與畫面流暢度，香港玩家選購主機時需注意版本，升頻器的幀率轉換能力是解決卡頓的關鍵。
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Projectors for Retro Gaming: Input Lag, Brightness, and Scaling Limits
The measurable trade-offs of using a projector for retro gaming, from input lag in Game Mode to HDMI handshake issues with external scalers like the RetroTINK 5X.
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Nintendo 64 on a Modern TV: RGB Mods, N64Digital, and the Anti-Aliasing Blur
Overcome the Nintendo 64's built-in blur filter. We compare the N64Digital mod, RGB mods, and S-Video cables to get the sharpest picture on a modern TV.
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Nintendo 64接駁現代電視指南：RGB改造、N64Digital與模糊畫面問題
分析Nintendo 64畫面模糊的成因，比較RGB改造模組與N64Digital HDMI方案在消除模糊濾鏡與提升輸出清晰度上的實際效果。
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SNES and Super Famicom on a Modern TV: RGB Cables and the NTSC-J Difference
Connect your SNES or Super Famicom to a modern TV with the right RGB cable. We cover sync types, the 1CHIP revision, and how to avoid the white flash dropout.
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超任接駁現代電視指南：RGB線材選擇與香港日版主機的優勢
為香港日版超級任天堂玩家提供RGB線材選擇指南，分析不同主機版本的畫質差異，以及HD Retrovision色差線作為現代電視接駁方案的優勢。
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GameCube on a Modern TV: GC Video, Carby, and the Digital AV Port
Unlock the GameCube's digital video potential. We cover the Digital AV port, Carby and GC Video HDMI adapters, and forcing 480p with Swiss.
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GameCube接駁現代電視指南：GC Video Carby數位輸出方案比較
比較GameCube的GC Video HDMI轉接器與原裝色差線方案，分析DOL-001數位接口的優勢，以及Swiss軟體強制480p輸出的畫質提升效果。
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Wii on a Modern TV: Component Cables vs Wii2HDMI Dongles and 480p Output
Get the best 480p picture from your Nintendo Wii. We compare component cables, the Wii Dual HDMI mod, and why cheap Wii2HDMI dongles degrade the image.
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Wii接駁現代電視指南：色差線與Wii轉HDMI轉接器的480p表現
比較Wii使用色差線與Wii-to-HDMI轉接器接駁現代電視的實際表現，分析480p訊號的升頻方案與mClassic反鋸齒對3D遊戲的效果。
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Dreamcast on a Modern TV: The VGA Box and the Easy 480p Win
The Sega Dreamcast makes 480p easy with a VGA box. Learn how to connect it to a modern TV through an OSSC or RetroTINK for a razor-sharp picture.
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Dreamcast接駁現代電視指南：VGA轉接盒輕鬆達成480p畫質
利用Dreamcast原生VGA 480p輸出以最低成本獲得清晰畫質，分析VGA轉接盒方案、遊戲兼容性，以及如何將VGA訊號升頻至HDMI。
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Sega Saturn and Mega Drive RGB SCART Cable Setup for Modern TVs
Connect your Sega Saturn or Mega Drive to a modern TV using the correct RGB SCART cable and sync type to avoid a dark image or sync dropouts.
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SEGA Saturn與Mega Drive接駁現代電視：RGB SCART與區域版本訊號鏈指南
為SEGA Saturn與Mega Drive建立從RGB SCART到現代電視的完整訊號鏈，涵蓋同步訊號類型、區域版本差異及各方案在畫質與延遲上的取捨。
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Original Xbox and Xbox 360 Component vs HDMI Deinterlacing Guide
Get the best deinterlacing for your Original Xbox and Xbox 360 by choosing the right cable and scaler to eliminate flicker and chroma artifacts.
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初代Xbox與Xbox 360接駁4K電視：色差、HDMI與去交錯方案比較
比較初代Xbox色差線與Xbox 360 HDMI輸出的最佳升頻路徑，涵蓋480i去交錯方案選擇及RetroTINK與mClassic的實際表現。
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PS3 and Wii U 720p Games on a 4K TV Upscaling Guide
Learn how to upscale your PS3 and Wii U's 720p games for a 4K TV using an external scaler to minimize input lag and improve sharpness.
