Arduino Nano vs. Nano Every: Which is Better?

Arduino Nano vs. Nano Every: Which is Better?

Are you considering taking your first foray into the world of Arduino technology, but feeling overwhelmed by all the different options available? If so, it’s time to take a closer look at two popular models: the Arduino Nano and Nano Every. Both are versatile and capable microcontroller boards, but understanding how they differ can help ensure that you pick the right one for your needs. In this blog post, we’ll be exploring each board in detail to find out which is better—the Arduino Nano or its upgraded version, the nano Every—so let’s jump right in!

What Is Arduino Nano?

Arduino Nano is an open-source hardware platform consisting of a single board microcontroller and a wide range of compatible shields, sensors, devices, and components. It is based on the Atmel ATmega328P microcontroller and runs on the Arduino IDE (Integrated Development Environment).

What Is Arduino Nano?

It can be programmed via USB connection or through an external programmer such as an FTDI Basic Breakout module. Arduino Nano has multiple analog input pins to accept signals from various types of sensors and digital output pins to provide control over motors, LEDs, or other actuators. [1]

What Is Arduino Nano Every?

Arduino Nano Every is the latest member of the Arduino family. It is a small, breadboard-friendly board based on the ATmega4809 microcontroller with an integrated USB-C connector for power and data exchange.

Compared to its predecessor, the Arduino Nano, it features a faster processor, more memory, and an extended range of I/O pins. The overall size has remained almost unchanged, making it ideal for use in embedded projects that don’t require a large form factor.

The main feature of this board is its core — an AVR 8-bit microcontroller running at 20 MHz instead of 16MHz used by Arduino Nano. This makes it much faster when processing complex tasks or dealing with large amounts of data. It also has more memory — 64KB instead of the 32KB available on the Nano. This means it can store more data and larger programs, making it suitable for applications such as data logging or machine vision.

The board also features an 8-channel 10-bit ADC (analog-to-digital converter) that allows you to measure analog signals with greater precision than Arduino Nano’s 6-channel 8-bit ADC. The number of I/O pins has been increased from 14 to 24, allowing you to connect more sensors and actuators. It also supports a wide variety of communication protocols including SPI, I2C, UART, USB, CANbus and Ethernet.

Pros of Arduino Nano

One of the main benefits of using an Arduino Nano over its competitors is its size. At only 18mm x 45mm, it’s one of the smallest boards available on the market today. This makes it extremely easy to use with breadboards and other prototyping kits. It also comes with built-in USB connectivity, allowing you to easily connect to your computer for programming and communication purposes.

In addition to its size, the Arduino Nano is also quite powerful. It features an ATmega328 processor and 32 KB of flash memory, making it capable of running complex processes and programs quickly. It can also be used with a variety of shields, which add more functionality and capabilities to your project.

Finally, the cost of the Arduino Nano is one of its biggest advantages as well. For less than $20, you get all the benefits mentioned above without having to break the bank. This makes it great for hobbyists and makers who want to save money while still getting a reliable board that will do what they need it to do.

Overall, if you’re looking for a compact board that can do complex tasks while staying within your budget, the Arduino Nano is definitely worth considering. It’s small size and low cost make it a great choice for any project. [2]

Pros of Arduino Nano

Cons of Arduino Nano

Although the Arduino Nano is a great board, it’s not without its drawbacks. Firstly, due to its size, the board doesn’t feature as many pins or connections compared to other boards in its price range. This means that you may have to use additional wiring and components if your project needs more connections than what is offered by the Nano.

Another issue with the Nano is that it can sometimes be unreliable when running certain programs or processes. This can lead to unexpected results or even crashes during operation. It also has limited memory which can be a problem for more complex projects that require large amounts of data storage.

Finally, while the Arduino Nanos are relatively inexpensive, they still cost more than other boards on the market. This means that they may not be suitable for projects on tight budgets or those who want to keep their costs as low as possible.

Overall, while Arduino Nano is a great choice for many projects, it’s important to weigh its advantages and disadvantages before making your final decision. Consider carefully what your project needs and whether or not the Nano can provide it before taking the plunge.

Pros of Arduino Nano Every

The Arduino Nano Every is a more powerful version of the traditional Arduino Nano and is great for embedded projects. It features an improved processor, which makes it much faster than the original Nano. Additionally, the Nano Every has 6 analog inputs instead of 5 on the original, allowing for more complex programming. The board also comes with built-in USB connectivity that can be used to program the board from your computer or direct control from your laptop/desktop.

