The Expert of IP Core & Embedded

Design Gateway’s Low Latency Networking IP is designed from the ground up for very low latency requirements. Especially, FinTech applications such as high-frequency trading (HFT), high speed trading (HST), Market Data Processing and Tick-to-Trade (T2T) systems. We can provide total solutions for low latency Networking IP cores and FPGA logic customization for application specific requirements. Contact Us

Accelerated High Frequency Trading (HFT) reference design with Alveo X3 Card

Supercharge your trading strategies with the Accelerated Algorithmic Trading (AAT) Accelerator & System — a cutting-edge turnkey solution engineered to meet the relentless demands of today's financial markets. Powered by FPGA acceleration and ultra-low-latency IP core technology, the AAT System is the ultimate tool for Brokers, Exchanges, Market Data Vendors, Sell-Side Vendors, and Proprietary Traders seeking a definitive competitive edge.

DG's Low latency IP Cores (TOE, UDP and EMAC) demo together with Accelerated Algorithmic Trading (AAT) reference design based on HLS(C/C++) example code is now available on Alveo X3552PV Card and also standard alone AMD FPGA Boards.click for demo

The Accelerated Algorithmic Trading with QDMA (AAT-QDMA) demo is the latest reference design demonstrates a high-performance trading system over 10G Ethernet based on best in class cost effective and super low latency, Alveo X3552PV Card and HLS(C/C++) based reference design for High Frequency Trading application by FPGA hardware. More detail

Breaking Latency Barriers in Stock Trading with AMD AAT and DG Low-Latency IP cores Blog Article

The Enhanced AMD's Stock Trading (AAT) demo by integrating DG's Low-Latency IPs Blog Article

Accelerated Algorithmic Trading on Alveo X3522PV: The Ultimate HFT Solution Blog Article

Features

Low Latency 10GEMAC-IP (LL10GEMAC-IP)

10 Gbps Ethernet MAC and PCS Directly connecting with 32-bit PMA by AMD IP wizard Low latency: 65.1 ns for round-trip latency 18.6 ns for Tx path, 21.7 ns for Rx path, 24.8 ns for PMA latency Small resource utilization Minimum Tx packet size: 5 bytes FCS (CRC-32) inserting and checking Individual clock domain for transmit and receive interface at 322.265625 MHz Reference design available on AMD FPGA boards AAT demo available on AMD Alveo cards Free Evaluation files from GitHub

DG LL 10G EMAC-IP + AAT QDMA Demo

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Low Latency UDP10G Rx/Tx-IP

All Hard wired Logic, CPU less and no external memory required Operation mode: Unicast or Multicast (IGMPv3) Support Multi-session up to 4 sessions (More sessions can be customized) Configuration mode: Master or Slave (for multiple IP connecting) Direct connect with super low latency DG 10GbE MAC core (LL10GEMAC-IP) HDL design for minimized resource and latency RX Latency: 37.2 ns (@ 322.266MHz) Available reference design: 4 and 16 sessions demo

DG LL UDP10GRx-IP 16 Sessions demo for FinTech

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Low Latency TOE10G-IP (TOE10GLL-IP)

All Hard wired Logic, CPU less and no external memory required Configured by two data transmission mode: Simple mode & Cut-through mode Support 1 sessions (More sessions can be customized) Support ICMP Echo reply (Ping): Up to 118-byte payload data Direct connect with super low latency DG 10GbE MAC core (LL10GEMAC-IP) HDL design for minimized resource and latency Low Latency: (@ 322.265625 MHz) RX Latency: 46.5 ns TX Latency: 6.2 ns Available reference design: 1 and 32 sessions demo

DG TOE10GLL-IP 32 Sessions demo

Document download

Document name	Update (Revision)
Presentation	1.0E
Brochure	2.6EX

IP core & Option	Datasheet	Reference Design Document	Demo Instruction Document	FPGA Board Setup	Free Evaluation demo file
Accelerated Algorithmic Trading (AAT) Demo		Rev2.0	Rev1.1		U50 U250
LL 10GEMAC-IP	Rev1.04	Rev1.1	Rev1.1	Rev1.0	ZCU102
Accelerated Algorithmic Trading (AAT) QDMA Demo		Rev1.00	Rev1.01		X3522 U50 U55C U250
Accelerated Algorithmic Trading (AAT) Demo		Rev1.1	Rev1.03		U50 U250
LL UDP10GRx-IP	Rev2.0	Rev1.2	Rev1.2	Rev1.1	ZCU102 KCU116
16 Session Demo		Rev1.0	Rev1.0		ZCU102 KCU116
TOE10GLL-IP	Rev2.0	Rev1.2	Rev1.1		ZCU102 ZCU106
32 Session Demo		Rev1.0	Rev1.0		ZCU102 ZCU106

For more detail, please Contact Us