Features of Microchip's non-volatile FPGA - Semiconductor business -Macnica

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DesignFPGA /CPLD/ ASICMicrochip

In this column, we will introduce Microchip's "three distinctive advantages of non-volatile FPGAs".
For designers using SRAM type FPGA, Microchip's FPGA? For those who say, please stay with us until the end.

Low power consumption

[Part 1] Why low power consumption?

Microchip Non-Volatile FPGAs Showcase "Why Low Power?"

Low Power Consumption [Part 2] Power Consumption/Temperature Measurements!

[Part 2] I tried to measure power consumption / temperature!

I measured the power consumption and temperature of PolarFire. Watch the video to see the low power consumption and operating temperature measured on the actual machine.

Soft error (SEU) tolerance

[Part 1] Why is it strong against soft errors?

We will introduce "why is non-volatile FPGA with strong resistance to soft errors caused by SEU so strong?"

[Part 2] Differences between FlashROM and Flash-based FPGA

Understand the difference between FlashROM and Flash-based FPGA, and deepen your understanding of SEU resistance of Flash-based FPGA.

[Lesson 3] Basics of soft errors

Coming Soon.

Space saving edition

Space saving

Microchip's non-volatile FPGA introduces "why is it useful for space saving?"

At the end

In this column, we introduced the features of Microchip's non-volatile FPGA. If you have any questions or interest in Microchip's non-volatile FPGAs, please feel free to contact us.

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