Partitions
Our cluster, daisyfield, consists of multiple partitions featuring diverse processor architectures, including ARM, x86, GPUs, and specialized accelerators. This heterogeneous setup allows benchmarking across a wide range of hardware configurations.
The following page provides an overview of the available partitions, along with their corresponding names, which must be referenced in workflows.
| Partition | CPU | Accelerators | Description |
|---|---|---|---|
bellis4 |
ARM Cortex A-72 | Coral Edge TPU (USB) | Raspberry Pi 4 |
bellis5 |
ARM Cortex A-76 | HAILO 8L | Raspberry Pi 5 |
tansy |
ARM Cortex A-78 | NVIDIA Ampere | NVIDIA Jetson Orin Nano Super |
zinnia |
AMD EPYC 9554 | NVIDIA A16, Tenstorrent Wormhole N150, Axelera AI Metis | |
chamomile |
Intel Xeon Silver 4516Y+ | NVIDIA A10, Tenstorrent Wormhole N150, Axelera AI Metis | |
aster (soon) |
Ampere Altra Max M128-30 | NVIDIA L4, Tenstorrent Wormhole N150, Axelera AI Metis |
NOTE: We’re currently working on bringing up the Axelera AI Metis and HAILO 8L processors.
Available Performance Metrics
Partition - bellis4
| Metric | Key | Description |
|---|---|---|
| Floating-Point Operations (Double Precision) | flop_dp | Counts the total number of double-precision floating-point operations executed by the benchmark. |
| Floating-Point Operations (Single Precision) | flop_sp | Counts the total number of single-precision floating-point operations executed by the benchmark. |
| Floating-Point Operations per Second (Double Precision) | flops_dp | Indicates the rate of double-precision floating-point operations executed per second, measuring computational throughput. |
| Floating-Point Operations per Second (Double Precision) | flops_sp | Indicates the rate of single-precision floating-point operations executed per second by the benchmark. |
| Memory Volume (DRAM) | memory_volume | Measures the total amount of data transferred between main memory (DRAM) and CPU caches. |
| Memory Bandwidth | memory_bandwidth | Represents the average rate of data transferred between DRAM and processor cores, indicating memory subsystem utilization. |
| Operational Intensity (Double Precision) | operational_intensity_dp | Indicates the ratio of double-precision floating-point operations to memory operations, describing whether the code is compute-bound or memory-bound. |
| Operational Intensity (Single Precision) | operational_intensity_sp | Indicates the ratio of single-precision floating-point operations to memory operations, characterizing the compute versus memory demands of the algorithm. |
| Runtime | runtime | Records the total execution time of the benchmark from start to finish. |
Partition - bellis5
| Metric | Key | Description |
|---|---|---|
| Floating-Point Operations (Double Precision) | flop_dp | Counts the total number of double-precision floating-point operations executed by the benchmark. |
| Floating-Point Operations (Single Precision) | flop_sp | Counts the total number of single-precision floating-point operations executed by the benchmark. |
| Floating-Point Operations per Second (Double Precision) | flops_dp | Indicates the rate of double-precision floating-point operations executed per second, measuring computational throughput. |
| Floating-Point Operations per Second (Double Precision) | flops_sp | Indicates the rate of single-precision floating-point operations executed per second by the benchmark. |
| Memory Volume (DRAM) | memory_volume | Measures the total amount of data transferred between main memory (DRAM) and CPU caches. |
| Memory Bandwidth | memory_bandwidth | Represents the average rate of data transferred between DRAM and processor cores, indicating memory subsystem utilization. |
| Operational Intensity (Double Precision) | operational_intensity_dp | Indicates the ratio of double-precision floating-point operations to memory operations, describing whether the code is compute-bound or memory-bound. |
| Operational Intensity (Single Precision) | operational_intensity_sp | Indicates the ratio of single-precision floating-point operations to memory operations, characterizing the compute versus memory demands of the algorithm. |
| Runtime | runtime | Records the total execution time of the benchmark from start to finish. |
Partition - tansy
| Metric | Key | Description |
|---|---|---|
| Floating-Point Operations (Double Precision) | flop_dp | Counts the total number of double-precision floating-point operations executed by the benchmark. |
