Ultra-low latency FPGA Framework: Hybrid solution
Harness the combined power of FPGA speed and software flexibility for HFT
Ultra-low latency FPGA Framework: Hybrid solution
Harness the combined power of FPGA speed and software flexibility for HFT
What is the ULL FPGA Framework?
The ULL FPGA Framework is a high-performance solution designed explicitly for ultra-low latency (ULL) applications in the financial trading industry. It provides pre-built FPGA cores and a development environment for rapidly prototyping ULL trading systems. By combining the high-performance capabilities of FPGA with the adaptability of software-based components, the hybrid Framework delivers low-latency performance while seamlessly integrating into existing systems, scaling effortlessly with growing data, and adapting to evolving market conditions.
Benefits of the hybrid
ULL FPGA Framework
Accelerate performance
and
reduce latency
Our hybrid ULL FPGA Framework optimizes latency by allowing developers to split tasks between FPGA hardware and software, enabling real-time data processing at nanosecond speeds. This minimizes delays, maximizes transaction throughput, and significantly enhances profitability for high-frequency trading operations.
Get scalability and ongoing support
Seamlessly integrate our Framework into your existing infrastructure with scalable solutions that evolve with your business. Our expert support team ensures smooth implementation and continuous optimization, keeping your trading systems competitive in a dynamic market.
Enhanced security for
24/7 operations
Our Framework includes robust security features to protect against threats, ensuring reliable and secure transactions around the clock. Experience reduced downtime and enhanced reliability, crucial for maintaining an uninterrupted trading environment.
Accelerate performance and reduce latency
Our hybrid ULL FPGA Framework optimizes latency by splitting tasks between FPGA hardware and software, enabling real-time data processing at nanosecond speeds. This minimizes delays, maximizes transaction throughput, and significantly enhances profitability for high-frequency trading operations.
Get scalability and ongoing support
Seamlessly integrate our Framework into your existing infrastructure with scalable solutions that evolve with your business. Our expert support team ensures smooth implementation and continuous optimization, keeping your trading systems competitive in a dynamic market.
Enhanced security for 24/7 operations
Our Framework includes robust security features to protect against threats, ensuring reliable and secure transactions around the clock. Experience reduced downtime and enhanced reliability, crucial for maintaining an uninterrupted trading environment.
Experience it yourself
Explore how our ULL FPGA Framework can revolutionize your trading operations.
Contact us today for a personalized consultation, demo, or trial.
The technology behind the speed
1
A complete suite of ULL FPGA IP Cores
1. A complete suite of ULL FPGA IP Cores
Specialized IP cores are incorporated and ready for use, enabling the development of various trading use cases, such as tick-to-trade, order routing, risk checks, and exchange interconnects.
2
An end-to-end FPGA development environment
2. An end-to-end FPGA development environment
A comprehensive FPGA development environment, including design scripts, end-to-end simulation test benches, and an AMD Alveo x3522pv reference design, allows users to develop a broad portfolio of FPGA applications quickly.
FPGA
Development kit
FPGA
Development kit
FPGA
Development kit
3
A comprehensive software framework
3. A comprehensive software framework
A complete suite of Linux drivers, libraries, APIs, and utility tools is provided to simplify and accelerate project development. Our Hybrid ULL FPGA Framework supports full RTL implementation, accommodating Layers 2, 3, and 4 protocols, including ARP, IPv4, ICMP, TCP, and UDP.
Software
Framework
ULL 10G TCP/UDP
Offload Engine
ULL PCIe DMA
Controller
SOLUTION BRIEF – FPGA Solutions for Ulta-low Latency SmartNIC
Quickly develop the ultimate portfolio of flexible FPGA and software applications
HFT real-world applications
Achieve near-zero latency
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Enhance predictability in trading strategies
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Leverage real-time data processing
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Discover our flexible and transparent pricing model
At Orthogone Technologies, we offer a pricing model designed to fit the unique needs of our customers, ensuring both flexibility and cost-effectiveness. Here’s how our pricing works:
licensing option
licensing option
pricing option
Project-based licensing option
- Best for: Customers needing a license for a single, specific project.
- What you get: Use of our ULL FPGA Framework for one named project.
- Ideal for: Teams focused on a particular development effort, allowing them to leverage our technology for targeted outcomes.
initiatives, our pricing model is designed to support your goals efficiently and effectively.
Our ecosystem of technological partners
Here are the answers to some frequently asked questions:
Our pricing model is designed to offer flexibility and value tailored to the specific needs of our customers. While we remain competitive within the market, our focus is on providing a pricing structure that offers more than just cost savings:
- Customized solutions: Unlike some competitors, who may offer a one-size-fits-all approach, we provide both project-based and site-based licensing options. This allows you to choose a plan that perfectly aligns with your project scope and scale.
- Operational Flexibility: We offer annualized licensing, turning what could be a significant upfront capital expense into a manageable operational expense. Many of our competitors may not provide this flexibility.
Overall, our pricing not only competes with but often surpasses our competitors by offering tailored options that maximize value, efficiency, and flexibility for your specific needs.
Our products’ key differentiators are their ultra-low gate count, resources, and latency performance. Additionally, they boast excellent timing margins and a rich set of standard and advanced features. They are built on a unified architecture, supporting all rates and options using a unique Verilog source code and UVM environment.
