Design Gateway's FPGA IP Core Suites deliver zero-CPU, hardware-accelerated imaging data capture, storage, and live FTP-based monitoring — purpose-built for medical-grade performance requirements.
Three Hardware Engines. One Complete Pipeline.
The solution integrates three of Design Gateway's production-proven IP cores, each handling one stage of the data path — from the 100G network interface down to physical NVMe SSD storage.
| IP Core | Function | Key Performance |
|---|---|---|
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Fully hardware-implemented TCP/IP Offload Engine at 100G Ethernet line rate. Manages all connection handling, retransmissions, flow control, and FTP server logic entirely in FPGA logic — no OS stack, no CPU cycles consumed. | 100 GbpsFull-duplex FTP |
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Hardware exFAT file system controller providing simultaneous Write (record) and Read (FTP transfer) access to the NVMe SSD. Files appear natively on any Windows, Linux, or macOS workstation — fully compatible with PACS and clinical systems without special drivers. | Concurrent R/WGen4 SSD speed |
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Lightweight hardware NVMe host controller interfacing directly with PCIe Gen4 SSD at full bandwidth. Bypasses PCIe Hard IP limitations and Linux driver overhead — sustaining write speeds matching the physical limit of modern Gen4 drives. | ~7,000 MB/sPCIe Gen4 NVMe |
| FPGA Development Kit | AMD Versal™ AI Core Series VCK190 Evaluation Kit |
| SSD Interface Adapter |
AB18-PCIeX16
AB19-M2PCI
AB20-U2PCI
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| SSD | NVMe Gen4 SSD |
| PC | Windows or Linux PC with FTP Client Application |
| IP Core |
muNVMe-IP (Gen4)
exFAT2-IP (Gen4)
TOE100G-IP
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| Reference Design | FTP Server by muNVMe-IPG4 |
