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Modular FPGA Solutions from BittWare, a Molex Company
Discover a complete range of FPGA PCIe boards with superior development productivity & unmatched performance.
Featuring:
• FPGA IP core design that interfaces with design integration and testing
• Formal project scoping and planning
• System architecture and design
• Software drivers and APIs, including Linux, Windows and VxWorks
• High-speed PCB design with performance analog and digital I/O
• Firmware experience including 20 years’ FPGA programming & Xilinx certified engineers
FPGA Solutions from BittWare, a Molex company
BittWare, a Molex company, offers a variety of board-level computing technologies, integrated systems, and software expertise. Through their complete range of FPGA PCIe boards, BittWare provides solutions based on Intel (formerly Altera) and Xilinx. Discover how BittWare expands Molex's capabilities to meet the rising demand for FPGA-based, high-performance processing solutions in compute and data centers.
Try out BittWare FPGA PCIe boards
through the Arrow Testdrive Program!
You can now borrow from a selection of BittWare's products for 30 days via the dedicated Arrow Testdrive program. Contact us at bittware.emea@arrow.com to find out more.
Learn more how to accelerate compute, networking, storage, and signal processing with BittWare's Intel FPGA based solutions.
Download the BittWare whitepaper
Stratix 10 FPGA Board with 16GB HBM2
Powerful solution for accelerating memory-bound applications
Designed for compute acceleration, the 520N-MX is a PCIe board featuring Intel’s Stratix 10 MX2100 FPGA with integrated HBM2 memory. The size and speed of HBM2 (16GB at up to 512GB/s) enables acceleration of memory-bound applications. The board’s 100G QSFP28s are ideal for clustering, and OCuLink connectors allow expansion.
Features:
• Intel Stratix 10 MX2100
• 16GB HBM2 up to 512 GB/s
• BittWare-optimized OpenCL BSP
Specifications
- Intel Stratix 10 MX
- MX2100 in an F2597 package
- 16GBytes on-chip High Bandwidth Memory (HBM2) DRAM, 410 GB/s (speed grade 2)
- Core speed grade -2: I/O speed grade -2
- 2Gbit Flash memory for booting FPGA
- 2x 288-pin DIMM slots each fitted with 16GB modules by default, i.e., 32GB total on board (options up to 256GB total)
- x16 Gen3 interface direct to FPGA, connected to PCIe hard IP
- 4 QSFP28 cages on front panel connected directly to FPGA via 16 transceivers
Reference Designs
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PCIe FPGA Board Intel Stratix 10 FPGA with 4x QSFPs and 32 GBytes DDR4
With single precision floating point performance of up to 10 TFLOPS, the 520N is a PCIe board that features an Intel Stratix 10 FPGA and four banks of DDR4 external memory.
Specifications:
- Intel Stratix 10 GX 2800
- 4x QSFP28s for 400Gbps
- BittWare-Optimized OpenCL BSP
Featured Articles and Videos
Visualizing the AI-driven future of automation
This article explores the recent developments and capabilities of AI, specifically focusing on machine vision. It highlights how AI is transforming industries such as healthcare, agriculture, manufacturing, and automotive. The advancements in machine vision are enhancing efficiency and productivity, but also require reliable connectivity solutions to support the increasing power and data management demands.
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As devices and systems become faster, more compact and increasingly powerful, ensuring dependable performance is key. As a result, engineers and system architects often find themselves negotiating between cost parameters, business specifications. and market expectations to achieve product reliability.
Trends in connector development for 2030 and beyond
Six years into the future doesn’t seem very futuristic — yet in that brief timespan, the world is likely to witness several game-changing innovations in the datacom, transportation, energy and consumer connectivity industries. A recent Molex report, Predicting the Connectivity of Tomorrow, provides an in-depth look at the inspiring developments in electronics that are anticipated through the remainder of this decade.
Artificial intelligence is driving rapid advancements in the healthcare industry
AI is currently one of the hottest topics, and with the rapid development of AI technology, its applications are becoming increasingly widespread. Thanks to advancements in AI-related technologies, the healthcare industry is also moving towards a more intelligent, lightweight, and precise direction. This article will introduce you to the applications and developments of AI technology in the healthcare industry, as well as the efforts and solutions that Molex has made for related applications.
Altera Arria 10 GX 1150 FPGA
Specifications:
- Up to 1150K logic elements
- Gen3 PCIe Hard IP block
- Up to 1.3 TFLOPS floating point performance
Featured Articles and Videos
Visualizing the AI-driven future of automation
This article explores the recent developments and capabilities of AI, specifically focusing on machine vision. It highlights how AI is transforming industries such as healthcare, agriculture, manufacturing, and automotive. The advancements in machine vision are enhancing efficiency and productivity, but also require reliable connectivity solutions to support the increasing power and data management demands.
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As devices and systems become faster, more compact and increasingly powerful, ensuring dependable performance is key. As a result, engineers and system architects often find themselves negotiating between cost parameters, business specifications. and market expectations to achieve product reliability.
Trends in connector development for 2030 and beyond
Six years into the future doesn’t seem very futuristic — yet in that brief timespan, the world is likely to witness several game-changing innovations in the datacom, transportation, energy and consumer connectivity industries. A recent Molex report, Predicting the Connectivity of Tomorrow, provides an in-depth look at the inspiring developments in electronics that are anticipated through the remainder of this decade.
Artificial intelligence is driving rapid advancements in the healthcare industry
AI is currently one of the hottest topics, and with the rapid development of AI technology, its applications are becoming increasingly widespread. Thanks to advancements in AI-related technologies, the healthcare industry is also moving towards a more intelligent, lightweight, and precise direction. This article will introduce you to the applications and developments of AI technology in the healthcare industry, as well as the efforts and solutions that Molex has made for related applications.
Versatility for Any Industry
Today's FPGAs are so versatile that any industry working with digital data can take advantage of the acceleration, low-latency transfers and signal processing of BittWare's product lineup.
- Compute
- Acceleration
- Packet Processing
- High-definition
- Compression
- Content distribution
- Radar/Sonar
- Electronic Warfare
- High Frequency
- Trading
- Financial Analytics
- Data Acq. & Control
- Test & Measurement
- Life Sciences
Featured Articles and Videos
Visualizing the AI-driven future of automation
This article explores the recent developments and capabilities of AI, specifically focusing on machine vision. It highlights how AI is transforming industries such as healthcare, agriculture, manufacturing, and automotive. The advancements in machine vision are enhancing efficiency and productivity, but also require reliable connectivity solutions to support the increasing power and data management demands.
Molex avoiding reliability risks: Tips to consider in electronic design
As devices and systems become faster, more compact and increasingly powerful, ensuring dependable performance is key. As a result, engineers and system architects often find themselves negotiating between cost parameters, business specifications. and market expectations to achieve product reliability.
Trends in connector development for 2030 and beyond
Six years into the future doesn’t seem very futuristic — yet in that brief timespan, the world is likely to witness several game-changing innovations in the datacom, transportation, energy and consumer connectivity industries. A recent Molex report, Predicting the Connectivity of Tomorrow, provides an in-depth look at the inspiring developments in electronics that are anticipated through the remainder of this decade.
Artificial intelligence is driving rapid advancements in the healthcare industry
AI is currently one of the hottest topics, and with the rapid development of AI technology, its applications are becoming increasingly widespread. Thanks to advancements in AI-related technologies, the healthcare industry is also moving towards a more intelligent, lightweight, and precise direction. This article will introduce you to the applications and developments of AI technology in the healthcare industry, as well as the efforts and solutions that Molex has made for related applications.