Examples of using Fpgas in English and their translations into German
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Computer
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Political
We create applications for Altera and Xilinx FPGAs.
FPGAs can be used in various areas of digital technology.
Additional targets are microcontrollers and all types of PLDs or FPGAs.
Circuit design for complex digital systems FPGAs, microcontrollers, memory, USB 2.0/3.0, etc.
How mature is the environment for developing RISC-V SoCs and RISC-V FPGAs?
The FPGAs are delivered in different packages with up to 672 pins. Adaption is possible via the JTAG interface.
Low-level programming of firmware and functional processes in FPGAs and DSPs for drive control.
The JPEG IP core for FPGAs, developed by SCS, allows compressed Ethernet packages to be received and then decompressed.
Ability to design complex digital circuits in VHDL andimplement complex circuits in FPGAs.
For our own products, we use in most cases the Altera or Xilinx FPGAs, but FPGAs of different producers may be programmed, too.
Work on digital microelectronics projects from industry-from the project idea trough algorithms and architecture to implementation in FPGAs or ASICs.
F1 instances use Xilinx UltraScale+ VU9P FPGAs and are designed to accelerate computationally intensive algorithms, such as data-flow or highly parallel operations not suited to general purpose CPUs.
Processing and storing digitized signals using microprocessors, or FPGAs at frequency up to 1.6 GHz.
As different processors/ FPGAs interact with peripherals in different ways, traditional functional test requires costly custom development for each board.
We analyze the possible acceleration factors as well as the energy saving potentials, for example when using FPGAs in financial simulations.
Intel® FPGAs and Partner Development Kits Intel® FPGAs and our partners offer a broad range of development kits that provide a complete, high-quality design environment for engineers.
GOEPEL electronics announces support for the Advanced Encryption Standard(AES)for the 7 Series FPGAs.
This product categoryincludes both field programmable gate arrays(“FPGAs”) and complex programmable logic devices“CPLDs”.
Most FPGAs perform floating-point math inefficiently, so targeting programmable logic requires the additional step of converting algorithms to fixed point.
Additionally, FRAMOS has developed an SLVS-ECRx IP Core and Evaluation board for easy sensor interfacing with FPGAs from Xilinx that reduces development times. Â.
The FPGAs produced by Altera can be used to accelerate certain repetitive computing functions of the CPUs produced by Intel such as the running of search algorithms so-called"workload acceleration.
For the first time, a"System-on-Chip" track is being offered, which takes into account many hardware and design aspects for programmable FPGAs and hardwired ICs with ever smaller structural sizes down to 7 nm.
Technologically, we will focus on FPGAs as accelerator technology, because FPGAs have the highest potential to improve the energy efficiency of computation and the market for FPGAs is currently thriving.
Since the test bus required for JTAG/Boundary Scan has already beendesigned to be adaptable on the DUT(e.g. via a connector), the FPGAs or CPLDs can also be loaded via this interface, or the bootloader can be stored in the program flash.
XJTAG is highly effective for testing the connections to FPGAs in BGA packages, and we are also using it to test SDRAM and FLASH memories, and emulate bus signals to extend test coverage to many other devices connected to the FPGAs.
The book is a powerful introduction into making from the physics behind over in-depth treatment of all importantelectronical parts up to the programming of microcomputers like the Arduino and FPGAs, complete with the theoretical background and plenty of practical advice.
Programmable SoCs such as Xilinx® Zynq® SoCs and Intel® SoC FPGAs, which combine programmable logic and microprocessor cores on the same chip, have given design teams new platforms for algorithms deployment in a wide range of applications, including embedded vision, communications, and control of motors and power electronics.
Altera Corporation designs and sells a variety of semiconductor products, including programmable logic devices(PLDs),a product category that includes both field programmable gate arrays(FPGAs) and complex programmable logic devices CPLDs.
The Microsoft Project Olympus* platform,which is based on Intel® Xeon® Scalable processors and Intel FPGAs, provides us with a degree of flexibility and performance that helps us to meet the emerging demands of the cloud.
So-logic has used these and other methods for customer projects: embedded system development, hardware description languages, programming languages, operating systems, development tools,architectures of FPGAs and microprocessors, circuit design and layout, peripheral components, DSP techniques, system level design, open source development, network enabled services.