Optimise Your IoT with
Expert Low Power Wireless Design
Harness ByteSnap’s Expertise for Seamless Communication Solutions
Don't Let Power Consumption Derail Your IoT Project
ByteSnap’s power optimisation expertise delivers wireless devices with extended battery performance, while ensuring reliable connectivity – giving you the competitive edge your market demands.
The Hidden Costs of Poor Wireless Design
Are your competitors already producing IoT devices with 5 to 10-year battery lives, while your device only lasts a few months?
Every day of delay costs you market share, and every field service call damages your reputation and loses you money.
Without in-house RF/wireless expertise, your engineering product may:
- Miss project deadlines
- Overspend on development cycles
- Fail to meet regulatory requirements
- Lose market share to competitors
Your customers expect always-on connectivity, but poor wireless design means unreliable connections, and constant battery replacements or premature battery drain. This will lead to customer dissatisfaction and losing out on market share to competitors.
Don’t let these pitfalls derail your IoT ambitions. ByteSnap Design is here to guide you through the complexities of energy-efficient wireless communication.
Why Leading Manufacturers Choose ByteSnap for Wireless Solutions
1. Maximise Battery Life & Reduce Field Service Costs
Our power optimisation expertise has delivered devices consuming just 21.5μA (down from 30.1μA), enabling 10-13 year battery lifespans. This helps you avoid costly field service calls. This in turn protects your profit margins whilst keeping your customers happy.
2. Bring Your Product to Market Faster & Capture Revenue Sooner
Navigate wireless standards, regulatory approval, and certification challenges with our proven 17+ year track record. We help you get your product to market before your competitors.
3. Future-Proof Your Product Line & Protect Investment
Choose the optimal wireless technology from Bluetooth Low Energy, LoRaWAN, Zigbee, Thread, Matter, and WirelessHART based on your range, power, and connectivity requirements. Avoid costly redesigns as standards evolve, ensuring sustainable competitive advantage. We help you navigate emerging standards like 5G and Matter to keep your products relevant as technology advances.
4. Secure Wireless Data Transmission & Protect Your Reputation
Our cybersecurity expertise ensures your wireless communications are protected against threats, safeguarding both your data and your customers’ trust.
Your Trusted Partner for Wireless Product Success
We Understand the Pressure You’re Under
You’re tasked with delivering innovative connected products, but you don’t have the right internal RF/wireless expertise, or are struggling with resources.
We’ve worked with many companies facing these exact challenges – from start-ups needing to prove market fit to established manufacturers protecting market share.
ByteSnap’s Proven Track Record in Battery-Optimised Wireless Development:
- Longevity: Developing connected devices across all major wireless standards since 2008
- Regulatory expertise: Successfully navigated ATEX certification for hazardous environments & cybersecurity regulations
- End-to-end support: Integrated hardware and software teams delivering complete solutions
- Industry recognition: Award-winning design
“No Doubts About Using ByteSnap Again”
Dan Conlon – COO, Cocoon
Our Proven Energy-Efficient Wireless Development Process
1. Strategic Requirements Analysis
We work with your technical and business teams to understand your power, range, and performance constraints. We then recommend the best wireless solution that fits both your technical needs and business goals.
2. Expert Design & Development
Our integrated engineering teams work together to select the right tech, power optimisation, prototyping, and regulatory compliance. We extend your in-house capabilities without the overhead of permanent hires.
3. Market-Ready Launch
Launch with confidence knowing your product delivers exceptional battery life, reliable connectivity, and competitive differentiation that drives sales and keeps your profits.
Wireless Technologies We Master
Bluetooth Classic & Low Energy, Wi-Fi, LoRa, LoRaWAN, GSM, Thread, Matter, WirelessHART, unlicensed industrial bands.
Complete Battery-Optimised Wireless Product Development Solutions
ByteSnap specialises in energy-efficient wireless product development for manufacturers who need connected devices, but lack internal RF/wireless expertise, or want to accelerate development timelines.
