LoRa Design Services
We are happy to show our company
LoRa or Long-Range Wireless Technology, is a very popular wireless connectivity technology that is getting lots of attention in different industries.
To design a system, using LoRa technology we should have lots of consideration for frequencies, energy of signal, range, …
How LoRa works?
Today, We use a variety of wireless technologies for our sensors and gateways to be connected. One of the most essential technologies is LoRa Wireless generation. LoRa stands for Long Range, and it is based on modulation that is dependent on the spread spectrum technology itself.
LoRa is a perfect solution that enables long-distance transmission with low power consumption. The lengthy variety of LoRa facilitates us to make use of it in any enterprise with the lowest cost and battery.
LoRa is considered as a low power wireless platform, and it is widely used in the Internet of Things (IoT). LoRa allows communicating data by slower rate and longer range which makes it ideal for battery operated applications therefore it is more suitable for urban and agricultural applications.
For the LoRa Technology Portal, it offers a range up to 4 Kilometers.in urban areas and sixteen Kilometers in rural regions. It is possible for a LoRa base (or any LP WAN) to be transmitted over long distances at low power.
One of LoRa’s most important features is that it doesn’t collect all the data and send it to the cloud, but it sends it through a gateway to connect to an Ethernet and connect to a private network. This means that the client needs a private server. Since LoRa’s built-in sensors, it can transmit long distances but consumes less power (battery) and has very limited bandwidth.
What is LoRaWan?
The LoRaWAN protocol is a Layer Protocol (MAC) that is based on the LoRa protocol and operates to enable a complete network. The LoRaWAN network architecture is a star topology in which gateways transmit messages between end devices and the network central server.
Main features
- Long-Range – Connects up to 30 miles of devices in rural areas to penetrate dense urban environments and deep indoors.
- Security – AES128 encryption uses AES128 encryption to provide secure end-to-end communication between the device and the application server and is reliable.
- Standard – Provides quick deployment IoT applications anywhere for LoRaWAN networks through device flexibility and global availability.
- High Capacity – Each base station contains millions of messages to meet the needs of utilities servicing large markets.
- Low cost – Reduces the cost of battery replacement and ultimately the cost of ownership and also open-source softwares.
- Geolocation – Can locate smart devices without the need for GPS.
- Easy to deploy – Uses the same hardware and software for public and private network deployments.
- Remote updates – Remotely update applications on a single device or group of devices.
- Low power – Minimum power consumption requires up to 10 years of battery life, minimizing battery replacement costs.
We can consider using the LoRa in a wide range of fields in many different applications, this could be used for long-distance device communication efficiently with low power consumption.
LoRa Applications
- Monitoring and tracking animals (GPS)
- Smart homes
- Cattle health
- Smart agriculture
- Chain monitoring
- Temperature and humidity monitoring ensures food quality
- Smart Water Metering
- Waste management
- Air quality control (Co2 level)
- Street Lighting
- Smart Healthcare
- Logistic Management
Arshon Technology LoRa Projects
Arshon Technology has been developing many projects related to design and manufacture gateways, USB and GPS tracking systems using LoRa technology which it can be used in many essential part of the industries for transmitting data in long-distance, here are some of our LoRa projects:
- LTE-LoRa Gateway Gamma (AST1223)
- LoRa Offline GPS Tracking System
- USB Multi-RF Gateway for Wireless Sensor Network
LoRa Technology
LoRa technology represents a significant advancement in wireless communication, enabling long-range data transmission with minimal power consumption. Developed as part of the LoRa protocol, this innovative solution is particularly well-suited for Internet of Things (IoT) applications, where devices need to communicate over vast distances while maintaining energy efficiency. LoRa design focuses on creating robust networks that support numerous devices, making it ideal for smart cities, agriculture, and environmental monitoring. Notably, LoRa stands for “Long Range,” emphasizing its capability to transmit data over several kilometers, which is a game-changer for connectivity in remote areas. This technology empowers businesses to collect and analyze data in real-time, driving smarter decision-making and operational efficiency.
LoRa Data Transmission Terminal
The LoRa data transmission terminal market is experiencing rapid growth, driven by the increasing demand for LoRa wireless technology across various industries. As businesses seek efficient solutions for long range data transmission, LoRa terminals provide a reliable means to connect numerous devices over extensive distances while consuming minimal power. This market is being further propelled by the rise of IoT applications, where effective LoRa data transmission facilitates real-time monitoring and data collection. With ongoing advancements in LoRa technology, stakeholders are poised to leverage its capabilities to enhance connectivity and operational efficiency, making it a pivotal player in the future of wireless communications.
LoRa Wireless
LoRa wireless technology is revolutionizing long-distance wireless data transmission with its unparalleled ability to connect devices over vast distances while maintaining low power consumption. Ideal for IoT applications, LoRa offers reliable long-range wireless data transmission, making it the perfect solution for industries requiring consistent communication across large areas. With its exceptional LoRa distance capabilities, this technology enables seamless integration of sensors, devices, and gateways for efficient data transfer and monitoring. Whether for smart cities, agriculture, or industrial automation, LoRa wireless empowers businesses with scalable and cost-effective connectivity solutions.
LoRaWAN Distance
LoRaWAN technology enables efficient long-range wireless data communication, making it a leading choice for applications requiring reliable connectivity over extended areas. With its robust architecture, LoRaWAN supports long-distance data transmission, providing consistent and secure communication for IoT devices. The exceptional LoRaWAN distance capabilities allow for seamless integration of devices in smart cities, agriculture, and industrial environments, ensuring reliable long-range data communication. Whether transmitting critical data across vast distances or enabling real-time monitoring, LoRaWAN is the ideal solution for scalable and energy-efficient connectivity.
