OUR STRATEGY

Strategy determines what goal you are going to achieve, and the plan determines the steps for how you are going to achieve that goal. Our ultimate strategy is to be useful to people and make their lives easier and better.

In this manner, we started with the design of electronic circuit boards. We began by designing PCB boards suitable for chips such as Arduino Nano, ESP32, which are easily accessible at affordable prices in the market. Our goal here was to facilitate the realization of projects that people envision to meet their basic needs. For example, when you acquire our 3in1 Arduino NANO board, simply plugging in the NANO into its sockets allows you to obtain outputs from the terminals on the PCB. This enables you to operate your envisioned project, such as an automated parking gate, in accordance with industrial standards and stability. Making a project using jumper cables through Nano pins could also serve your purpose. However, over time, loose jumper cables could lead to connectivity issues.

Of course, our greatest source of inspiration is the feedback we receive from customers. We constantly improve our PCB boards by listening to our customers. We really enjoy this process. As a result, we have added many features to our boards such as LoRa wireless communication, lipo battery, RS232, RS485, LED, and buzzer.

We noticed a high demand for ESP32 from our customers, so we developed and released the 3in1 ESP card to the market. With features such as Wifi, Bluetooth, and high SRAM values, our customers have now begun to develop IoT projects. Our colleagues have brought thousands of projects to life, such as smart agriculture projects, coop automation, and in-house temperature and humidity monitoring for textile factories. Our key role here is to free our customers from dealing with electronic components by designing the circuit boards, allowing them to focus on their dream projects. Because designing a new card can take months, and with testing and checks, one can easily forget about the project they intended to work on. Therefore, as FIXAJ, we design our PCBs to appeal to everyone, making it easy for you to use all the features of the chip. All you need to do is focus on your project and the code you'll write; we'll take care of the rest.

Additionally, we continuously examine newly released chips and their new features in the market. In this context, we introduced our ESP32 S3 PCBs. The ESP32 S3 supported the USB Type-C interface. We began to enhance the S3 cards by considering whether we could perform programming via USB instead of uart0 to have an additional UART output. Along this path, we realized that the S3 also incorporates other features. We redesigned the PCB from scratch to support all communication protocols. Now, our ESP32 S3 PCBs come with additional features such as CANBUS, RS485, RS232, SPI, JTAG, and SD CARD. Additionally, we used a switched-mode power supply (SMPS) regulator instead of a linear regulator in our card design because the energy consumption in deep sleep mode is very low. Thus, we have a power supply that operates with up to 96% efficiency. Our S3 card is currently the most advanced ESP32 S3 card globally, and we continue to improve it tirelessly. We hope you will start using our PCB cards in your projects.

I wish you all the best with your projects,

Mehmet