UCLe
Enables high-speed, low-latency FPGA emulation for diverse systems.
Overview
UCLe (Universal Communication Link Enhanced) is a high-performance solution designed for FPGA-based emulation, providing high bandwidth and low latency to meet the needs of modern applications. It supports rapid data transfer between multiple devices, making it ideal for emulating complex systems.
With versatility across various protocols, UCLe is perfect for AI workloads, storage networks, and distributed computing. Its flexibility accelerates hardware validation, reducing development cycles and ensuring efficient testing of advanced communication protocols.

AMBA ACE Architecture
Key Features
High Bandwidth with Adaptive Scaling: UCLe provides scalable bandwidth up to 50 Gbps, handling large data flows for intensive FPGA emulations. This ensures that high-demand applications like AI testing and large simulations run efficiently.
Ultra-Low Latency: Designed for minimal communication delays, UCLe ensures real-time responsiveness, making it ideal for time-sensitive applications like industrial automation.
Multi-Protocol Support: UCLe supports multiple communication protocols, such as PCIe, Ethernet, and USB, enabling emulation of systems with diverse interfaces.
Energy Efficiency: By utilizing energy-saving modes during idle times, UCLe optimizes power consumption for long-duration FPGA emulations, reducing operational costs.
Dynamic Resource Allocation: UCLe dynamically allocates bandwidth and resources across different tasks, ensuring that FPGA emulations remain efficient even under heavy multitasking.
Peer-to-Peer Communication: Enables direct communication between devices, reducing bottlenecks and improving performance in high-speed, distributed FPGA emulations.
Backward Compatibility: UCLe integrates smoothly with legacy standards, making it easy to incorporate into existing hardware setups for hybrid testing environments.
Integrated Error Correction: Ensures data integrity throughout emulations by incorporating robust error correction techniques, essential for high-reliability systems like avionics.
Connect with Us
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