Altera and Arrow Evaluation Boards
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Arrow Development Tools
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Arrow Development Tools
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Altera and Arrow Evaluation Boards
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Evaluation Development Boards and Kits
Arrow Electronics' Embedded Development Boards
Looking for new boards for your embedded applications? Try some of Arrow's very own Development Boards!
NEEK Evaluation Board
In order to practically eliminate the learning curve of working with FPGAs, Terasic, in partnership with Altera, has created the Nios II Embedded Evaluation Kit, or NEEK , the ideal way to familiarize yourself with the MAX 10 devices and quickly develop powerful, flexible applications.
Altera SoC Roadmap Drives Improved Efficiency
Electronics system designers are faced with a bewildering set of requirements from their customers. Their customers want increased system performance but don’t want an increase in power. They also expect new features and capabilities but don't want extended waits for these new capabilities to become available.
Simplify Power Management System on Your Next System Design
Architects and designers of modern electronics systems face a dizzying array of challenges. Today’s systems require more features, higher performance, increased bandwidth, lower power, smaller form factors, reduced cost and faster development times than yesterday’s. You can bet that future systems will face even more challenges. Perhaps the most difficult aspect of meeting these conflicting requirements involves making the right trade-offs between different implementations.
I kit di sviluppo FPGA di Cyclone V SoC attivano il progetto del software
Altera's Cyclone® V SoC è un FPGA con un processore ARM® integrato che consente flessibilità nella progettazione di hardware periferico. Il suo processore a 925 MHz ARM Cortex-A9® MPCore™ è disponibile sia a uno che a due core.
Velocizzazione del progetto di dispositivi IoT in cui il costo è un fattore importante
Che tu sia un utente nuovo o esperto di FPGA, la FPGA MAX® 10 della Altera proposta nella scheda di valutazione DECA della Arrow ti consentirà di progettare con FPGA MAX 10 non volatili e ad accensione istantanea e di sfruttare al massimo tutte le caratteristiche dell’hardware e del software per la IoT.