| Floating-Point Operations (Single Precision) | flop_sp | Counts the total number of single-precision floating-point operations executed by the benchmark. |
| Floating-Point Operations per Second (Double Precision) | flops_dp | Indicates the rate of double-precision floating-point operations executed per second, measuring computational throughput. |
| Floating-Point Operations per Second (Double Precision) | flops_sp | Indicates the rate of single-precision floating-point operations executed per second by the benchmark. |
| Memory Volume (DRAM) | memory_volume | Measures the total amount of data transferred between main memory (DRAM) and CPU caches. |
| Memory Bandwidth | memory_bandwidth | Represents the average rate of data transferred between DRAM and processor cores, indicating memory subsystem utilization. |
| Operational Intensity (Double Precision) | operational_intensity_dp | Indicates the ratio of double-precision floating-point operations to memory operations, describing whether the code is compute-bound or memory-bound. |
| Operational Intensity (Single Precision) | operational_intensity_sp | Indicates the ratio of single-precision floating-point operations to memory operations, characterizing the compute versus memory demands of the algorithm. |
| Runtime | runtime | Records the total execution time of the benchmark from start to finish. |
Partition - zinnia
| Metric | Key | Description |
|---|---|---|
| Floating-Point Operations (Double Precision) | flop_dp | Counts the total number of double-precision floating-point operations executed by the benchmark. |
| Floating-Point Operations (Single Precision) | flop_sp | Counts the total number of single-precision floating-point operations executed by the benchmark. |
| Floating-Point Operations per Second (Double Precision) | flops_dp | Indicates the rate of double-precision floating-point operations executed per second, measuring computational throughput. |
| Floating-Point Operations per Second (Double Precision) | flops_sp | Indicates the rate of single-precision floating-point operations executed per second by the benchmark. |
| Memory Volume (DRAM) | memory_volume | Measures the total amount of data transferred between main memory (DRAM) and CPU caches. |
| Memory Bandwidth | memory_bandwidth | Represents the average rate of data transferred between DRAM and processor cores, indicating memory subsystem utilization. |
| Operational Intensity (Double Precision) | operational_intensity_dp | Indicates the ratio of double-precision floating-point operations to memory operations, describing whether the code is compute-bound or memory-bound. |
| Operational Intensity (Single Precision) | operational_intensity_sp | Indicates the ratio of single-precision floating-point operations to memory operations, characterizing the compute versus memory demands of the algorithm. |
| Runtime | runtime | Records the total execution time of the benchmark from start to finish. |
Partition - chamomile
| Metric | Key | Description |
|---|---|---|
| Floating-Point Operations (Double Precision) | flop_dp | Counts the total number of double-precision floating-point operations executed by the benchmark. |
| Floating-Point Operations (Single Precision) | flop_sp | Counts the total number of single-precision floating-point operations executed by the benchmark. |
| Floating-Point Operations per Second (Double Precision) | flops_dp | Indicates the rate of double-precision floating-point operations executed per second, measuring computational throughput. |
| Floating-Point Operations per Second (Double Precision) | flops_sp | Indicates the rate of single-precision floating-point operations executed per second by the benchmark. |
| Memory Volume (DRAM) | memory_volume | Measures the total amount of data transferred between main memory (DRAM) and CPU caches. |
| Memory Bandwidth | memory_bandwidth | Represents the average rate of data transferred between DRAM and processor cores, indicating memory subsystem utilization. |
| Operational Intensity (Double Precision) | operational_intensity_dp | Indicates the ratio of double-precision floating-point operations to memory operations, describing whether the code is compute-bound or memory-bound. |
| Operational Intensity (Single Precision) | operational_intensity_sp | Indicates the ratio of single-precision floating-point operations to memory operations, characterizing the compute versus memory demands of the algorithm. |
| Runtime | runtime | Records the total execution time of the benchmark from start to finish. |