DG’s IP Solutions for the Measurement & Medical Market
In the fast-evolving Measurement and Medical market, systems must capture enormous streams of data from advanced sensors, imaging devices, and diagnostic tools. They must move this data across deterministic networks and keep patient and research information secure — all without slowing down the system.
That’s exactly where Design Gateway’s FPGA IP Solutions come in.
💡 Imagine real-time recording of multi-gigabyte-per-second signals from oscilloscopes or digital pathology scanners. Think of live ultrasound previews with sub-frame latency. Or secure, wire-speed streaming of surgical video across hospital networks. DG’s FPGA IP makes these scenarios possible — with pure hardware acceleration, no CPU bottlenecks.
🎥 Want to see our solutions in action? Watch our latest YouTube demo on high-speed FPGA-based data recording.
Key IP Portfolio for Measurement & Medical
| IP Core | Role in Measurement & Medical Systems | Typical Performance |
|---|---|---|
| NVMe-IP (Gen4/Gen5) | Frame-accurate data capture/relay to NVMe SSDs or RAID | Up to 7 GB/s (Gen4) / 11 GB/s+ (Gen5) |
| muNVMe-IP + exFAT-IP | Multi-user/random access logging with removable media | Real-time, simultaneous multi-stream recording & reading |
| NVMeTCP-IP | Remote NVMe-oF storage for labs/PACS servers | >95% link utilization @10GbE in hardware |
| UDP-IP (1/10/25/100G) | Ultra-light live streaming & telemetry with sub-frame latency | >90% bandwidth utilization across 10–100G |
| TOE-IP (TCP Offload 1–100/200G) | Deterministic TCP for command/control and bulk transfers | Line-rate at 10/25/100G with zero CPU load |
| TLS1.3-IP (Client/Server 10G) | HIPAA/GDPR-compliant secure transport to PACS/EMR/Cloud | Near-10Gbps HTTPS in pure hardware logic |
| AES-GCM-IP (up to 100G) | Inline encryption for data-at-rest & in-transit protection | Scales up to 100Gbps+ engines |
| SATA-IP (+AHCI/exFAT) | Cost-optimized archival & legacy compatibility | Proven in aerospace & long-term logging use cases |
Why FPGA-Based IP Matters in Measurement & Medical
- Pure-Hardware Determinism – No OS, driver, or GC jitter; predictable capture and control loops.
- Scalable Bandwidth – From 1G to 100/200G, swap UDP/TOE variants and expand NVMe channels as demands grow.
- Wire-Speed Security – Standards-compliant TLS 1.3 and AES-GCM encryption that protect data without taxing CPUs.
- Proven Integration – Reference designs and ready-to-run demo projects for FPGA Evaluation Kits.
Proven Use Cases
Real-Time Imaging Breakthroughs in Healthcare & Measurement
Design Gateway’s FPGA IP solutions are redefining how medical imaging and precision measurement systems capture, process, and share data. With proven use-cases in MRI, CT, ultrasound, and high-speed measurement platforms, our NVMe, exFAT, and TCP/IP IP cores deliver real-time performance at over 10GB/s—without CPU or OS bottlenecks. This enables instant image access, faster diagnostics, and streamlined workflows, while reducing complexity and boosting reliability.
Securing Real-Time Medical & Measurement Data
In today’s measurement and medical markets, data integrity and performance are critical. Design Gateway’s FPGA-based IP Solutions—such as the AES-GCM 100G IP Core—are already proven in real-world use cases like medical imaging, enabling real-time encryption at up to 100Gbps while ensuring compliance with strict healthcare standards like HIPAA. These IPs provide end-to-end protection, low latency, and high throughput, making them ideal for medical imaging systems, secure test equipment, and high-speed data applications.
Real-Time Pipeline Monitoring with FPGA IP
Design Gateway’s FPGA IP solutions power advanced pipeline monitoring by capturing and transferring real-time sensor data directly to NVMe SSDs with zero CPU overhead. Using TOE10G-IP, UDP10G-IP, and NVMe-IP, measurement systems achieve high-speed and reliable 10G data transfer, enabling accurate insights and long-term data integrity even in mission-critical environments. Proven in industrial use-cases, this FPGA-driven approach delivers unmatched performance, reliability, and scalability for modern measurement applications.
High-Speed Printing with FPGA-Powered TCP/IP Offloading
In the measurement market, precision and reliability are everything—especially for high-speed industrial printers that handle massive data transfers. Design Gateway’s TCP Offloading Engine (TOE) IP Core ensures seamless connectivity by eliminating CPU overhead, enabling automatic retransmission, and guaranteeing real-time data delivery. With proven deployments in advanced printer engines, this FPGA-based solution accelerates development and ensures unmatched performance for mission-critical printing systems.
✨ Ready to take your measurement or medical platform to the next level?
👉 Contact Us Today to schedule a demo or discuss integration with your platform.
Get Started with Free Evaluation
✅ Download a Free Evaluation File and explore our FPGA IP in your own environment.
- NVMe-IP (AMD) | NVMe-IP (Altera)
- muNVMe-IP (AMD) | muNVMe-IP (Altera)
- NVMeTCP-IP (AMD) | NVMeTCP-IP (Altera)
- UDP-IP (AMD) | UDP-IP (Altera)
- TOE-IP (AMD) | TOE-IP (Altera)
- TLS1.3-IP (AMD) | TLS1.3-IP (Request)
- AES-GCM-IP (AMD) | AES-GCM-IP (Altera)
- SATA-IP (AMD) | SATA-IP (Altera)
Learn More about Our Portfolio
Product Pages
- NVMe-IP (AMD) | NVMe-IP (Altera)
- muNVMe-IP (AMD) | muNVMe-IP (Altera)
- NVMeTCP-IP (AMD) | NVMeTCP-IP (Altera)
- UDP-IP (AMD) | UDP-IP (Altera)
- TOE-IP (AMD) | TOE-IP (Altera)
- TLS1.3-IP (AMD) | TLS1.3-IP (Altera)
- AES-GCM-IP (AMD/Altera)
- SATA-IP (AMD) | SATA-IP (Altera)
Technical Documents Explore whitepapers, datasheets, and reference designs at DG Technical Library.
Documents for AMD
- NVMe-IP (Datasheet) | NVMe-IP (Reference Design)
- muNVMe-IP (Datasheet) | muNVMe-IP (Reference Design)
- NVMeTCP-IP (Datasheet) | NVMeTCP-IP (Reference Design)
- UDP-IP (Datasheet) | UDP-IP (Reference Design)
- TOE-IP (Datasheet) | TOE-IP (Reference Design)
- TLS1.3-IP (Datasheet) | TLS1.3-IP (Reference Design)
- AES-GCM-IP (Datasheet) | AES-GCM-IP (Reference Design)
- SATA-IP (Datasheet) | SATA-IP (Reference Design)
Documents for Altera
- NVMe-IP (Datasheet) | NVMe-IP (Reference Design)
- muNVMe-IP (Datasheet) | muNVMe-IP (Reference Design)
- NVMeTCP-IP (Datasheet) | NVMeTCP-IP (Reference Design)
- UDP-IP (Datasheet) | UDP-IP (Reference Design)
- TOE-IP (Datasheet) | TOE-IP (Reference Design)
- TLS1.3-IP (Request)
- AES-GCM-IP (Datasheet) | AES-GCM-IP (Reference Design)
- SATA-IP (Datasheet) | SATA-IP (Reference Design)
🚀 DG’s IP Solutions are now also available via our Official Partner Solution Platforms including AMD/Xilinx and Intel/Altera marketplaces — making it easier than ever to integrate into your next design.