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PS3與Wii U接駁4K電視：720p遊戲升頻至4K的最佳訊號鏈方案
為PS3與Wii U的720p原生遊戲建立從主機到4K電視的升頻訊號鏈，比較主機內置升頻、mClassic與RetroTINK 4K的實際表現。
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懷舊遊戲升頻器購買前檢查清單供電HDCP與直通功能必問事項
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How to Spot Fake or Clone HDMI Anti-Aliasing Adapters for Retro Gaming
Fake HDMI anti-aliasing adapters use cheap DVD chipsets that treat 240p as 480i, adding combing artifacts and frames of lag. Learn the visual and technical signs that distinguish a genuine Marseille mClassic from a clone sold in Hong Kong markets.
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如何辨別假冒或仿製的HDMI反鋸齒升頻轉接器與mClassic真偽特徵
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Retro Gaming Upscaler Budget Ladder: Which Scaler for Each Hong Kong Dollar Tier
Retro gaming scalers fall into distinct Hong Kong Dollar budget bands, from the DIY GBS-Control to the flagship RetroTINK 4K. Each tier represents a different scaling method, input compatibility, and trade-off in lag and CRT emulation accuracy.
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懷舊遊戲升頻方案預算階梯從入門改造到專業級設備的功能取捨
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Which Retro Upscalers Need USB Power and Why No Signal Is Often a Power Problem
A retro scaler showing no signal is often suffering a power delivery problem, not a video fault. Devices like the mClassic that draw power from the HDMI port are especially vulnerable to dropouts on under-spec ports, while the GBS-Control demands a stable USB supply.
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USB供電升頻器無訊號問題原因與供電不足對畫面穩定性的影響
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The Best Upscaler for Someone Who Only Plays Nintendo Switch on a 4K TV
The Nintendo Switch outputs native 1080p HDMI, so only scalers with HDMI input like the mClassic, OSSC Pro, or RetroTINK 4K apply. Each has a different ceiling: the mClassic caps at a 1440p frame with a 1080p active area.
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只玩Nintendo Switch應選哪款升頻器mClassic與其他方案的功能適用性
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Retro Upscaler Roundup for 2026: OSSC Pro, RetroTINK 4K, 5X, Morph 4K and GBS-Control
The 2026 retro scaler landscape spans the OSSC Pro, RetroTINK 4K and 5X, Morph 4K, and GBS-Control. This roundup compares them on scaling method, input compatibility, deinterlacing quality, and CRT simulation accuracy with attributed test data.
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2026年懷舊遊戲升頻器總覽OSSC Pro與RetroTINK 4K及Morph 4K功能定位
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PS2 on a Modern TV: Component Cables vs HDMI Adapters and the mClassic
Connect your PlayStation 2 to a modern TV with the right cables and scaler. We compare component, HDMI adapters, and the mClassic, focusing on 480i deinterlacing quality.
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PS2接駁現代電視指南：色差線、HDMI轉接器與mClassic方案比較
比較PS2接駁現代電視的各種方案，從色差線配專業升頻器到即插式HDMI轉接器，分析480i去交錯處理與240p切換時的實際表現。
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PS1 on a Modern TV: RGB SCART, Composite, and Correct 240p Handling
Get a razor-sharp 240p picture from your PlayStation 1. We cover RGB SCART cables, the PS1Digital mod, and why cheap HDMI converters destroy the image.
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PS1接駁現代電視指南：RGB SCART與複合視訊的240p畫面處理
分析PS1使用RGB SCART與複合視訊接駁現代電視的畫質差異，解釋240p訊號的正確處理方式與整數倍縮放對像素藝術還原的關鍵作用。
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AI升頻與硬件轉接器之別：DLSS、FSR和mClassic解決的是不同問題
區分AI升頻技術（DLSS、FSR、PSSR）與以mClassic為代表的即插式硬件轉接器，兩者解決的是完全不同的畫面處理問題，適用場景亦截然不同。
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Chroma Subsampling 4:4:4 vs 4:2:0 and RGB Range in Retro Gaming Signal Chains
Chroma subsampling discards colour detail while keeping edges sharp. For pixel art from an RGB console, 4:4:4 is mandatory to prevent blur on red and blue sprite edges.
