In this dashboard we will look at various block level stats for Avalanche and try making conclusions from that. To start with, let's view the transaction per second(TPS)on a average per hour and over time:

We see that among chains, Solana ahas the highest while bsc has the least if we consider the past 15 days as our tenure. Next, let's view the stats on blocks for Avalanche:

6.11 transactions have taken place in a single block on an average . There have been as many as 265 transactions in a block while some blocks have no transaction at all. Next, let's view some other stats on blocks of Avalanche vs other chains:

There has been a decrease in the time taken between blocks for Avalanche from 2.1 to 1.99 . The other chains have the following time taken between blocks- 0.7 for Arbitrum, 3 for bsc, 6.2 for osmosis, 2 for avalanche, 1.1 for optimism and 2.23 for polygon. Next, let's view the average gas price for Avalance:

In all, about 0.007 is the average fee per transaction on avalanche, which is less than 1$ equivalent for most transactions. Next, let's vie wthe distribution of transactions per second on Avalanche vs others:

Let's now draw some conclusions:

Conclusions:

1. Solana has the most TPS followed by ppolygon, ethereum,avalanche, optimism, arbitrum and bsc

2. Avalanche has more TPS than optimism, arbitrum and bsc

3. It takes less than 1$ on an average to make a transaction on avalanche

4. There has been a decrease in the time taken between blocks for Avalanche from 2.1 to 1.99 .

5. The other chains have the following time taken between blocks- 0.7 for Arbitrum, 3 for bsc, 6.2 for osmosis, 2 for avalanche, 1.1 for optimism and 2.23 for polygon.

6. Avalanche has more block produced than polygon and bsc!

7. 6.11 transactions have taken place in a single block on an average . There have been as many as 265 transactions in a block while some blocks have no transaction at all.

8. Solana has the most transactions per block and it also has the most transactions in a block on an average. It is followed by polygon, osmosis and bsc which have a very high number of transaction capacity in a block and then we have Avalanche a