What was the maximum and minimum recorded time between two blocks? How many transactions are done in a block on average? How do these numbers compare to L1 such as Flow or Solana, or other L2 such as Arbitrum or Optimism?

In the table below, the distribution of the number of blocks in 5 categories per second is checked in Polygon(Second)

In the diagram below, the distribution of the number of blocks in 5 categories per second is checked in Polygon

There were the most blocks in 0 to 3 seconds

In the diagram below, the distribution of the number of blocks in 5 categories per second in Polygon is checked as a percentage

Below is the minimum time between two blocks in Polygon(Second)

Below is the average time between two blocks in Polygon(Second)

Below is the maximum time between two blocks in Polygon(Second)

In the table below, the second distribution between two blocks in layer one and layer two is checked

• ==arbitrum==
• ==ethereum==
• ==flow==
• ==osmosis==
• ==polygon==
• ==Solana==

In the diagram below, the distribution of seconds between two blocks in layer one and layer two is examined

In the table below In ==layer one== and ==layer two== Minimum and maximum and average time between two blocks(Second) And the average transaction in the blocks has been checked

In the diagram below alltogether The minimum and maximum and the average time between two blocks have been checked in ==layer one== and ==layer two==(Second), and the average number of transactions between blocks

Note: All times are based on seconds

Conclusion:

In this dashboard, we checked the Polygon Block Performance and based on that →

• The maximum frequency of distance between two blocks in Polygon is from 0 to 3 seconds, and in the second place, it is from 4 to 5 seconds.

• About 90% of the blocks were between 0 and 3 seconds of time between two blocks

• The minimum time between two blocks was 2 seconds in Polygon

• The maximum time between two blocks was 25 seconds in Polygon
• The average time between two blocks in Polygon was 2.2 seconds

• The average number of transactions in the blocks was about 74 transactions.

• In a comparative study between Solana, Arbitrum, Ethereum, Flow, Osmosis, and Polygon, in a time study between the two blocks:

Solana to seconds: Minimum time: 1 Maximum time: 16033 Average time: 1.18 Average number of transactions in blocks: 1745

Arbitrum in seconds: Minimum time: 1 Maximum time: 37511 Average time: 58.86 Average number of transactions in blocks: 1.17

Ethereum to Seconds: Minimum time: 1 Maximum time: 1293 Average time: 19.39 Average number of transactions in blocks: 1.17

Flow in seconds: Minimum time: 1 Maximum time: 10950 Average time: 1.45 Average number of transactions in blocks: 12.84

Osmosis to Seconds: Minimum time: 1 Maximum time: 393194 Average time: 6.55 Average number of transactions in blocks: 15.18

Polygon to Seconds: Minimum time: 2 seconds Maximum time: 25 Average time: 224 Average number of transactions in blocks: 1745

Based on the average time between two blocks The highest performance for the following networks:

1. Solana
2. Flow
3. Polygon
4. osmosis
5. ethereum
6. Arbitrum

In the diagram below The minimum time between two blocks has been checked in layer one and layer two(Second)

In the diagram below The average time between two blocks in layer one and layer two has been checked(Second)

In the diagram below The maximum time between two blocks in layer one and layer two has been checked

Below is the average number of block transactions

In the diagram below The average number of transaction blocks It has been checked in layer one and layer two