Furthermore, this board includes a microSD card slot, making it easier to store data and upload code without having to use an external SD card reader. Finally, the compact size of this board makes it perfect for tight spaces or applications where space is limited.

Overall, if you are looking for a powerful board with enhanced features, the Arduino Nano Every is a great choice. It offers faster performance, more connectivity options, and increased storage capacity when compared to the original Nano. This makes it great for projects where speed, size, or power are important considerations. With its low cost and small size, it is an ideal choice for embedded projects that require quick response times and flexibility. [3]

Pros of Arduino Nano Every

Cons of Arduino Nano Every

While the Arduino Nano Every is a great board, it does have some disadvantages. One of its main drawbacks is that it lacks on-board memory, which means you will need to purchase an external SD card reader if you want to use external storage for your project. Additionally, since this board is designed for more complex projects, the learning curve for working with the board can be steep and may not be suitable for novice users. Finally, since it is larger than the original Nano, it may not fit as well into smaller projects or enclosures.

Due to these limitations, the Arduino Nano Every may not be the best option for everyone. It might be better suited towards more advanced users who are comfortable with programming and tinkering with electronic components. Nevertheless, those who invest the time to learn how to use it will find that the Arduino Nano Every offers great performance and flexibility for their projects.

The bottom line is that the Arduino Nano Every is a great board with enhanced features that make it ideal for more complex embedded projects. It offers improved speeds, increased analog inputs, built-in USB connectivity, and storage options when compared to its predecessor. However, this board may not be suitable for everyone due to its lack of on-board memory and steeper learning curve. Ultimately, whether or not you choose the Arduino Nano Every depends on your individual needs and preferences.
If you require any help deciding which board is right for you, feel free to contact us for assistance!

Arduino Nano vs Arduino Nano Every

The Nano, with its ATmega328P processor, offers more features and flexibility than the Every, but at the cost of size and power consumption.

It’s a great choice for projects that require extra I/O pins and memory, or if you need an upgrade from the Uno or other classic Arduino boards. The Nano also supports faster communication protocols such as SPI or I2C.

On the other hand, the Nano Every is much smaller and consumes less energy than its predecessor. Its ATmega4809 processor packs more computational power and more digital peripheral options in a tiny package, making it perfect for battery-powered applications where space is at a premium. Its USB-C connector supports both data and power, so it’s ideal for applications where you don’t want to worry about external power supplies or batteries. The Nano Every also has more memory than the regular Nano, including program memory and SRAM, allowing you to store large programs and process large datasets.

No matter which board you choose, both the Arduino Nano and Nano Every offer an easy way to get started with electronics and programming projects. The key is to decide which features are important for your project, then select the right board for your needs. [4]

Arduino Nano vs Arduino Nano Every

Where to Use Arduino Nano?

Arduino Nano is a small, breadboard-friendly board based on the ATmega328P microcontroller. It has all of the hardware peripherals needed for a basic Arduino project, including 14 digital input/output pins and 6 analog inputs, as well as a USB connection to your computer. The Arduino Nano can be used in projects such as robotics, 3D printing and internet of things (IoT) devices.

The Arduino Nano is an ideal choice for those who need to save space on their circuit boards or reduce the size of their projects. The small form factor makes it perfect for projects where you don’t want components to take up too much room – like drones, robots, or wearable technology. It’s also great for making prototypes quickly and easily.

Where to Use Arduino Nano Every?

The Arduino Nano Every is ideal for applications that require a small form factor and high performance. It is also perfect for projects where you need more processing power than what the original Nano can provide. With its integrated USB-C connector, it’s easy to connect to PCs or other hardware devices such as cameras. Additionally, this board supports both 3V3 and 5V power supplies which makes it extremely versatile.

Due to its small size and low cost, the Nano Every board is especially suited for low-power embedded applications such as wearable electronics, home automation systems, remote control devices, robotics projects and much more. The possibilities are endless!

In addition to being affordable, the Nano Every offers a wide range of features including 9-bit ADC, I2C and UART communications, analog comparators, 6 timers with PWM capability, 8 MHz clock frequency and more. This makes it a great choice for any project that requires reliable performance at an excellent price point. It is also compatible with most Arduino shields and expansion boards on the market today. [5]

Where to Use Arduino Nano Every?

How to Use Arduino Nano?

