[On-Demand Seminar] The world of low power consumption created by non-volatile FPGAs ~ Microchip Solutions ~ <Free>

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Event features

What is a Flash-based FPGA that achieves low power consumption, SEU immunity, and space saving?

We will explain the three main advantages of Microchip's non-volatile FPGA (Flash-based FPGA), how it works, and why it is possible, with a demonstration.

1. Why is power consumption so low? How low can power consumption be achieved?
2. What is a Single Event Upset (SEU)? How can we withstand it?
3. Space-saving mechanism (no external configuration ROM, no power sequencer, no fan or heat sink, ultra-small package)

Using an evaluation board for our flagship Flash-based FPGA product, you will be able to calculate and measure the FPGA temperature on a desk and in real life, and experience the appeal of low-power FPGAs.
The first 15 minutes will be spent watching a demo and the last 10 minutes will be spent explaining the development tools. (Click here for the agenda.)
You can watch it at any time you like until Friday, October 4th, so please apply early! (Apply here)

Recommended for people like this!

・What is Microchip FPGA?

- I want to expand my FPGA options by being exposed to other FPGAs, not just Altera (Intel), AMD (Xilinx), Lattice, etc.!

・I want to optimize power consumption when operating at 12.5Gbps!

・I want to reduce power consumption even a little to ease thermal design!

・I want to improve reliability by improving SEU (soft error) resistance!

・I want to make the product as small as possible!

Schedule/Application

schedule	time	venue	Capacity	Application
2024/09/09（Mon） ~ Friday, October 4, 2024	25 minutes	You can take this course at your own desk until Friday, October 4th.	Unlimited	End of reception

agenda

time	content
Part 1 - approx. 15 minutes	1. History of Microchip Technology FPGAs 2. What is a Flash-based FPGA that achieves low power consumption, SEU immunity, and space saving? ・Mechanism that enables low power consumption -Differences in cell structure -Comparison of low SRAM-based FPGA and Flash-based FPGA - Resistance to SEU (Single Event Upset) ・A mechanism that allows space saving 3. Introduction to Microchip Technology FPGA Family 4. Introduction of PolarFire Video Kit ・What is the kit equipped with the device that consumes the least amount of power among 28nm process products? ▼ Check out the picture-in-picture demo using PolarFire Video Kit! ▼ 5. Power consumption & temperature measurement "Is it true that Microchip FPGAs have low power consumption?" ▼ Check out the actual temperature and power consumption measurement demo using the PolarFire Video Kit ▼ "Is it okay if the board doesn't have a heat sink or fan?" Calculating power consumption with SmartPower and MPE ・Power consumption estimation - Actual power consumption measurement - Measurement of device temperature and case temperature ·summary
Part 2 - approx. 10 minutes	6. Introduction of development tool (Libero) 7. Introduction of Microchip Products Useful Information Web Page

time

content

Part 1 - approx. 15 minutes

1. History of Microchip Technology FPGAs

2. What is a Flash-based FPGA that achieves low power consumption, SEU immunity, and space saving?
・Mechanism that enables low power consumption
-Differences in cell structure
-Comparison of low SRAM-based FPGA and Flash-based FPGA
- Resistance to SEU (Single Event Upset)
・A mechanism that allows space saving

3. Introduction to Microchip Technology FPGA Family

4. Introduction of PolarFire Video Kit
・What is the kit equipped with the device that consumes the least amount of power among 28nm process products?
▼ Check out the picture-in-picture demo using PolarFire Video Kit! ▼

5. Power consumption & temperature measurement
"Is it true that Microchip FPGAs have low power consumption?"
▼ Check out the actual temperature and power consumption measurement demo using the PolarFire Video Kit ▼

"Is it okay if the board doesn't have a heat sink or fan?"
Calculating power consumption with SmartPower and MPE
・Power consumption estimation
- Actual power consumption measurement
- Measurement of device temperature and case temperature
·summary

Part 2 - approx. 10 minutes

6. Introduction of development tool (Libero)
7. Introduction of Microchip Products Useful Information Web Page

Belongings

PC only.

Organized and operated

Macnica

Notes

Please be sure to check the following.

・Please refrain from participating in competitions.

・This seminar will be available on demand. We will contact you after your registration with information on how to watch.

・If you answer the questionnaire after viewing, you will be shown a URL to download the materials for the event and you will be able to obtain them.

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