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Secure your free ticket by copying code ew26567716,
clicking on this banner and pasting the code.
de Jonge GmbH brings AI to where it makes the difference: directly into the signal path of your machines.
With EdgeBrain™, we bring plug-and-play inline AI between sensor and host.
The technical idea is to provide AI as a deterministic component of the signal path.
EdgeBrain™ handles pre-processing, inference and result preparation directly in the data flow and delivers application-specific outputs with defined latency.
The system is designed for stable data paths, reproducible timing and operation under industrial boundary conditions.
Processing runs locally and autonomously – without any cloud constraints. Offline operation is provided; where hybrid architectures are required, EdgeBrain™ optionally supports a highly secure, bidirectionally encrypted connection via Secure Blocks.
EdgeBrain™ is provided as a use case package – preconfigured or parameterized by the customer as required: interface setup, model optimization, integration into the existing system chain and personal support.
IMDT Technologies specializes in developing and manufacturing advanced vision and AI-powered products and systems.
Headquartered in the United Kingdom and Israel, IMDT offers a powerful combination of wide-reaching engineering experience in real-time applications, including vision-on-the-edge hardware and software and AI and machine learning algorithms, combined with deep domain expertise in design, development, and manufacturing.
Since its launch in2017, IMDT’s mission has been to solve the toughest vision and AI product challenges for next-generation companies all over the world. To that end, the Company fosters strong partnerships with leading chip manufacturers and delivers modular and turnkey projects in medical, robotics, smart cities, smart homes, and industrial IoT.
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Quantum® is Efinix’s key technology: an FPGA fabric arranged in a simple block-based format with interspersed columns of RAM and multipliers or DSP blocks.
Efinix's high-performance Titanium FPGAs are built on a 16 nm process and feature an enhanced Quantum® fabric that is custom-tailored for the computing demands of mainstream applications. This scalable platform targets markets from intelligent edge devices to industrial automation to vision systems to edge servers and communications.
Topaz FPGAs are designed for high volume applications. The architecture is similar to the high-performance Titanium family, but it has been refined to support the protocols commonly used today for high volume designs such as machine vision, industrial robotics, industrial printers, wireless repeaters, and broadcast imaging and controls.
The first-generation Trion® FPGAs are based on the patent-protected Quantum® architecture. This family gives customers access to this key new FPGA fabric, enabling edge applications or high-volume applications such as mobile and IoT that need devices that are optimized for small packages, low power, and volume.
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Sundance designs, manufactures and tests high-performance, AMD Kria™ form factor compatible FPGA modules (SOMs) with low power dissipation.
High-performance computers and Digital Signal Processors (DSPs) are increasingly being used to address a diverse range of automation tasks. Typically, the applications which benefit include real-time control, robotics, image processing and pattern recognition.
Digital signal processing brings the benefits of increased efficiency, higher quality and lower running costs to many manufacturing and industrial organisations.
Sundance Multiprocessor Technology Ltd. has a leading role in the marketing and development of sophisticated products which meet the myriad requirements of system builders. The Sundance range of boards and modules offers a fast turn-around and economical means of solving end-user requirements. Sundance products are typically either board level, or conform to defined module and carrier standards. In each case, they are designed to be used either as stand-alone solutions, or in multi-processor systems.
Carriertronic, your full-service embedded systems supplier – Embedded Made in Germany.
With years of experience and know-how in electronics development and production, the most demanding projects can be realized even precisely and efficiently. With manufacturing capacities in Germany and Poland, carriertronic not only ensures rapid prototype development, but also competitive and high-quality series production.
As a design partner of Toradex AG, carriertronic has extensive expertise in the development of carrier boards for the Toradex Verdin, Apalis, and Colibri families.
This results in a complete range of powerful embedded solutions, from carrier boards to fully assembled industrial and touch panel PCs.
Manufacturer and developer of connectors and cables for the computer, industrial, audio, video, automotive, and medical industries.
We currently have four factories: Dongguan Shunwei and Dongan Rui Lin, as well as the Yuan Shuo and Zhonghe factories in Cambodia, with a total area of 42,000 m2, automated production, and high-precision testing equipment. We believe in “customers and quality first.”
Through continuous efforts and innovation, Kim Well delivers high-quality products to its customers.
Certified quality system: ISO 9001, ISO 14000, ISO 080000, TS 16949, ISO 13485
The T*Square Ti60-256 Education Board is a flexible and universally applicable board for evaluating your own FPGA designs with the Titanium family from Efinix Inc.
UVP: ab 119,99 €
Requires a free license for the Efinity® software.
The Efinity® software provides a complete tool flow from RTL design to bitstream generation, including synthesis, place-and-route, and timing analysis.
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The Aurora protocol defined by AMD (formerly Xilinx) is a lightweight, high speed communication protocol for efficient inter-FPGA communication.
With the TEC BYTES webinars, TRS-STAR offers you bite-sized technical tidbits.
The webinar "Introduction to FPGA design with Efinix" gives you a good overview of the Efinix FPGA portfolio and provides an introduction to the Efinity Design Software.
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Prevent Overbuilding and secure your design with the FPGA Lock IP.
The FPGA Lock is a small FPGA IP core that prevents overbuilding and cloning of your FPGA-based systems and consequently protects your revenue. It can also be used to guarantee hardware integrity in Safety Critical, Medical or Military/Defence applications.
Users can prevent IP theft and Overbuilding.
The technical focus is on embedded system solutions including FPGA design, particularly for applications involving safety-relevant electronics, power electronics and EMC shielding.
„As a technological service provider in the electronics industry, we have a strong ability to translate requirements into technical solutions.
Highly trained employees with creativity and a wealth of experience see themselves as partners and get involved in the product development process wherever the customer is at the time and requires support.”
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The T*Square T20-100 Education Board is a flexible and universally applicable board for evaluating your own FPGA designs
RRP: ab 59,99 €
Requires a free license for the Efinity® software.
The Efinity® software provides a complete tool flow from RTL design to bitstream generation, including synthesis, place-and-route, and timing analysis.
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