The Arduino Nano is one of the most popular Arduino boards, with its small size and easy-to-use interface. It has many of the same features as larger Arduino boards, such as the ability to run code and connect to peripherals. Here’s a look at how you can get started using your Arduino Nano.

Step 1: Connecting Your Board

The first step in getting started with your Arduino Nano is connecting it to your computer via USB cable. You should see a green light on your board when it’s connected properly. Once you have that connection established, you can move on to programming!

Step 2: Downloading the Software

In order to program an Arduino board, you’ll need to download the Arduino IDE software. This is a free, open-source software that will allow you to write code and upload it to your board. Once you have the Arduino IDE installed, you can move on to programming!

Step 3: Programming Your Board

Once you have the software installed, it’s time to start writing code! The Arduino Nano has many of the same features as other Arduino boards, so there are plenty of examples online for how to get started with coding. You can use these tutorials as a starting point for your own projects.

Step 4: Connecting Peripherals

The great thing about Arduino boards is that they can connect easily with all sorts of different peripherals. This includes things like sensors, LEDs and motors. To get started with connecting these devices, you’ll need to make sure that your board is powered up and ready to go. You can then connect the peripheral device via a USB cable or other connector type (depending on the device).

Step 5: Uploading Your Code

Once you have written your code and connected all of your peripherals, it’s time to upload it to the board. To do this, simply open up the Arduino IDE software, select the board type and port, then press “Upload”. The code should be uploaded in just a few seconds!

How to Use Arduino Nano Every?

Using Arduino Nano Every is very straightforward and involves a few simple steps. First, you need to select the board from the list of boards in the Arduino IDE (Integrated Development Environment). After selecting Arduino Nano Every, you should be able to see all available examples within the IDE’s main window. Select your desired example sketch and upload it using either USB or serial communication.

How to Use Arduino Nano Every?

Once the sketch is uploaded, you can begin to utilize the board with whatever project you’re working on. If programming in C, your code should be written in a certain way for Arduino boards. You can find helpful tutorials and sample codes online that explain how to use the syntax correctly. Additionally, if you want to connect peripherals such as sensors or motors, the onboard pins provide plenty of room for doing so.

Depending on what kind of device you’re connecting (analog/digital), it’s important to read up and make sure that your connections are correct. [6]


What is the difference between Nano and Nano Every?

The Arduino Nano is a small, complete and breadboard-friendly board based on the ATmega328P. It has more or less the same functionality of the Arduino Duemilanove but in a different package. The Nano Every is an updated version of the original Arduino Nano board with better features such as increased memory, improved power management and higher clock speeds.

What type of applications are best suited for each?

The Nano is great for small and simple projects that require basic connectivity options like digital I/O or analog inputs. In addition, its smaller size makes it ideal for tight spaces or embedded applications. On the other hand, if you need access to more powerful peripherals (e.g., Ethernet connectivity) or higher clock speeds, then the Nano Every is the better option.

Do both boards have USB connectivity?

Yes, both boards feature inbuilt Micro-B USB connectors for easy programming and power delivery. The Arduino Nano Every has a larger form factor than the Nano, measuring 45mm x 18mm compared to the smaller 0.7″x0.3″. Furthermore, it has more memory (256KB) than its predecessor (32K). In addition, the Nano Every boasts increased power efficiency due to improved voltage regulation and an upgraded capacitive touch interface. Finally, it offers faster clock speeds (up to 48MHz) which can be beneficial when dealing with time sensitive tasks.

Does the Arduino Nano Every have Bluetooth?

No, the Arduino Nano Every does not have Bluetooth connectivity. However, it is possible to add a Bluetooth module if you require this functionality. Do both boards come with integrated sensors?No, neither board comes with integrated sensors out of the box; however, there are many different types of sensors available on the market that can be used in conjunction with either board. For example, temperature and humidity sensors can be easily connected to either board via an I2C connection. Additionally, motion detectors such as accelerometers and gyroscopes can also be added for sensing movement or direction.

Useful Video: Arduino Nano Every: The Better Nano? – Tests and Shootout with Nano v3


In conclusion, both the Arduino Nano and Nano Every are great boards for projects requiring a small form factor. However, if you’re looking for more features like built-in USB connectivity and more memory or processing power, then the Nano Every is definitely the better choice. It also includes extra pins that can be used to add additional hardware such as sensors or servos. Ultimately, it depends on your project requirements which board will work best for you. With both options being quite affordable and easy to use, experimentation is always an option!