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色度抽樣與RGB範圍設定：訊號鏈中的色彩壓縮與色帶現象成因
說明色度抽樣與RGB範圍設定在升頻器至電視的訊號鏈中對畫面的實際影響，以及高位元深度處理無法補救來源色彩資訊遺失的限制。
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Retro Gaming Scaler Glossary of Terms in Traditional Chinese and English
Clear definitions of every retro gaming upscaler term—from 240p and line doubling to motion-adaptive deinterlacing—in both Traditional Chinese and English.
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懷舊遊戲升頻器術語詞典：從240p到幀緩衝的繁中與英文對照
懷舊遊戲升頻領域的核心術語詞典，提供繁體中文與英文對照及簡潔定義，涵蓋解像度格式、處理方式與量度單位。
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mClassic vs OSSC vs RetroTINK 5X Compared for Retro Gaming Upscaling
The OSSC line-multiplies with near-zero lag but stumbles on 480i. The RetroTINK 5X-Pro deinterlaces PS2 games properly. The mClassic is an HDMI-only dongle with anti-aliasing.
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mClassic、OSSC與RetroTINK 5X-Pro比較：後處理、線性倍線與幀緩衝之爭
比較mClassic的後處理反鋸齒、OSSC的線性倍線與RetroTINK 5X-Pro的幀緩衝處理，三種不同升頻哲學在延遲、兼容性與畫面表現上的實際差異。
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mClassic vs Cheap HDMI Upscalers for Retro Consoles What Actually Differs
Cheap HDMI converters treat 240p games as 480i video, discarding half the resolution and adding frames of lag. The mClassic processes an already-digital signal with minimal latency.
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mClassic與廉價HDMI升頻器比較：後處理晶片與通用縮放晶片的畫質鴻溝
比較mClassic的專用後處理反鋸齒晶片與廉價通用HDMI縮放器在畫質、延遲與偽影控制上的具體差距，並納入GBS-Control作為低成本替代方案。
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mClassic Review Independent Test with Before and After Image Crops
Independent mClassic testing with before-and-after crops shows what the context-adaptive anti-aliasing actually does to pixel art, plus real latency and resolution measurements.
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mClassic評測實證：1440p後處理反鋸齒對Switch與舊主機的實際效果
基於第三方測試的畫面擷取對比，檢驗mClassic對Nintendo Switch及舊主機的後處理反鋸齒效果、實際輸出解像度限制與對2D像素藝術的影響。
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mClassic vs mCable: What Changed Between Marseille’s HDMI Processing Generations
The mClassic and mCable share Marseille's context-adaptive processing engine but differ in form factor, retro mode, and resolution support. Independent tests show what changed between these HDMI dongle generations.
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mClassic與mCable Gaming Edition即插式升頻器世代對比與實際表現
mClassic與mCable Gaming Edition同為Marseille推出的即插式後處理升頻器，核心晶片相同但產品形態與功能開關有別，實際最高輸出解像度亦因幀率而異。
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mClassic vs PS5 and Xbox Built-in Upscaling: Is a Dongle Useful on Current-Gen
The mClassic accepts up to 1080p input and outputs a 1440p frame, not native 4K. Compared to a PS5 or Xbox Series X's built-in temporal upscaling, a single-frame spatial dongle offers no benefit and introduces an unnecessary HDMI handshake point.
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mClassic外置升頻器與PS5及Xbox Series內置升頻技術的實際作用對比
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Retro Upscaler Buying Checklist: Power, HDCP, Passthrough and Seller Questions
Before acquiring any retro gaming scaler, verify its power delivery method, HDCP and EDID behaviour, HDMI-CEC passthrough, and sync tolerance. This technical checklist covers the compatibility questions that prevent signal dropouts and handshake loops.
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顯示延遲與電視設定樞紐：從輸入延遲原理到各品牌遊戲模式最佳化
了解懷舊遊戲輸入延遲的構成，並取得Samsung、LG、Sony及TCL電視的遊戲模式設定路徑，將顯示延遲降至最低。
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Hong Kong Retro Gaming Scene Verified Shops, Services and Events
Route to verified Hong Kong retro gaming shops, modding services, and community events, with every listing dated and verifiable.
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香港懷舊遊戲社群指南：店鋪、活動與實用資訊總覽
香港懷舊遊戲玩家的在地資訊總入口，涵蓋硬件購買地點、維修改造服務與社群活動，所有資訊均經核實並標註日期。
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240p, 480i, 720p, 1080p Explained: What Retro Game Resolutions Mean
What 240p, 480i, 720p, and 1080p actually mean for retro games, and why a 240p signal gets destroyed by a modern TV's internal scaler.
