You can’t fix what you don’t see
Capture terabytes of FPGA data
Find bugs in minutes, not weeks
What’s your goal?
- Maximize ASIC & SoC verification throughput
- Get visibility inside ASIC & SoC prototypes
- Debug high-end FPGAs at speed
- Validate high-speed IPs, interfaces and system software
- Reduce FPGA debug turnaround time
How does it work?
Our our tools leverage FPGA logic and transceiver resources associated with powerful external hardware to capture massive data from single or multi-FPGA boards.
Exostiv Labs tools…
- Scale with the target platform complexity
- Are FPGA plaftorm-independent
- Operate at speed over realistic nr of cyles
What we do
🧠Core idea: “visibility inside FPGAs”
Modern chips—especially FPGAs (Field-Programmable Gate Arrays) and SoCs (System-on-Chips)—are extremely complex.
Debugging them is hard because:
- Simulations don’t always reflect real-world behavior
- Internal signals are often invisible during runtime
- Bugs can appear only under real operating conditions
👉 Exostiv Labs solves this by giving engineers deep, real-time visibility into internal chip activity.
🛠️ What our products actually do
Our tools (like Exostiv Probe and Exostiv Blade):
- Capture massive amounts of internal data from chips while they run at full speed
- Monitor thousands to millions of internal signals simultaneously
- Let engineers analyze behavior during execution
- Work across single or multiple FPGA systems
đź’ˇThink of it like: ‘A high-speed black box recorder + microscope for chips.’
⚙️ How it’s used (practical use cases)
1. Chip validation (pre-silicon)
On pre-silicon prototypes, Exostiv Labs helps verify:
- Does the design behave correctly?
- Are there hidden edge-case bugs?
- Does software run properly on the chip I am building?
2. Debugging complex systems
When something breaks:
- Engineers can inspect internal signals at runtime
- Identify issues that simulations missed
- Explore FPGA behaviour that simulations cannot reach
3. Performance testing
Analyze real-world scenarios:
- Validate performance under real workloads
- Analyze interactions between IP blocks
- Explore corner cases
🧑‍💼 Who uses them
- Semiconductor companies (fabless and IDMs)
- OEMs building complex electronic systems
🚀 Why it matters
- Real-world validation → Not just simulations
- Faster debugging → Reduces development time
- Fewer bugs in production → Better product quality
“We significantly shorten time-to-market for
advanced chips and
FPGA-based systems.
