Stratix 10 Series

S2C's Stratix 10M Prodigy Logic Systems are suitable for Intel prototyping since they are based on the Intel Stratix 10 GX 2800 or GX stratix fpga. The Prodigy Logic Systems comprise the most comprehensive and cost-effective solutions on the market with different options including Quad 10M, Single 10M, Dual 2800, and Single 2800. These market-leading Prodigy Logic Systems are shipped with a low-profile enclosure that includes all components – FPGA board, extendable power control module and power supply for maximum flexibility, durability and portability. Advantages of using S2C's stratix 10 Prodigy Logic Systems include:

Most cost-effective solutions to meet different design sizes and applications

Compact, sleek, all-in-one chassis for clean, portable and well-organized work environment

Solutions integrated and easily scalable with S2C's Prodigy Complete Prototyping Platform

FPGA Resources

The available systems in Prodigy Stratix 10 series are: Stratix 10 GX 10M and Stratix 10 GX 2800

For more information about ip validation, please feel free to contact us!

Prodigy S7 Series (Virtex UltraScale+)

The 7th generation SoC/ASIC prototyping solution from S2C, the Prodigy S7 series Logic System, is equipped with AMD's xilinx virtex ultrascale+ fpga.

The Prodigy Logic System are supported by S2C's Prodigy Complete Prototyping Solutions including:

Prodigy ProtoBridge™ for linking FPGA prototyping to system-level simulations

Prodigy Multi-Debug Module for multi-FPGA deep trace debug

A vast library of 90+ daughter cards to meet a variety of interface needs

All versions of the Prodigy S7 Logic Systems can be used standalone or over multiple systems.

The available systems in Prodigy S7 Logic System series are: S7-9P, S7-13P, S7-19PS, S7-19PD and S7-19PQ.

We can also provide kinds of vu13p board for sale, if you are interested, please contact us.

S2C offers the largest library of off-the-shelf interfaces and accessories for FPGA prototyping, referred to as Prototype Ready IP, also known as daughter boards. These fpga daughter boards are ready-to-use interfaces and accessories that seamlessly integrate with Prodigy Logic Modules, the Prodigy Logic System, and the Prodigy Logic Matrix, simplifying and accelerating the system prototyping process. S2C's accessory modules are available as prototyping daughter cards that can be easily plugged into the Prodigy family. By combining Memory Models with Speed Adapters, S2C effectively bridges the gap between high-speed protocols and hardware constraints. These daughter boards have pre-tested interfaces and reference design flows, making system prototyping effortless. To obtain the latest reference design, please feel free to contact your S2C sales representative.

Learn more about Prototype Ready IP

What's the importance of daughter cards in FPGA prototyping accessories?

A vast library of pre-tested FPGA daughter cards can save precious engineering time and reduce risks. S2C has dozens of prototyping daughter cards covering processors, embedded & multimedia, high-speed GT and memory applications.

What are the considerations for choosing daughter cards or the FPGA prototyping systems that will hold the daughter cards?

FPGA prototyping system you select should have abundant unused I/O pins on I/O connectors to use daughter cards. The number of expansion connectors and types are important criteria when selecting suitable prototyping hardware. Another key consideration is whether the FPGA prototyping vendor can provide FPGA daughter boards customization services. Off-the-shelf solutions solve many problems but sometimes special system interfaces or optimizations for specific SoC and ASIC applications are required.

What's the problem of daughter card?

A common problem is the limitations of current FPGA vendor's evaluation kits and in-house FPGA boards. Most evaluation boards have fixed interfaces embedded on the board which often cannot meet the SoC/ASIC prototyping requirements and is hard to reuse on new projects. Many home-grown FPGA boards also have the same limitation and easily get outdated when the design specification changes, and they are hard to reuse for future projects. S2C's Prototype Ready IP includes daughter cards and reference design. It makes daughter cards a very important part of the solution. The goal is to speed up and simplify customers’ system prototyping process.

What's the advantages of S2C's daughter cards?

S2C has had numerous customization services over the past 15 years, the typical SOW covers schematic design, PCB layout, SI simulation (optional), manufacture, hardware initial bring-up and test design develop and delivery. Even if you would prefer to build the daughter card in-house S2C can provide the daughter card design guideline and support to speed your efforts and reduce risk of delays.

We can also provide kinds of vu13p boards for sale, if you are interested, please contact us.

The Prodigy S7-19P Logic Systems utilize Xilinx's highest capacity FPGA, the virtex ultrascale+  VU19P FPGA, (also known as XCVU19P FPGA board) making them ideal for ASIC/SoC applications that demand high logic capacity, interconnect, and bandwidth. The new VU19P-based prototyping platform provides 1.6x more logic per device and delivers a 30% performance improvement over its predecessor. The Prodigy xcvu19p xilinx board is available in three versions, including Single Xilinx VU19P, Dual Xilinx xcvu19p, and Quad Xilinx VU19P, providing a range of options to meet various design requirements.

FPGA Resources - xilinx virtex ultrascale+ vu19p   (XCVU19P)

9M logic cells

Up to 500Mb of total on-chip integrated memory

Up to 38 TOPs of DSP compute performance are optimized

Technical Highlights of S7-19P Logic System

Delivers up to 196M equivalent ASIC gates with 1, 2, or 4 VU19P

Up to 5,288 high-performance I/Os for peripheral expansions & multi-system connectivity

Feature-rich remote management and runtime controls

Upgrade with virtex ultrascale plus™  VU19P （XCVU19P） FPGA  

For more information FPGA Prototyping, please feel free to contact us!

Tämä on esimerkkiartikkeli. Uutta sisältöä voit luoda blogin hallinnan kautta. Voit poistaa tämän artikkelin artikkeliarkiston kautta.