๐จ MINT IS LIVE! ๐ข
Build onchain circuits with Quote & Settle parts. Your next circuit starts here. โก
๐ https://t.co/TF6Om1leFG
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#FillOut#Onchain#Tapeout#Nand#Circuit#BeM
Inside FillOut Circuit Lab โก
Weโre building a circuit composition system that reads existing NFT designs directly from the chain, decodes their ACDV netlists and connects their signal paths for deterministic simulation.
The prototype supports OpenBook and FillOut collection selection, compatibility checks and comparisons of standalone versus combined performance.
In our working example, two OpenBook NAND circuits were connected to implement AND logic. The combined design passed all four input combinations, while neither circuit passed the same task independently.
Performance is evaluated through task correctness and gate efficiency. Combining circuits does not automatically grant a power bonus.
Weโre still developing the system. The interface currently supports reading and simulating existing circuits. Actual NFT merging and VRAM rewards are not live.
@RobinhoodApp #Tapeout #NAND #Fillout
https://t.co/0WPBFUANxY
https://t.co/FOlevTSOhc
Robinhood Chainโs first tapeout project: Fillout โก๏ธ
Weโre building a world where circuits come together to create computers. The journey is just beginning. ๐
#Fillout#RobinhoodChain#Tapeout#Web3
What does a circuit NFT actually contain?
In FillOut:
โข Quote is a NAND gate.
โข Settle stores one bit of memory.
โข Studio lets you connect and simulate them.
Creating a circuit NFT permanently locks the required parts.
Which should we demo first: a logic gate or memory?
Build logic. Keep the state. ๐ฉ
Meet FillOut on Robinhood Chain.
Mint Quote & Settle, build and simulate circuits in Studio, and turn your designs into circuit NFTs.
Two collections. One workspace.
OpenBook ยท FillOut
Explore โ https://t.co/0WPBFUANxY
#FillOut #RobinhoodChain #Web3