Intelligence Enabled: Pascaline Technology Unveils Veloxity™ FPGA Cards

Pascaline Technology Introduces Veloxity™ Series FPGA Cards for AI and ML, FinTech, Biotech, Research, Crypto currency Markets BELLEVUE, WA, UNITED STATES, January 20, 2025 /EINPresswire.com/ -- Today, Pascaline Technology announces the launch of its Veloxity™ Series FPGA Cards, designed to meet growing demands of AI/ML, FinTech, Biotech, and General Research industries. Powered by AMD Xilinx UltraSCALE+ FPGA technology, these cards deliver unparalleled performance, flexibility, and scalability for diverse computational workloads.


Breakthrough Performance for Next-Generation Applications:

The Veloxity™ Series FPGA cards offer powerful features tailored to accelerate demanding workloads.

• High-Speed Networking: Equipped with multiple high-speed network interfaces supporting 100G SERDES and Ethernet for seamless connectivity.
• Flexible Memory Options: Configurable DDR4 memory (16GB to 256GB), ensuring optimal performance across diverse applications.
• Advanced Storage: The Veloxity™ 200 series includes one high-capacity NVMe interfaces for ultra-fast data access and locates computation close to storage for improved system performance at ultra-low latency.
• Enhanced I/O Options: The Veloxity™ 200 series adds two Slim SAS connectors, expanding I/O capabilities for more complex configurations.
• Powerful FPGA platform:

Xilinx UltraSCALE+ XCVU13PFHGA2014-2L-E
Speed Grade -2 Low Power
Extended Temperature range


Two Versatile Programmable Platforms:

Veloxity™ 100 Series: (3 versions)
• Form Factor: Half-height, half-length PCI-E cards
• Availability: Shipping now
• Ideal for compact environments requiring space-saving design.

Veloxity™ 200 Series: (2 versions)
• Form Factor: Full-height, ¾-length PCI-E cards
• Additional Features: Dual Slim SAS connectors for extended I/O options
• Targeted for environments demanding maximum connectivity and scalability.


Affordable and Scalable:

Pascaline Technology offers the Veloxity™ Series cards at prices accessible to organizations of all sizes. Additionally, significant discounts are available for high-volume orders, making these solutions ideal for large-scale deployments.


Tailored for Diverse Markets:

• FinTech: Accelerate financial modeling, high-frequency trading, and risk analysis.
• Biotech: Power genomic sequencing, molecular simulations, and precision.
• General Research: Enable complex simulations and real-time data processing.
• AI and ML: Optimize training and inference workloads with industry-leading performance and low latency.
• Crypto currency: Maximize mining efficiency, ideal for emerging currency with algorithms not yet suited for replacement with ASIC accelerators.


A Message from Pascaline Technology, Inc.：

“We’re thrilled to unveil the Veloxity™ Series FPGA Cards, which reflect Pascaline Technology commitment to pushing technological boundaries,” said Jaime Cummins, CEO of Pascaline Technology. “These cards combine cutting-edge AMD Xilinx UltraSCALE+ FPGA technology with flexible memory, storage, and connectivity options to meet the unique needs of a wide range of industries. With their performance and affordability, we’re empowering organizations to innovate without limits.”


Availability：

The Veloxity™ 100 Series is available to ship now, while the Veloxity™ 200 Series is accepting orders for shipment soon.

Pascaline Technology also develops custom designs of FPGA accelerators for customers ranging from Commercial, Government, Pharma, Biotech, Aerospace and Research areas. Contact [email protected] for inquiries about custom designs for your needs. Special small runs or high-volume runs can be supported.

For more information about the Veloxity™ Series FPGA Cards and how they can accelerate your workloads, visit pascalinetechnology.com or contact [email protected]


About Pascaline Technology inc.：

Founded in 2022, Pascaline Technology is a leader in developing custom FPGA accelerator technologies. The company specializes in designing innovative hardware and software solutions that redefine computational performance, energy efficiency, and scalability.

Jay Chiang
Pascaline Technology
[email protected]

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