Since 2008, we’ve helped businesses across different industries achieve market success – from fire alarm manufacturers achieving 13-year battery life, to smart home security systems winning industry awards.
Our comprehensive approach takes away the risk and complexity of wireless development. We handle everything from selecting the right technology (Bluetooth Low Energy, LoRa, Wi-Fi, Thread, WirelessHART) and power optimisation, to prototyping, regulatory compliance, and manufacturing support.
Whether you’re developing industrial IoT sensors, healthcare wearables, or smart home devices, we ensure your product delivers the connectivity, battery life, and competitive advantage your market demands.
Our Services Include
Industries We Serve Include
Discover More About Custom Low-Power Wireless Development
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FAQs - Low Power Wireless Services
1. What types of ultra-low power wireless technologies do you support?
We specialise in a wide range of energy-efficient wireless technologies, including Bluetooth Low Energy, LoRa, LoRaWAN, Wi-Fi, Zigbee, Thread, Matter, WirelessHART, and unlicensed industrial bands, ensuring the right fit for your application and market requirements.
2. How can ByteSnap help maximise battery life in my connected device?
Our power optimisation expertise has delivered extended battery lifetimes for clients, significantly reducing field service costs and enhancing customer satisfaction through fewer battery replacements.
3. What industries do you serve with your battery-optimised wireless solutions?
We work with manufacturers across sectors such as industrial automation, healthcare, smart homes, agriculture, smart cities, fire safety, and security systems, providing tailored solutions for each industry’s unique challenges.
4. Can you assist with regulatory compliance and certification?
Yes, we have extensive experience navigating RED, EMC, and ATEX regulatory requirements, helping clients achieve certification for hazardous environments and ensuring your product meets all necessary standards.
5. How do you ensure reliable wireless connectivity in challenging environments?
Our team combines custom antenna design, RF optimisation, and rigorous prototype testing to deliver robust, always-on connectivity – even in difficult industrial or remote settings.
6. What is your process for developing power-conscious wireless products?
We follow a proven three-step process: strategic requirements analysis, expert design and development (including technology selection and power optimisation), and market-ready launch support, ensuring your project stays on schedule and budget.
7. Do you offer support after product launch?
Yes, we provide ongoing manufacturing support, production testing, quality assurance, and long-term maintenance to ensure your product’s continued success in the field.
8. Can you help us choose the right wireless technology for our application?
We offer strategic feasibility studies to help you navigate the options and select the most suitable technology for your technical and commercial goals.
9. What makes ByteSnap different from other wireless design consultancies?
We have decades of experience in electronic product design and as well as having technical expertise, take a commercial and pragmatic approach to meet our customers strategic targets, rather than focussing solely on the technical aspects. We’ll help you protect your investment, accelerate time-to-market, and maintain a sustainable competitive advantage.
10. How do you help with wireless range optimisation?
Achievable range is limited by the laws of physics and is a combination of frequency, power output, antenna gain, receiver sensitivity, environment and coding factors. We help our customers optimise the range to meet their requirement – sometimes long range is a bad thing! (eg in a contactless card reader).
11. Can you help us navigate cybersecurity concerns with wireless data transmission?
Absolutely. We implement robust security protocols and encryption methods to protect your wireless communications, ensuring data integrity and protecting against cybersecurity threats whilst maintaining ultra-low power consumption.
12. How long do battery-optimised wireless device batteries actually last?
Battery life depends on many factors, such as radio type, frequency of use, battery size, temperature range etc. For instance, a heavily used Zigbee thermostat might expect to have annual battery changes, whilst a low data rate LoRaWAN water meter could have a 10 year battery life.
13. Which industries benefit most from ultra-low power wireless?
Industrial IoT sensors, medical wearables, smart agriculture, asset tracking, and environmental monitoring systems all benefit from extended battery life that reduces maintenance costs and enables deployment in remote locations.