The FPGA-based solutions for remote NVMe Storage access without CPU: NVMe Over TCP Initiator IP Core for 10G/25G/100G network

Advantages of remote NVMe storage:   Remote storage over network can offers many advantages for your FPGA-based systems such as: Why need NVMe/TCP Initiator IP Core on FPGA: NVMe/TCP Initiator requires intensive computation power of CPU to handle NVMe-oF and TCP/IP protocol especially for the application that require very high performance NVMe storage access over 10G/25G and 100G network. NVMe/TCP...

Fully CPU offload for TCP/IP transmission for 10G/25G/40G and up to 100G

TCP Offloading Engine IP Core provides the full hardware TCP/IP protocol stack engine which is the epochal solution implemented without CPU. TCP/IP function is enable by just controlling simple FIFO interfaces. You can choose suitable line rates from 1G-100Gbps. The latest generation of DG’s TOE100G-IP is capable of full TCP/IP offload and able to achieve 12GB/s without CPU required.Check out our TOE...

TCAM Accelerator for FPGA Based Systems: A High-Performance and Flexible Solution for Various Applications

Ternary Content Addressable Memory (TCAM) is a special type of memory that can store and search data in parallel, using three states: 0, 1, and don’t care (X). TCAM is widely used in applications that require high-speed and complex matching operations, such as network routing, packet classification, pattern recognition, and data compression. However, TCAM also has some drawbacks, such as...

TLS 1.3 Engine for FPGA Based Systems: A High-Security and High-Performance Solution for Data Transmission

Transport Layer Security (TLS) is a protocol that provides encryption and authentication for data transmission over the Internet. TLS is widely used for web browsing, email, online banking, and other applications that require security and privacy. The latest version of TLS, TLS 1.3 (RFC 8446) was published in 2018, bringing significant improvements in security and performance over the previous versions1....

rmNVMe-IP for Gen5: Breakthrough 4K IOPS Performance with fully CPU offload

Experience groundbreaking 4K IOPS performance with the rmNVMe-IP Gen5 storage IP core! Say goodbye to CPU bottlenecks as this innovative core offers fully CPU offloaded operations. Achieve mind-blowing data transfer speeds exceeding 10,000 MB/s write speed, effortlessly. Discover simplified NVMe Gen5 SSD random access with minimal signal usage. This demo showcases key features like simultaneous 4KB read and write command...

Demonstration of very high throughput and highly secure TLS transmission with DG’s TLS1.3 IP-Core

Join us for an exciting showcase of our Transport Layer Security (TLS) solution! In this demo, we highlight the utilization of DG’s security IP-core, including AES256GCMIP, to establish a secure connection using the TLS1.3 protocol. Experience how TLS1Gdemo, designed as a client, seamlessly connects with HTTP/HTTPS servers like Node.js. Witness the demo system in action, comprising a server, web browser,...

Enhancing TLS Data Security and Performance with DG’s TLS1.3 IP-Core

Join us as we delve into the world of Transport Layer Security (TLS). In this article, Discover the importance of TLS, its role in securing connections, and how it works. We explore the TLS1.3 protocol, which offers enhanced encryption, authentication, and integrity to safeguard sensitive information from potential hackers. Learn about the risks of unsecured connections and how TLS mitigates...