L1X Time Units
Time Units
L1X blockchain employs a structured approach to time measurement, with slots as the smallest unit. One block is created within each slot, ensuring consistent and efficient processing of transactions. This section explores all four primary time units in the L1X blockchain as summarized in the table below.
Time Unit
Relative Units
Time
Blocks
1 Slot
Base Unit
0.5 secs
1 block
1 Chunk
40 slots
20 secs
40 blocks
1 Epoch
3 chunks
60 secs
120 blocks
1 Cube
3 epochs
180 secs
360 blocks
Table 5 L1X Time Units
Slots
Slots represent the smallest time unit. Each slot has a fixed duration of 0.5 seconds. Within each slot, a single block is created, encapsulating a batch of validated transactions. The utilization of slots ensures a regular and predictable block creation schedule, contributing to the network's stability and transaction throughput.
Chunks
To organize blocks within larger time intervals, the L1X blockchain introduces the concept of chunks. Each chunk consists of 40 slots, resulting in a 20-second time interval. By grouping blocks into chunks, the L1X blockchain enhances efficiency in block management and maintains a consistent rhythm for network operations.
Epochs
The L1X blockchain further aggregates chunks into epochs. An epoch comprises three consecutive chunks, resulting in a 60-second time period or 1 minute. This larger time unit allows for a broader evaluation of network performance, consensus, and synchronization. Epochs provide a useful reference point for analyzing blockchain metrics and facilitating various network operations.
Cubes
Cubes represent an extended time unit within the L1X blockchain. Each cube consists of three consecutive epochs, resulting in a time period of 3 minutes. The use of cubes enables long-term analysis, trend identification, and strategic planning within the blockchain network. Cubes serve as key milestones for tracking the progression of the L1X blockchain's performance and growth.
By implementing slots, chunks, epochs, and cubes, the L1X blockchain optimizes time management, ensuring precise block creation, consistency, and effective network operation. This systematic approach to time units enhances the blockchain's scalability, performance, and overall operational efficiency.
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