TrustInLabs

FPGA Emulation for Large ASIC Designs
High-Capacity FPGA Emulation

Over two decades of expertise in high-capacity FPGA emulation, RTL partitioning, and hardware/software co-verification for large ASIC and SoC designs.

Challenges We Solve

FPGA emulation architecture planning for large ASIC/SoC designs
Mapping large RTL to FPGA-based emulation platforms, partition planning, and system-level architecture for high-capacity AMD/Xilinx devices.
RTL partitioning & multi-FPGA support
Partitioning RTL across one or more Versal, Virtex UltraScale+, Kintex UltraScale+, or Zynq UltraScale+ devices to support designs exceeding single-device capacity.
Clocking, reset, memory, and interface adaptation
Adapting clock domains, reset strategies, DDR and memory interfaces, and high-speed links such as AXI, PCIe, Ethernet and SerDes.
FPGA prototype bring-up & board-level validation
Board bring-up, porting firmware and host drivers, and validating physical interfaces and performance on target FPGA platforms.
Real-time debug & performance validation
ILA, trace buffers, counters, and real-time instrumentation for hardware/software co-verification and performance testing.

Our FPGA Emulation Expertise

Architecture & RTL Partitioning

  • FPGA emulation architecture planning for large ASIC/SoC designs
  • RTL partitioning across multiple high-capacity FPGAs
  • Multi-FPGA synchronization and interconnect strategies
  • Platform selection guidance (Versal, Virtex UltraScale+, Kintex UltraScale+, Zynq UltraScale+)

Platform Integration & Interfaces

  • Clocking, reset, and memory adaptation for FPGA implementation
  • AXI, PCIe, Ethernet, DDR and high-speed serial interface integration
  • Board-level bring-up and signal integrity validation
  • Host software and driver enablement for emulation platforms

Bring-up, Debug & Instrumentation

  • FPGA prototype bring-up and board-level validation
  • Real-time debug infrastructure (ILA, trace buffers, counters)
  • Test applications and host tooling for validation
  • Root-cause analysis with time-stamped traces

Performance Validation & Co-verification

  • Hardware/software co-verification at emulation speeds
  • Performance validation and benchmarking
  • Support for large designs and multi-FPGA flows
  • Enable early demos and firmware development before silicon

Why
TrustInLabs

Because we don't just follow specs - we break the wall that separates service providers from real partners.

With TrustInLabs, you get a proactive team that defines, builds, and delivers the right solution - on time, within budget, and with the clarity complex challenges demand. We work as an extension of your team - with the experience, mindset, and momentum to make it real.

+200 Successful Projects
+20 Years Experience
+20 Global Clients
+10 Industries Served

Get In Touch

Have an FPGA emulation or pre-silicon validation challenge? Share your goals and TrustInLabs will help shape the right plan.

Email Communication info@trustinlabs.com
Global Operations Headquarters Bockelstrasse 119A, 70619 Stuttgart, Germany
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