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USB 3.2 FMC Board

USB 3.2 FMC

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UVM training

The Universion Verification Method (UVM) is the leading verification framework for digital design. Our UVM training offering teaches all aspects of the UVM framework, how it works, and how to apply it in your designs. It is configurable to include the necessary knowledge on Verilog and SystemVerilog that is used as the basis.

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VHDL training

For more than 20 years we provide the best classroom training on VHDL in the Benelux. Our Professional VHDL training gives a very good foundation for professionals who want to start with VHDL. For the more advanced topics we have our Advanced VHDL training that will discuss advanced cases to bring your VHDL knowledge to the next level.

Video and Vision Processing Suite

The Altera FPGA Video and Vision Processing Suite is a collection of next-generation Altera intellectual property (IP) functions that you can use to facilitate the development of custom video and image processing designs.

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Virtualyzr™ Pre-Silicon Verification (HW)

The Virtualyzr Side Channel Analysis license enables security evaluation of a design implementation at the pre-silicon level, before launching any foundry operation.

Viterbi IP Core

The Viterbi Intel FPGA IP core generates high-performance, soft-decision Viterbi intellectual property (IP) functions that implement a wide range of standard Viterbi decoders.

Warp FPGA IP

The Altera Warp FPGA IP core, part of the Video and Vision Processing (VVP) Suite, delivers a high-performance solution for applying geometric corrections and non-linear transformations to real-time video streams.

XAUI PHY FPGA IP

The XAUI PHY IFPGA IP core allows you to easily build systems with a very high throughput 10G Ethernet connection. This XAUI PHY along with a 10GbE media access control (MAC) IP core enables an Altera FPGA to interface to a 10GbE network through a variety of external devices, including a 10GbE PHY device or optical transceiver module. You can implement the XAUI PHY in hard silicon in Intel's 65 nm and 40 nm FPGAs with serial transceivers faster than 3 Gbps. The PHY management functions are implemented in soft IP. In Intel 20 nm and beyond FPGA families, a XAUI PHY can be implemented in soft IP.

XIP1113B: AES256-GCM IP core

Balanced speed AES256-GCM core implements the Advanced Encryption Standard (AES) in Galois Counter Mode (GCM) with few Gpbs linerates.