TypeIt!-The First Ever Web3 Keyboard
  • WhitePaper
    • Executive Summary
    • Problems in the Current Web3 Worlds
    • Solutions - A First-ever Type-to-Earn App with Privacy Protected
    • Why Are We Unique
    • Our Product
    • Market Opportunity
    • Roadmap
    • Tokenomics
      • $WORD
      • $TYPE
    • Disclaimer
  • Keyboard NFTs
    • Keyboard NFTs & Components
      • šŸ—ƒļøNFT Types
      • 🧩Keyboard Elements
      • 🐣Hatching NFTs
      • šŸ“NFT Data
      • šŸ†™Keyboard NFT Upgrade
    • Interact with the Keyboard
      • šŸ“±Function Bar
      • āŒØļøInput Methods and Usage Techniques
  • Core Functions
    • āœ‰ļøInvitation Mechanisms
    • ā–¶ļøGetting Started
      • šŸ“±How to Install Type!t App
        • Android Download
        • IOS Download
      • šŸ’°Setting Up Your Wallet
        • Create & Import Wallet
          • Create a New Wallet
          • Import Existing Wallet
        • Internal & External Wallet
      • āŒØļøHow to Get Keyboard NFT
      • šŸŽ‡Activate Your NFT Keyboard
  • Contracts
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On this page
  • NFT Level Data
  • NFT Level Detailed Chart
  • Series Computing Power Comparision ( Red Series V.S. Blue)
  • Rarity Data
  1. Keyboard NFTs
  2. Keyboard NFTs & Components

NFT Data

NFT Level Data

  • After converting the upgrade cost, it will be deducted at $WORD, with the reference price being the average price of the previous day.

  • As the level increases, the computing power increases, the consumption ratio decreases, and the upgrade cooldown time becomes longer.

NFT Level Detailed Chart

Level
Basic Hashpower
Consumption Rate
Upgrade Fee
Cooldown Time

1

10

0.6

$600

24

2

40

0.5

$1,200

96

3

160

0.4

$2,200

192

4

640

0.35

$8,200

312

5

2,560

0.3

Series Computing Power Comparision ( Red Series V.S. Blue)

We are using SSR as an example in the chart below

Upgrade
Red NFT Computing Power Change
Red NFT Consumption Ratio Change
Blue NFT Computing Power Change
Blue NFT Consumption Ratio Change

1-2

50-110

0.5-0.5

10-40

0.6-0.5

2-3

110-240

0.5-0.4

40-160

0.5-0.4

3-4

240-500

0.4-0.3

160-640

0.4-0.35

4-5

500-1020

0.3-0.3

640-2560

0.35-0.3

Rarity Data

  1. The higher the rarity, the greater the computing power at the same level (except for level 1 NFTs).

  2. Please note that in the Blue NFT series, rarity does not reduce the upgrade cooldown time.

  3. The formula to increase computing power with rarity is as follows:

    • Where k is the rarity computing power coefficient, N is the NFT level (N≄2), and the result is rounded up to the nearest whole number

    For example, the computing power of a level 4 SR NFT with k=3.98 and N=4 is calculated as follows:

    So, the computing power would be approximately 636.

The chart below provides an overview of NFT rarities (R, SR, SSR, and Soul) with data on their initial durability, probability of obtaining, computing power coefficient (k), and computing power at different levels (Lv1 to Lv5).

Rarity
N
R
SR
SSR
Soul (Freemint)

Initial Durability

45

50

55

60

20

Probability of Obtaining from Blind Box

80%

12%

6%

2%

/

Computing Power Coefficient (k)

3.7

3.89

3.98

4

Lv1 Computing Power

10

10

10

10

Lv2 Computing Power

37

38

39

40

Lv3 Computing Power

148

155

159

160

Lv4 Computing Power

592

623

636

640

Lv5 Computing Power

2368

2494

2547

2560

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Last updated 1 year ago

10ƗkƗ4Nāˆ’210 \times k \times 4^{N-2}10ƗkƗ4Nāˆ’2
10Ɨ3.98Ɨ44āˆ’2=636.8ā‰ˆ63610 \times 3.98 \times 4^{4-2} = 636.8 \approx 63610Ɨ3.98Ɨ44āˆ’2=636.8ā‰ˆ636
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