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100T DMA Development Board - High-Performance 100T DMA FPGA DMA Card

100T DMA Development Board - High-Performance 100T DMA FPGA DMA Card

Regular price $169.00
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Designed around the AMD Xilinx Artix-7 100T FPGA architecture, the 100T DMA Development Board provides a compact, high-performance hardware platform for FPGA development, PCIe communication research, embedded system prototyping, and custom hardware acceleration projects.

Its industrial aluminum enclosure, optimized thermal design, and USB high-speed connectivity make it suitable for engineers, developers, laboratories, and educational environments requiring a reliable FPGA platform.

Key Features

High-Performance Artix-7 100T FPGA

Built around the Artix-7 XC7A100T FPGA, delivering significantly more logic resources than 35T and 75T platforms while maintaining excellent power efficiency.

Suitable for:

- FPGA Development

- PCIe Communication

- Hardware Prototyping

- Embedded Design

- Data Processing

- Algorithm Verification

Compact PCIe Form Factor

Standard PCI Express card design allows convenient installation inside desktop workstations and development platforms.

The compact mechanical structure improves compatibility while providing excellent mechanical stability.

High-Speed USB Interface

Integrated USB high-speed communication interface supports convenient data transfer between the development board and host computer.

The interface is also suitable for firmware management and FPGA development workflows depending on software configuration.

CNC Aluminum Enclosure

The precision-machined aluminum cover provides:

- Better mechanical protection

- Improved heat dissipation

- Enhanced structural rigidity

- Professional industrial appearance

Laser engraved branding gives the product a clean, premium finish.

Optimized Thermal Design

The aluminum housing acts as a passive heatsink to improve cooling efficiency during long development sessions.

No additional fan is required for normal operation.

Typical Applications

The DICHEN 100T DMA Development Board can be used for a wide variety of FPGA development projects, including:

- FPGA learning and education

- PCIe interface development

- Custom hardware acceleration

- Embedded system research

- Digital signal processing (DSP)

- Computer architecture experiments

- High-speed interface verification

- Hardware algorithm development

- Laboratory research

 Engineering prototyping

Hardware Advantages

- High-performance 100T FPGA architecture

- Industrial aluminum enclosure

- Compact PCIe card format

- Stable USB communication

- Optimized passive cooling

- Professional manufacturing quality

Package Contents

- 100T DMA Development Board

- USB Data Cable

- Quick Start Guide

Why Choose This FPGA Board?

Every development board is designed with a focus on reliability, build quality, and long-term usability.

Unlike generic development boards, the 100T board features an industrial aluminum enclosure, optimized mechanical structure, and premium finishing that deliver a professional appearance suitable for engineering environments.

Specifications

Item Specification
Product Name 100T DMA Development Board
FPGA Platform AMD Xilinx Artix-7 XC7A100T
Form Factor PCI Express Expansion Card
Enclosure CNC Aluminum
Cooling Passive Aluminum Heat Dissipation
Interface USB High-Speed Interface
Application FPGA Development & Hardware Prototyping
Operating Environment Laboratory / Engineering / Educational Use

Frequently Asked Questions

Is this a programmable FPGA development board?

Yes. The board is intended for FPGA development, hardware research, and engineering applications.

Can it be used for custom FPGA projects?

Yes. Developers can build and test FPGA-based designs according to their own project requirements.

Is the aluminum enclosure removable?

Yes. The enclosure can be removed when required during development or hardware inspection.

Who is this board designed for?

This product is intended for FPGA developers, embedded engineers, universities, research laboratories, and hardware professionals.


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