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Revolutionize Secure End-to-End Communication with
DG’s Lightning-Fast QUIC Protocol Solution!

Learn more about QUIC IP core for AMD | Learn more about QUIC IP core for Altera

🔐 Why QUIC, Built on TLS1.3, Matters for Modern Applications

As digital systems demand faster, more secure communication, traditional protocols like TCP are no longer enough. QUIC - a modern transport protocol developed by Google and standardized by IETF - combines the speed of UDP with built-in encryption and authentication based on TLS1.3. This makes it a powerful solution for:

TLS1.3 Security: Native support for TLS1.3 ensures encrypted connections from the very first packet - crucial for applications like IoT, financial systems, and real-time data transfer.
Faster Connections: QUIC's streamlined handshake process, minimizes latency, making it ideal for mobile, cloud, and edge environments.
Resilience and Mobility: QUIC supports seamless connection migration across networks essential for always-connected applications.

🚀 Introducing Design Gateway’s QUIC Protocol Solution

Design Gateway brings QUIC to the FPGA world with our high-performance, hardware-based implementation. Our QUIC solution enables secure, end-to-end communication over UDP - without CPU intervention.

Highlights:

Zero CPU Overhead: Fully hardware-accelerated—ideal for embedded and high-throughput FPGA systems.
Next level of 10Gbps Performance: Supports near full data rate, low-latency communication over 10G Ethernet compared with TCP/TLS1.3 protocol.
End-to-End Solution: Compatible with standard QUIC implementations for simplify and effortless integration in your system.

Learn more about QUIC IP core for AMD | Learn more about QUIC IP core for Altera

Key Advantages of QUIC Over TCP protocol


Robust Non-Blocking Retransmission QUIC’s innovative retransmission mechanism prevents delays caused by packet loss, ensuring stable communication even over unreliable networks.	Reduced Latency By eliminating TCP's three-way handshake and enabling faster round-trip times, QUIC achieves lower latency for time-sensitive tasks.	Enhanced Security Built-in encryption provides the same high security as TCP + TLS 1.3 while eliminating the need for a separate handshake process.
Learn more about QUIC IP core for AMD \| Learn more about QUIC IP core for Altera

Example Applications


Aerospace Telemetry Ensure the integrity and confidentiality of sensitive inflight data streams from remote sensors in aerospace applications. FPGA-accelerated QUIC outpaces software-only solutions, safeguarding critical flight information.	Medical Device Connectivity Protect patient data in transit between medical devices and healthcare systems. Our solution provides the robust encryption and authentication mechanisms needed to comply with stringent healthcare regulations and safeguard patient privacy.

Autonomous Drone and Vehicle Control over 5G/6G Networks High-speed, real-time data transmission is essential for precise drone or vehicle operation. QUIC ensures reliable communication, even in areas with high network instability, making it ideal for this application.	Real-time video Edge Computing QUIC is utilized within an edge device responsible for capturing real-time video and transmitting it over the network to a server for analysis. This scenario underscores the importance of secure data transmission, particularly when handling sensitive information.
Learn more about QUIC IP core for AMD \| Learn more about QUIC IP core for Altera

New release Design Gateway’s QUIC IP Server Core for 10GbE

QUIC Sever 10Gbps IP Core (QUIC10GS-IP) is engineered from the ground up to simplify the QUIC protocol with TLS 1.3 security into pure hardware logic for FPGA-based QUIC server applications. This IP core fully offloads the CPU from handling TLS 1.3 handshakes, encrypting/decrypting payload data, and managing both QUIC and UDP/IP layers within Single IP Core.

Key Features:

Pure Hardware logic, NO CPU and External Memory requires
Support multiple streams compliant with the QUIC standard
Supports TLS1.3 cipher suite: TLS_AES_128_GCM_SHA256
- Key exchange: X25519
- Derive key: HKDF with SHA256
- Encryption/Decryption: AES128-GCM
- Certificate type: RSA2048
- Signature algorithm: rsa_pss_rsae_sha256

Our Performance:

See it in actions:

QUIC Server IP Core Demo: Explore how our QUIC server handles secure connections in real time.
Watch now on YouTube

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