Pioneering the Future of SoC Design
We build AI-native EDA tools and IPs that radically accelerate SoC and system development. Book a demo to see how you can go from idea to prototype in hours — not months.
Products and Solutions
The Pilot EDA suite consists of AI-native IDEs with built-in silicon IPs, models, and toolchains — streamlining design and prototyping across SoC, firmware, and server application development. It targets heterogeneous systems, data center networks, memory-centric computing, and next-generation cloud and AI infrastructure.
SoC Pilot
AI-native, canvas-based tools for SoC architecture design, RTL generation, IP integration, and DRC. Complete tasks in just a few iterations, instead of days spent learning, implementing, and debugging. Achieve up to x10 productivity increase.
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Firmware Pilot
A low-code, smart IDE with built-in RTOS, drivers, and interactive emulation widgets unmatched by other tools. Validate SoC and firmware designs virtually at lightspeed. Shift firmware development left to accelerate time to market.
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Silicon IP
A rich set of high-quality IPs — including RISC-V cores, NoCs, DMA controllers, and more — seamlessly supported by SoC and Firmware Pilot. Eliminate fragmented tools and manual stitching that slow development and increase risk.
Learn More →Design Services
We offer specialised design and consulting services spanning the full development lifecycle — from concept to architecture and implementation. Our expertise covers system architecture, IP and SoC design, firmware, and software co-development, tailored for data centre networking, storage, compute acceleration, and cloud infrastructure.
Whether you are defining next-generation AI accelerators or optimising high-performance I/O subsystems, we help teams move faster with confidence, by bridging architectural vision and execution.
News, Insights, and User Cases
Stay ahead of fast-moving trends in AI infrastructure and advanced SoC design. Our latest news, insights, and user cases explore how next-gen compute systems are being built—and how our solution help accelerate that transformation.
Scale-Up Ethernet in the AI Era
Insight
Networking
Explore how Scale-Up Ethernet (SUE) advances beyond classic interconnect technologies to tackle AI infrastructure challenges. Learn why memory semantics, reliable transport protocol, and network congestion management are critical to driving hyperscale performance.
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SmartNIC with SDN Offload
User Case
Networking
A DPU startup prototyped a SmartNIC on FPGA with a programmable packet pipeline, accelerating Open vSwitch and VirtIO, and enabling flexible in-network processing at cloud scale. Want to build your own? Leverage our tools and IPs to get started on your FPGA platform.
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Smart CXL Memory Expander
User Case
Computing
Memory
How fast can you build your next CXL system? Our solution lets you validate CXL memory expanders and memory-centric architectures—early, at full-system scale, and without real silicon. Accelerate time to insight with our IPs, emulation tools, and reference platforms.
Learn More →About Us
Founded in 2025, Ivy Microsystems brings together seasoned SoC and system architects from leading semiconductor firms and high-growth startups, with deep expertise in hardware–software co-design, modeling, development, and productization for AI and cloud infrastructure.
Today’s SoC development faces rising complexity, fragmented tools, and tighter timelines — all exacerbated by the rapid AI advances. These challenges slow execution, increase risk, and strain product quality.
We create intelligent, integrated tools and unique silicon IPs to streamline development, boost collaboration, and empower SoC teams to deliver faster, with greater clarity and confidence.
Reach out to our team
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