Industrial

This tutorial describes how to use the Nios II System Architect design tool to create Nios II systems and applications.

This is the Cyclone IV device handbook, which introduces the characteristics and features of the Cyclone IV device

Altera EPCS devices datasheet, which introduces the support list of Altera EPCS devices and programming information

This handbook introduces Altera Automotive-Grade Devices, covering the features and technical characteristics of automotive-grade devices, as well as the design, application, and verification of automotive-grade devices

This document describes the features and characteristics of Altera's Stratix III devices, including their programmable solutions, trademarks and service marks, product protection, and warranty.

This handbook provides an overview of the MAX V device core and the integrated software platform.

This document is a handbook on the interfaces and integration of Altera's Arria II devices. The handbook describes the features and characteristics of the Arria II devices.

This document describes the electrical characteristics, switching characteristics, and I/O timing for Stratix III devices. Electrical characteristics include operating conditions and power consumption. Switching characteristics include core performance specifications and periphery performance. A glossary is also included for your reference.

This report is a report on Altera's product reliability testing released by Altera Corporation

This document is an introduction to the Nios II hardware development tutorial. It provides a design example for Nios II hardware development, as well as software and hardware requirements.

This document is the Cyclone III device handbook, which describes the electric characteristics, switching characteristics, and I/O timing of Cyclone® III devices.

This document is a configuration manual published by Altera Corporation. It introduces the configuration methods of Altera products, including security and remote system upgrades.

This paper describes how a Layer 2 Ethernet switch can be implemented using a low-cost, programmable logic-based architecture to meet specific requirements, increase integration, and enable highly customized solutions.

TMS320F2810 and TMS320F2812 are digital signal processors that feature high-performance static CMOS technology, high-performance CPU, on-chip memory, external interface, and motor control peripherals.

TMS320C6413 and TMS320C6410 are fixed-point digital signal processors produced by TI.