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240p、480i、720p、1080p解像度對舊遊戲畫面的實際意義與電視兼容問題
解釋240p、480i、720p與1080p對舊遊戲畫面的實際意義，以及為何現代電視普遍將240p誤判為480i導致畫面模糊與延遲。
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Line Doubling vs Framebuffer Scaling: OSSC and RetroTINK Processing
Line doubling vs framebuffer scaling: how the OSSC's zero-lag line multiplication differs from the RetroTINK's framebuffer approach, and which suits your priorities.
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倍線與幀緩衝升頻的分別：OSSC線性處理與RetroTINK 4K幀緩衝技術比較
深入比較OSSC的線性倍線與RetroTINK的幀緩衝升頻技術，解釋兩種處理方式在延遲、兼容性與480i畫面處理上的根本分別。
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Integer Scaling vs Non-Integer Scaling: Why Pixel Art Shimmers
Why integer scaling matters for pixel art: the fixed math that prevents shimmer, and why the Analogue Pocket Dock needs a menu setting change to get it right.
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整數倍與非整數倍縮放的畫面差異：像素藝術在液晶屏幕上閃爍的數學原因
解釋整數倍縮放的數學原理，以及為何非整數倍縮放會導致像素藝術在液晶屏幕上出現抖動與偽影，並討論填滿屏幕與像素完美之間的取捨。
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Post-Process Anti-Aliasing vs Native AA: Where the mClassic Dongle Fits
How post-process anti-aliasing works, where the mClassic dongle fits, and the trade-off between smoothing 3D jaggies and softening 2D pixel art.
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後處理反鋸齒與原生反鋸齒的技術分別：mClassic類裝置在訊號鏈中的位置
分析後處理反鋸齒（FXAA/SMAA）與原生反鋸齒的技術分別，說明mClassic類裝置在訊號鏈中的位置及其對2D像素藝術與3D遊戲的不同影響。
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Deinterlacing Methods: Why PS2 and GameCube 480i Games Look Flickery
Why PS2 and GameCube 480i games flicker on modern TVs, and how bob, weave, and motion-adaptive deinterlacing methods compare in real scalers.
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去交錯方法Bob、Weave與Motion Adaptive的原理及PS2 480i畫面閃爍成因
詳細比較Bob、Weave與Motion Adaptive三種去交錯方法的技術原理與視覺效果，解釋為何PS2與SEGA Saturn的480i遊戲在現代電視上會出現閃爍。
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Sharpening vs Detail in Retro Upscaling: Why Upscaled Is Not Sharper
Why 'upscaled' does not mean sharper: the difference between real detail and artificial sharpening, and how aggressive filters add ringing halos absent on a CRT.
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銳化與細節還原的分別：為何升頻後的畫面不一定比原始訊號更清晰
解釋畫面銳化處理與真實細節還原的根本分別，分析過度銳化導致的邊緣光暈與偽影，以及為何升頻後的畫面不一定更清晰。
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Your TV Built-in Scaler and Why Game Mode Matters for Retro Consoles
Your 4K TV's built-in scaler treats a 240p retro game signal as 480i video, applying destructive deinterlacing and adding lag that game mode can reduce but not eliminate.
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電視內置升頻器如何運作：為甚麼遊戲模式對懷舊遊戲玩家如此重要
解釋現代電視內置升頻器如何將舊主機的240p訊號錯誤處理為480i，導致畫面模糊與高延遲，以及遊戲模式實際上能改善和無法改善的環節。
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AI Upscaling DLSS FSR PSSR vs Hardware Dongles for Retro Gaming Explained
AI upscalers like DLSS and FSR need motion vectors from a 3D engine, making them useless for retro consoles. Hardware dongles process the finished HDMI signal frame by frame instead.
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懷舊遊戲HDMI線材與訊號鏈樞紐：從SCART到HDMI 2.1的規格選擇
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Nintendo Switch Visuals Hub: Output Resolution, Upscaling, and External Scalers
Hub page routing Nintendo Switch owners to the right guide for improving visuals on a 4K TV, from mClassic setup to understanding per-game output resolution.
