Zero Overhead. Maximum Performance.
AI inference performance is constrained by how fast data moves, not how fast chips compute. As models grow and context windows expand, the memory bandwidth bottleneck grows with them. ZeroPoint's hardware compression IP solves this at the silicon level, delivering more effective bandwidth and capacity without changing your memory architecture.
The bottleneck no one is talking about.
The gap between compute capability and memory bandwidth has never been wider. Today's AI accelerators wait more than they work, starved by slow data movement. KV cache, model weights, and activations all compete for the same limited bus. More DRAM helps, but only at significant power and area cost. A smarter approach compresses the data itself, in hardware, transparently, so your existing memory subsystem delivers more. That's what ZeroPoint IP does.
Hardware compression IP for the full memory and storage hierarchy.
ZeroStream
Transparent hardware compression and decompression for point-to-point streaming. Delivers up to 2x effective bandwidth for activations, KV cache, and weight streaming. Built for AI accelerators, CPUs, and networking SoCs.
ZeroAI
Purpose-built for AI data patterns. Available in software-compress/hardware-decompress and full hardware-compress/hardware-decompress configurations. Includes remappers for compressed random access, enabling full bandwidth gains across inference and training workloads.
ZeroConnect CXL
Memory expansion for CXL-based systems. Compresses and decompresses in hardware to multiply usable memory capacity, delivering larger model context and lower total system cost without adding DRAM.
ZeroStorage
Hardware compression for storage devices. Higher effective density without sacrificing throughput.
ZeroPoint’s technology for semiconductors delivers up to 50% more performance per watt by removing unnecessary information, meaning that:
Data centers can maximize performance and reduce energy consumption.
Smart device developers can maximize performance and user experience without compromising battery life.
Our technology combines ultra-fast data compression with real-time data compaction and transparent memory management.
Up to 50% more performance per watt
Our technology improves performance per watt in servers and smart devices.