Empower Next-Gen Vehicles with Real-Time FPGA Performance
From advanced driver-assistance systems (ADAS) to high-speed data loggers, automotive systems demand consistent performance and ultra-fast processing. Design Gateway’s FPGA IP cores offer the power and scalability needed for tomorrow’s smart vehicles.
✅ Low-latency ADAS data processing
✅ Gigabyte-scale in-vehicle logging
✅ Secure OTA firmware updates
IP Core Highlights
- NVMe-IP: High-speed in-vehicle data recorders
- AES-IP: Secure software distribution
- TCP/IP: Automotive Ethernet Interface
Automotive Applications Use Cases for
Remote Storage with NVMeTCP IP Core
Simplify In-Vehicle Data Architecture with High-Speed Remote Storage over Ethernet
As next-generation vehicles become data-centric—with multiple cameras, LiDAR, radar, and AI processors—efficient, scalable storage is more important than ever. Design Gateway’s NVMeTCP IP Core enables automotive FPGAs to offload massive data streams directly to remote NVMe storage servers via 10G/25G Ethernet, eliminating the need for bulky, heat-generating onboard SSDs. This approach not only reduces power consumption and simplifies thermal design, but also supports real-time data recording from multiple sensor channels with high reliability and low latency. Ideal for autonomous vehicles, ADAS development, and in-vehicle black box systems, NVMeTCP-based remote storage future-proofs automotive architectures and accelerates data accessibility for post-analysis and training.
Examples of DG’s IP Core Applications
LiDAR
Pedestrian radar
ECU evaluation device
Success Stories & Application Example
Key factors
- Fully re-programmable single SoC with SATA-AHCI & Linux Reference design
- SATA-AHCI compatible under Linux OS on FPGA
- Support cost competitive SoC FPGA device
Key factors
- High performance real-time & multiple HD camera recording
- Standalone NVMe Host Controller without CPU
- Easy to integrate into ADAS systems with simple user interface and simplify NVMe interface