Explore the Inner Workings of
Solid-State Drives with Data Visualization
Intuitive Visualization: The EyanaSSD Simulator provides an
intuitive two-dimensional display that visualizes key SSD metrics, enabling users to monitor
continuous writing patterns and understand the inner workings of SSDs.
Workload Analysis: It supports comprehensive evaluation of
various workloads, including Sequential, Uniform Random, and Zipf distributions, with data
sourced from FEMU, offering detailed insights into SSD performance under different
scenarios.
Educational: With over a thousand users praising its
effectiveness, EyanaSSD Simulator has proven to save time and enhance understanding of SSD
behavior, making it a valuable educational tool.
Simple and Easy Access: The Eyana SSD Simulator is the only
web-based SSD simulator that allows users to upload workloads, visualize real-time processes,
and explore various SSD features with ease.
User-friendly: Simply upload your workload in the supported
format, and the simulator automatically analyzes the data, providing clear, actionable insights
into SSD performance.
How does EyanaSSD work?
Metrics are visualized through a two-dimensional
display that shows the continuous writing patterns in SSD
Bright Green to Dark Green: As the green
color transitions to darker shades, it reflects a gradual reduction in the number of invalid
pages. Bright green represents regions with the maximum number of invalid pages, while dark
green indicates areas with the minimum number of invalid pages, where the majority of pages are
valid. Bright Pink to Light Pink: As the pink
color
transitions to lighter shades, it reflects a gradual reduction in the
number of invalid pages. Bright pink represents regions with the maximum number of invalid pages
and lower erase counts, while light pink indicates areas with the minimum number of invalid
pages and similarly low erase counts.
White to Pink-White: As the color
transitions from white to pink-white, it reflects a shift
in the balance between invalid pages and erase counts. White represents regions where the ratio
of invalid pages to erase counts is balanced or low, while pink-white indicates areas with a
higher number of invalid pages, but with relatively low erase counts.
Workload Type: Uniform Random
Workload Type: Sequential
Workload Type: Zipf
Basic SSD Simulator(Education)
How can workloads be uploaded?
Metrics are visualized through a two-dimensional
display that shows the continuous writing patterns in SSD