More tokens per second. More bandwidth. More capacity

Memory and storage are the bottleneck for modern AI and data center silicon, and they are getting more expensive every quarter. ZeroPoint's hardware-accelerated lossless compression removes the waste in real time, so existing memory and storage systems do more work.

The result is higher inference throughput, more effective bandwidth across links and memory interfaces, and more usable capacity from the DRAM and NAND you already have. All without retraining models and with deterministic, line-rate latency.

More tokens/s

Higher inference throughput on bandwidth-bound LLM decode

20-35%

More effective bandwidth across links and memory interfaces

Up to 1.5x

More usable capacity from existing memory and storage

The ZeroPoint product portfolio

Capacity and bandwidth improvements across AI inference, chip-to-chip, and storage applications. Select a product to view its datasheet.

ZeroStream

Link (de)compression IP for die-to-die, chip-to-chip, and DRAM interfaces.

Expands effective bandwidth across links and memory interfaces with deterministic, data-independent latency, fully pipelined to sustain line rate.

ZeroConnect

Compressed memory IP for CXL devices, with inline compression plus complete memory management.

Expands CXL memory capacity and lowers data center TCO, combining ultra-low-latency compression with hardware address remapping, caching, and capacity management.

ZeroAI

Software compression with hardware decompression for static model data; hardware compression and decompression for dynamic data.

Frees capacity and bandwidth for AI inference across weights, activations, and KV cache, at extremely low latency and with no model retraining required.

ZeroStorage

Standards-based, LZ4-compatible hardware compressor and decompressor for storage and SSD controllers.

Delivers industry-leading performance per mm² for LZ4 acceleration, fully software compatible and transparent to the host file system.

Looking for our previous product information? Those pages remain available for reference.