10AX032H2F34I2LG

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The 10AX032H2F34I2LG is an embedded FPGA (Field Programmable Gate Array) device from the Altera MAX 10 series. This FPGA is a cost-optimised device that offers a high integration of system functions with a robust, secure embedded platform.

This FPGA includes several advantages for embedded applications. First, this FGPAs on-board flash memory offers up to 1Mb of storage, allowing for higher program storage capacity and improved reliability compared to SRAM memory FPGAs. In addition, this device also includes an on-chip power-on reset circuit, eliminating the need for an additional external component.

The Altera MAX 10 FPGAs also offer enhanced system security due to their built-in single and multifactor authentication features. This FPGA is virtually immune to viruses, hackers, and malicious code attacks due to its enhanced security features. It also features secure authentication features such as data encryption and stored pin authentication, supporting military grade secure applications.

In terms of connections and I/O, the 10AX032H2F34I2LG has 2.5V tolerant I/O options and is PECL, PCI compatible. It includes a fast LVDS I/O, allowing for high speed data transfer in a variety of applications. This device also has specially designed circuitry for industrial applications, such as an adjustable frequency oscillator, three-state logic output, built-in watchdog timer, and an LVDS differential receiver.

The 10AX032H2F34I2LG FPGA also offers a wide range of design possibilities for embedded applications, such as controllers for motor control, human-machine interface, and communications. It also supports a variety of software development platforms, such as Embedded design systems, Altera Quartus II software, and Altera Max+Plus II development systems.

Overall, the 10AX032H2F34I2LG is an excellent embedded Field Programmable Gate Array device. It offers a cost-optimized and reliable platform with enhanced system security, robust I/O, and a wide range of design possibilities. It\'s an excellent choice for many embedded applications.

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