Systec Dizainas

We’re excited to share that Systec Dizainas has been recognized as one of the Strongest in Lithuania 2024! 🏆 This certification isn’t just about numbers—it reflects the dedication and teamwork that goes into every project we take on. It’s the trust that makes us feel proud and motivated. For us, this award is more than just recognition. It’s a reminder of what we strive for every day: growing together with our partners, delivering high-quality solutions and services, and building strong relationships that last. Thank you to everyone who’s been part of this journey! We can’t wait for the exciting challenges and successes ahead! 🙌 Need help with certification, RF testing, or other R&D services? Write us a message—we’re here to assist you with your next project! #SystecDizainas #StrongestInLithuania #Partnership

🎉7! That’s how many incredible years we’ve been here at Systec Dizainas! Time flies—and so do the projects! In these seven years, we’ve completed over 200, covering 15 countries, tackling exciting challenges in embedded systems, RF technology, hardware design, and beyond ✔ Of course, no celebration is complete without a little cake 🎂. Here’s to many more years of collaboration, innovation, and sweet moments along the way! #SystecDizainas #7YearsStrong #EmbeddedSystems #RFExperts

Systec Dizainas Guides Pulsetto to CE Certification 🧭 Pulsetto is changing the way people manage stress, anxiety, and sleep issues with their first hands-free wearable vagus nerve stimulator. To bring their device to the European market, they needed CE certification, and that’s where we came in. We guided Pulsetto through the entire certification process, making sure their device met all the necessary standards. To check its compliance for market entry, we conducted: 🔹 Radio Performance Testing 🔹 Electromagnetic Compatibility (EMC) Testing 🔹 Safety Testing The result? Pulsetto successfully earned the CE mark, gaining access to the European market and boosting their credibility in the competitive wellness technology sector. Looking for a smooth market entry? We can assist you with certification services that boost your product’s credibility! Read the full story in our latest blog post! 👇 #CEcertification #vagusnerve #healthtech #Pulsetto #SystecDizainas

The Power of In-House Test Bench Design 🌟 At Systec Designs, we strive for designing our own test benches for series production - a practice we've successfully implemented for over 5 years for different clients. Today, we're sharing 4 key advantages from our perspective.⬇ Flexibility: Building test benches offers flexibility, especially when designing custom fixtures and integrating the latest technologies of 3D printing. This versatility enables swift repairs or modifications to bench sections if needed. Additionally, fixtures or parts can be reused in other projects. Knowledge and ⏱ Resources: Building a test bench gives valuable hands-on experience with a deep understanding of functionality and design principles. It is common that test benches are more intricate than the device being tested, as they need to power, control, measure, or even program the device. Leveraging this knowledge leads to the efficient design of test benches for other products, saving valuable time resources. Designing with Testing in Mind: When test bench design is aligned with the PCB development process, it ensures that each PCB produced is optimized for seamless testing. This approach helps anticipate and address testing requirements from the start, avoiding costly redesigns or iterations down the line. Focusing on testing during design not only streamlines testing processes but also enhances the overall quality and reliability of PCBs. Maximizing Test Bench Efficiency: Recognizing that the test bench is just one component of the broader suite of testing tools, the crucial focus shifts to in-house software development. This approach empowers teams to customize, control, and optimize testing processes. With in-house development, organizations ensure confidentiality, security, and seamless integration while fostering agility, expertise, and innovation within their teams. Moreover, by securely holding test data in your ☁ infrastructure, in-house development provides a comprehensive solution for robust electronics testing, with the test bench serving as the hardware component measuring key points of the Device Under Test (DUT), while the primary functionality and intelligence reside within the software. This software not only provides the test plan but also manages data storage and offers extensive analysis tools for interpreting test results. As experienced specialists in the field of test bench building, we've developed our craft over the years, creating custom solutions for specific demands and problems. We strongly believe in the "design it yourself" approach, which provides a greater flexibility and control. With this expertise, we can help you build an economically efficient, robust, and reusable solution. 🚀 Let's discuss in the comments: What advantages do you see in designing your own test benches, and how can we help bring your ideas to life? #testbenches #PCB #2D3Ddesign #SystecDizainas

