Gazzillion Misses™
Unlocking High-Bandwidth
AI Performance
AI Performance
A breakthrough memory management technology that eliminates bottlenecks and maximizes throughput for AI and HPC workloads
Optimized for Low-Latency, High-Bandwidth
Seamless Data Flow
Supports up to 128 simultaneous memory requests, ensuring continuous data flow.
High-Performance Memory
Optimized for high-bandwidth, memory-intensive applications such as AI inference, key-value stores, and sparse data processing.
Stall-Free Pipelines
Eliminates traditional stop-and-go latency stalls, keeping AI pipelines saturated.
Designed for AI & HPC
Optimized Data Flow for AI & HPC
Massively Parallel Memory Access
Streams data at over 60 bytes/cycle.
Integrated with Semidynamics’ CPU, Vector, and Tensor Units
Seamlessly feeds data to accelerators.
Efficient Off-Chip Memory Utilization
Ensures off-chip access is as fast as on-chip, critical for large AI models.
Multiprocessor Ready
Scalable, Efficient, and Flexible for AI & HPC
Atrevido & Avispado Ready
Works with Atrevido and Avispado cores to maintain peak performance.
From Edge to HPC
Scalable from edge AI to high-performance compute clusters.
Ideal for
AI acceleration, machine learning, recommendation engines, high-speed data analytics, and memory-bound HPC workloads.
What is Gazzillion Misses™ technology?
Built into our fully customisable 64-bit RISC-V family cores and meant for memory intensive applications, Gazzillion Misses™ helps to avoid latency issues when accessing off-chip memory.
Figure 1, Traditional cores waste 100s of clock cycles waiting for data due to cache misses.
Figure 2, Semidynamics Gazzillion™ technology allows the processor to continue doing useful processing while previous misses are served.
Figure 3, Atrevido and Avispado stand out from all other cores with their ability to process up to 64 or 128 misses respectively.
To learn more about how Gazzillion Misses™ can enhance your system's performance, read our detailed blog post, Gazzillion Misses™ - Making the Memory Wall Irrelevant.