FPGAs are the heart of electronics and contemporary digital devices. FPGA 10M04SCU169C8G, possessing exceptional qualities. That’s why it is the top choice of engineers, designers, and programmers.

Intel is another leading manufacturer of FPGAs. That’s why their FPGAs are doing great in this digital world. This particular FPGA belongs to the MAX 10 FPGA family. Nowadays, every contemporary device has this FPGA. From the Internet of Things to automation FPGs are prevailing in the major circuitry. It is a robust technological solution for efficient devices and systems. Let’s dig deeper to know more about this FPGA.

What Does This FPGA Fabric Have?

Technical specifications tell us about the technical fabrication of FPGA. As a result, you can have a better understanding of this FPGA. In addition, you can know the basic details.

 The following specifications make 10M04SCU169C8G ideal among all other FPGAs

1. This FPGA has four K logic elements. In addition, these are basic building blocks.
2. Input pins make connection and integration with other devices hassle-free. That’s why it has 130 input and output pins.
3. Eight dedicated clock inputs and 480 Kbits of embedded memory. In addition, it also has embedded multiplier blocks.
4. This FPGA supports RoHS Compliant
5. This FPGA has 1.8V to 3.3V standards support for a variety of configuration methods.
6. This 10M04SCU169C8G FPGA supports JTAG, AS, and PS modes.

Alphanumeric Breakdown Of 10M04SCU169C8G

 If you read the code first, you may confuse. Many people think that these are just numbers and ordinary numbers. Actually, these are not ordinary numbers and alphabet. In addition, these alphabet and numeric have value. They give you basic information about the part number.

 Following are the intricacies of the alphanumeric breakdown of 10M04SCU169C8G.

• As you all know that FPGA belongs to a specific family. Here 10 represent the MAX 10 family of FPGA. It means that this FPGA device belongs to the MAX10 family.
• There are different divisions of devices, and the letter M specifies that this FPGA lies within the mid-range division of FPGAs.

Next, 04 is not an ordinary number. It represents the number of logic elements. It means four K logic elements for 10M04SCU169C8G. Logic cells are bricks that build FPGA fabric.

• SC shows the maximum operating frequency.
• The S shows the standard speed grade. Similarly, C specifies a maximum frequency of 300 MHz for this FPGA.
• The U1 is, again, is not an ordinary combination of words and alphabets. It tells you about the device’s package type.
• 8G specifies the device’s temperature range. The Operating temperature varies from device to device in the case of FPGA. Several factors affect the operating temperature. The operating temperature is 0°C to 85°C. Asa result, you expect that this FPGA will work in harsh and extreme environments.

How Is This FPGA Different from All Other Devices?

1. Simple and fast configuration

 FPGAs are known for their configuration and re-configuration properties. That’s why FPGA is ideal for going with different systems. In the past, integrated circuits were taking the digital world, but now these are FPGAs. You can configure them according to your need. Moreover, it is easy and fast to configure this FPGA. On-die flash memory configures the device in less than ten ms. what else are you expecting 

In terms of fast configuration? There are no hard and complicated configurations. As a result, you can easily configure this device.

2. Longer life span

 Designers and engineers expect a longer life span of PCB and devices. This FPGA not only has a longer life span but also has improved the functionality of the device. Yes, it is true; its life expectancy is twenty years. Moreover, it is all possible due to the latest manufacturing technology. That’s why it is built on TSMC’s 55 nm embedded flash process technology.

3. Sleep mode

Power efficiency is one of the great expectations when it comes to efficiency. We expect that device must consume less power but without compromising efficiency. That’s why this FPGA has great features, such as sleep mode. 

 Sleep mode makes this FPGA ideal for many systems. All FPGAs are designed to consume low power. They have a built system for consuming less power. This FPGA 10M04SCU169C8G has Sleep mode. As a result, it helps to standby power reduction and resumption in less than one ms. similarly; longer battery life makes it the top choice of designers. As a result, its resumption from full power-off in less than ten ms is again remarkable. Above all, this FPGA 10M04SCU169C8G has great power-efficient features.

4. Compatible with design tools

Integrated circuits were not adaptable, and they didn’t support different tools. The good news is that this FPGA is highly customizable. It supports different design tools. It supports Intel Quartus Prime Lite edition. It is a free version or no-cost edition of Intel Quartus.

 In addition, it also goes with the Platform Designer system integration tool, but it supports its standard version. DSP Builder for Intel FPGAs is again supportive of this 10M04SCU169C8G. Last but least, Nios II Embedded Design Suite, aka EDS, is compatible with this 10M04SCU169C8G FPGA. Still, there are other third-party tools that go  for this FPGA.

5. Packaging details

This FPGA comes in tray packaging based on surface mount technology. The Packaging For this particular FPGA is a plastic quad-flat package. It contains 144 pins. As a result, FPGA remains intact and easy to integrate. This Packaging also supports RoHS Compliant. It means it doesn’t contain any harmful things, such as lead.

Now you may understand that these codes are not ordinary numbers. They have significant meaning.

Conclusion

This FPGA has exceptional properties, and that’s why it is ideal for different applications. Especially its low power consumption and sleep mode make it for several modern devices. As a result, its popularity is increasing day by day. In addition, its compatible features make its integration with other systems so easy. That’s why whether you are an engineer or and hobbyist designer, you must try this FPGA for your next project.