🚀 We are excited to share our latest blog post on static libraries for embedded systems! (Check out the link in the comments) Follow our comprehensive step-by-step guide and build the static library yourself! Don't forget to stay tuned for more insightful content on embedded systems, wireless technologies, and much more! 😎 #EmbeddedSystems #KnowHow #StaticLibrary

Here we are with another 3 reasons why you may want to use the Wilkinson combiner 😎 1️⃣ Power Combining: A Wilkinson combiner is a device that efficiently combines RF power from multiple input ports into a single output port, making it ideal for systems requiring efficient power combination without significant loss. 2️⃣ Complexity and Reliability: Active switches in RF/microwave systems can introduce complexity and reliability concerns, while passive devices like Wilkinson combiners are simpler, require no external power, and are more reliable and easier to implement. 3️⃣ Frequency Range: Wilkinson combiners are designed for wideband operation, making them suitable for broadband applications that need signal combination at diverse frequencies. Tell us what your main reasons are for choosing the combiner! #pcb #combiner #SystecDizainas

3 reasons why you may want to use the Wilkinson combiner: 1️⃣ Equal Power Division: Unlike normal combiners, Wilkinson combiners offer equal power distribution among input ports, making them excellent for phased array antennas and numerous input amplifiers. 2️⃣ Enhanced Isolation: Wilkinson combiners provide improved isolation between input ports, preventing signals entering one port from affecting signals entering the other ports. 3️⃣ Low Insertion Loss: Wilkinson combiners typically have low insertion loss, resulting in minimal attenuation to the combined signal. This ensures efficient power combining while minimizing signal degradation. Let us know if you have used it in your designs, and click the 👍 for part 2! #pcb #combiners #SystecDizainas

Check your PCBs! Easter's almost here, but did you know that your PCBs might also have hidden Easter Eggs? 🥚 🔎 One of the PCB Easter Eggs was discovered by M. Davidson while photographing the MIPS R4000 chip. What did he find? None other than the elusive Waldo from the cartoon picture book ‘Where’s Waldo?’ 💻 The hidden gems aren't just for fun – they protect against plagiarism too! Take Intel's 4004 chip, which cleverly concealed designer Federico Faggin's initials. 🎮 And let's not forget gaming! The Xbox One X Project Scorpio Edition motherboard features Master Chief from Halo riding a giant scorpion! Remember to check your PCBs and let us know if you uncover any hidden surprises of your own. Happy hunting! 🕵♂️ P.S. A heartfelt wish included in the photos #EasterEggs #PCBdesign

What are the 3 core hardware design practices to sail smoothly with your project? All aboard, let's go! 🚢 1️⃣ Thorough Design Checks: Crafting hardware requires attention to detail. Think of a comprehensive design review as your roadmap, helping you catch errors early, minimize risks, and avoid any potential setbacks down the line. 2️⃣ Component Selection: Choosing components is like grocery shopping. Factors such as cost, availability, and longevity must be carefully weighed. Additionally, having alternative options can safeguard against unexpected supply chain issues. 3️⃣ Documentation & Standards Compliance: Accurate documentation and adherence to industry standards are essential in successful hardware design. Detailed documentation ensures clarity in requirements and effective execution of processes, allowing you to sail smoothly through potential challenges on your journey. Have questions about hardware design? Drop us a message, and let's discuss your project! 💡 #hardware #tips #SystecDizainas

As the weekend kicks off, we invite you to our poll, called "Tech Tool Tussle". 🛠️ If you could only use one tech tool for the rest of your career, would you choose a soldering iron or a multimeter? It's decision time: let us know which side you're on! 🤔