What We Do
High-Performance Memory Subsystem IP
High-Performance Memory Subsystem IP
High-Performance Memory Subsystem IP
We deliver high-performance memory subsystem IP, including NoC, advanced cache architectures, and high-bandwidth memory controllers. Our solutions are optimized for data-intensive workloads, enabling scalable and efficient infrastructure for next-generation AI and data center systems.
Chiplet IO Die Design
High-Performance Memory Subsystem IP
High-Performance Memory Subsystem IP
Leveraging UCIe technology, we specialize in high-speed Chiplet IO Die design. Our solutions minimize P2P latency and maximize interconnect bandwidth — enabling scalable, efficient heterogeneous computing for next-generation AI accelerators and scale-up networks.
SoC Architecture Consulting
High-Performance Memory Subsystem IP
SoC Architecture Consulting
From workload-driven performance analysis to RTL-level micro-architecture definition, we deliver end-to-end SoC architecture consulting. We optimize NoC topology, system efficiency, and high-performance scalability — accelerating time-to-market and reducing design risk.
Our Products
High-Performance NoC Interconnect
Highly configurable Mesh, Ring, and Crossbar topologies with full AXI4 / AHB / APB compliance. Featuring advanced QoS management and Virtual Channel flow control to eliminate data congestion in complex SoCs.
Scalable System Cache
Optimized for near-memory computing with fully parameterizable ways and sets.
With integrated ECC protection and co-design with our NoC IP, the architecture enables low-latency, high-efficiency data access.
Next-Gen UCIe Die-to-Die Interconnect
Fully compliant with UCIe 1.1 / 2.0 standards, featuring a robust AXI4 transaction layer and protocol flit bridging for PCIe, CXL, and streaming protocols — enabling efficient chiplet integration across heterogeneous architectures.
112G Ultra-High-Speed Ethernet
Advanced 112G Serdes PCS supporting SUE / UEC / UALink protocols. Designed for data center scale, featuring link-layer retry, CBFC (Credit-Based Flow Control), and supports integration with major switch vendors through configurable behavior.