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Nintendo Switch畫面輸出提升指南：底座模式解像度與外置升頻器
了解Nintendo Switch底座模式的實際輸出解像度、在4K電視上畫面模糊的原因，以及外置升頻器能否改善畫面的完整指引。
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Capture and Streaming Retro Games HDCP Passthrough 240p Signal Chain Guide
Build a complete retro gaming capture and streaming signal chain that handles HDCP, 240p sources, and lag-free passthrough using OSSC, RetroTINK 5X-Pro, and the right HDMI splitter.
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懷舊遊戲擷取與直播中樞：HDCP、直通與240p訊號處理
懷舊遊戲擷取與直播需處理HDCP、240p訊號兼容及升頻器直通設定，此中樞按目的分流至具體方案。
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Emulation vs Original Hardware for Retro Gaming on Modern Displays
Compare original retro consoles, MiSTer FPGA, and software emulation on lag, accuracy, and display compatibility to choose the right path for your modern TV setup.
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模擬器與原裝主機的延遲準確度及顯示選項對比總覽
全面比較軟體模擬器、FPGA硬體模擬與原裝遊戲主機在輸入延遲、畫面準確度及顯示選項上的根本差異，協助懷舊玩家選擇最適合的方案。
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Display Lag and TV Settings for Retro Gaming: A Measurable Guide
Route to the right TV settings guide based on your symptom: laggy controls, smeared motion, or a scaler image that looks wrong. Every guide names exact menu paths by brand.
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懷舊遊戲外置升頻器完整指南：RetroTINK、OSSC與mClassic的選擇決策
根據你的舊主機世代、顯示設備與對延遲或濾鏡的偏好，在RetroTINK、OSSC與mClassic等外置升頻器中作出選擇的完整決策路徑。
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HDMI Cables and Signal Chain Standards for Retro Gaming Setups
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Retro Gaming Upscaling Guide: Make Old Consoles Look Right on a 4K TV
A complete guide to retro gaming upscaling: why old consoles look broken on modern TVs, how a signal chain works, and which scaler type suits your setup.
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懷舊遊戲升頻完整指南：從紅白機到PS2如何在4K電視重現最佳畫質
從紅白機到PS2，解釋為何舊遊戲主機在現代4K電視上畫面模糊，並提供完整的升頻器選擇決策樹，涵蓋RetroTINK、OSSC與mClassic等方案。
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How Retro Game Upscaling Works: From 240p to a 4K Flat Panel
How retro game upscaling works: every mechanism from 240p to 4K explained with concrete resolution chains and terminology defined in both English and Chinese.
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升頻與反鋸齒技術原理總覽：從240p到4K的畫面處理機制解析
從240p到4K的完整畫面處理機制總覽，解釋升頻、倍線、反鋸齒與去交錯的核心原理，並以具體解像度轉換鏈示範每個步驟。
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Plug-in Retro Gaming Upscalers Compared mClassic OSSC RetroTINK and More
Compare plug-in retro gaming scalers by input lag, scaling method, and signal compatibility to find the right one for your consoles and display.
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即插式升頻器比較總覽：按你的舊主機與顯示器尋找合適方案
按你的舊遊戲主機世代、顯示器類型與畫質偏好，比較市面上主要的即插式升頻器在處理能力、延遲與兼容性上的差異。
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Retro Console Connection Guides: Best Signal Chain Per Console
Route your retro console to a modern display with the best possible signal chain. Every guide covers the full path from console to TV, ordered by picture quality and lag.
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舊遊戲機接駁現代電視完整指南：從紅白機到Dreamcast的最佳訊號鏈
為每部舊遊戲主機提供從最佳到最簡易的完整訊號鏈方案，解釋每個選項在畫質與延遲上的取捨，引導你選擇最適合的接駁方式。
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CRT vs Modern Displays for Retro Gaming Lag Motion and Light Guns
Understand the measurable differences in lag, motion clarity, and light-gun support between a CRT and a modern display for retro gaming.
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CRT螢幕與現代平板屏幕對比：延遲、動態清晰度與光線槍支援的客觀差異
從輸入延遲、動態清晰度與光線槍支援等可量度差異，到掃描線與螢光粉排列的主觀偏好，全面對比CRT螢幕與現代平板屏幕在懷舊遊戲上的顯示效果。
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Retro Gaming Scalers: RetroTINK, OSSC, and External Upscaler Guide
Route to the right external retro gaming scaler by what you are trying to do, covering RetroTINK, OSSC, mClassic, and GBS-Control with setup values from each project's documentation.