Inscriber
How does inscribe workCopied!
The process of inscribe is to add data (e.g. images, texts, audio) directly to the Bitcoin blockchain:
-
Satoshi labeling. The specific satoshi is marked using the Ordinals protocol.
-
Data Recording. Unique data is recorded on the satoshi in the form of a special transaction. This data is stored forever in the Bitcoin blockchain.
-
Transfer of possession. Once inscribed, satoshis with linked data can be transferred to other users, for example, as NFT.
Nintondo InscriberCopied!
Comparison of P2SH and P2TRCopied!
Characteristic |
P2SH |
P2TR |
---|---|---|
Technology |
Legacy standard |
Based on the Taproot upgrade |
Transaction Size |
Larger for complex scripts |
Smaller, even for complex conditions |
Transaction Cost |
Higher for complex scripts |
Lower, due to smaller transaction size |
Confirmation Speed |
Slower due to larger size |
Faster, thanks to unified structure |
Maximum file size in Nintondo inscriber |
10240kb |
358Kb |
Transaction Cost:
-
P2SH: Transactions using complex conditions (e.g., multisig) have a larger size because the entire script must be included in the transaction. This increases fees, especially during periods of high network load.
-
P2TR: The reduced data size due to MAST technology helps lower transaction fees. As a result, transactions using P2TR are significantly cheaper, particularly for complex scenarios.
Confirmation Speed:
-
P2SH: Larger transactions require more resources for processing, which can slow down their inclusion in a block. This is especially critical if the fee is below average during periods of high network congestion.
-
P2TR: Thanks to the smaller size of transactions and their uniform appearance, they are processed faster. In P2TR, even complex conditions appear as simple fund transfers, simplifying processing and improving speed.
The articles in this section:
Inscribe FilesInscribe Tokens