Draft, deploy, and dominate with a revolving roster of League of Legends champions in a round-based battle for supremacy. Outsmart your opponents and adapt as you go—the strategy is all up to you. Cross-platform support means you can play with your friends (and crush your enemies) across PC, Mac and mobile.

Discover the best TFT Team Comps & Builds to play in the current meta. Positioning & Levelling guides, Most OP Items, Augments & End Game Options. Up to date for Patch 13.8 - TFT Set 13.

Learn everything about Smeech in TFT Set 13 - best in slot items, stats & recommended team comps. Step up your TFT game with Mobalytics!

We use machine learning to discover the top TFT comps, analysing over 2 million games a day to give the most accurate statistics. Data is refreshed every few minutes and updated for any b-patches, so we'll always be up to date on the latest meta trends.

TFT Meta Comps in Set 13. Find out the strongest and most reliable meta Teamfight Tactics comps and builds the best players have been playing so you can start your game with a leg up on the competition. Our team comps are curated by Challenger experts.

In depth stats, analytics, match history, team builder, and various other tools you need to master Teamfight Tactics Set 13.

Get TFT item stats by server, rank, patch and game type Teamfight Tactics Item Tier List based on stats and data - avg placement, win rates and frequency for all items in TFT Set 13. We value your privacy

Presenting the latest meta TFT comps tier list for Set 13, meticulously curated by our Teamfight Tactics experts: Dishsoap, a TFT world champion, and Frodan, Challenger caster and coach! You can filter the tierlist by typing in the name of a Unit, Trait, Item or Augment.

Play smarter and climb the ranks in TFT with constantly updated item guides, team recommendations, and deep champion stat analysis. Now available as an in-game overlay! Get in-depth analysis after every match to see what you did right and which areas to improve on.

tft基板上薄膜分成两种：金属膜和非金属膜。 非金属膜由化学气相沉积法( CVD)生成，金属膜主要由溅射法( Sputter)生成。 对应薄膜的生成，蚀刻则是把不需要的薄膜部分去除掉，金属膜蚀刻大多采用湿式蚀刻(wet etching)，非金属膜大多采用干式蚀刻( dry etching)。