FAQ (Frequently Asked Questions)
1) What does LoRa stand for?
LoRa stands for Long Range. It is a wireless communication technology designed to enable low-power, long-range data transmission. LoRa is used primarily in IoT (Internet of Things) applications that require devices to send small amounts of data over vast distances while consuming minimal power. At Arshon Technology, we leverage LoRa design to create custom solutions that transmit data efficiently over kilometers in industrial, agricultural, and smart city applications.
2) Who owns LoRa?
LoRa is a proprietary technology owned by Semtech Corporation, which acquired the original intellectual property from Cycleo, a French company. Semtech produces the chipsets and licenses the core LoRa modulation technology, while LoRaWAN—an open protocol that defines the communication standards for networks using LoRa—is maintained by the LoRa Alliance, a consortium of industry-leading companies. Arshon Technology works with Semtech-certified components to deliver reliable LoRa-based solutions.
3) Do you have to pay for LoRaWAN?
LoRaWAN networks themselves are often free to use when deployed privately. You can set up and operate your own LoRaWAN gateway and network without recurring fees. However, if you utilize a public or managed LoRaWAN network service provider, there may be service fees for data transmission, connectivity, and cloud platform integration. At Arshon Technology, we design LoRa solutions that allow businesses to choose between private and public networks depending on their scalability and cost needs.
4) How much does LoRaWAN cost per month?
The cost of LoRaWAN depends on whether you deploy your own private network or use a managed service. For private networks, costs are limited to equipment (gateways, sensors) and maintenance. Managed LoRaWAN services may charge between $1 to $10 per device per month, depending on data volume and service level. Arshon Technology helps clients optimize their LoRaWAN deployments to balance cost efficiency and coverage requirements.
5) What are the disadvantages of LoRaWAN?
While LoRaWAN offers long-range, low-power communication, it has limitations:
- Low Data Rate: Not suitable for applications requiring high bandwidth, such as video or real-time voice.
- Limited Scalability in Dense Networks: Performance may degrade with too many devices transmitting simultaneously.
- Duty Cycle Restrictions: Limits on how often devices can transmit to avoid congestion.
- Security Concerns: As with all wireless networks, strong encryption and security practices are necessary.
Arshon Technology addresses these limitations with careful LoRa design, optimizing network architecture and implementing robust security protocols.
6) What is better than LoRa?
What’s "better" depends on the application. For low-power, long-range needs, LoRa is excellent. However, alternatives include:
- NB-IoT (Narrowband IoT): Operates on cellular networks, offers higher data rates and broader scalability.
- Sigfox: Another low-power wide-area network (LPWAN), suitable for low-cost and low-data applications.
- Zigbee or Wi-Fi: Better suited for short-range, high-throughput needs.
Arshon Technology guides clients to choose the best communication technology for their specific use case, whether LoRa, NB-IoT, or another wireless standard.
7) Does Amazon use LoRa?
Yes, Amazon launched Amazon Sidewalk, a shared network that uses LoRa alongside Bluetooth and other technologies. Sidewalk extends connectivity for smart home devices over long distances, such as for outdoor sensors or trackers. Arshon Technology offers LoRa design solutions that are compatible with enterprise systems like Amazon Sidewalk and other IoT ecosystems.
8) Is LoRa the future?
LoRa is a key part of the future of IoT connectivity. Its ability to transmit data over long distances with minimal power consumption makes it ideal for smart cities, agriculture, utilities, and industrial automation. As demand grows for scalable, cost-effective IoT solutions, LoRa’s role is expected to expand. At Arshon Technology, we help businesses integrate LoRa technology to future-proof their products and infrastructure.
9) Will 5G replace LoRaWAN?
5G and LoRaWAN serve different purposes. 5G excels in high-bandwidth, low-latency applications like autonomous vehicles and real-time video, but it consumes significantly more power and has higher costs. LoRaWAN is ideal for low-data-rate, low-power, and long-range applications, particularly in areas without 5G coverage. Both technologies can coexist, and Arshon Technology can integrate LoRa and cellular connectivity for hybrid solutions tailored to client needs.
10) Why is LoRaWAN so expensive?
LoRaWAN itself isn’t inherently expensive; it’s often the network infrastructure (gateways, cloud integration, and management services) that add to costs. Costs increase with large-scale deployments requiring multiple gateways, high data throughput, or advanced analytics platforms. Arshon Technology focuses on cost-optimized LoRaWAN designs, helping clients deploy reliable solutions without excessive investment.
11) Why use LoRa instead of Wi-Fi?
LoRa offers significantly longer range (up to 15 km in rural areas) and lower power consumption compared to Wi-Fi. It’s ideal for battery-operated IoT devices that need to transmit small amounts of data infrequently. Wi-Fi, on the other hand, offers higher data rates but drains battery life quickly and requires proximity to an access point. Arshon Technology helps businesses decide between LoRa and Wi-Fi based on range, power, and data requirements.
12) Can LoRa work without a gateway?
LoRa requires a gateway to connect to a LoRaWAN network, but point-to-point LoRa communication is possible without a gateway. In this setup, two LoRa devices communicate directly over long distances without involving a network server. This approach is useful for simple sensor-to-controller communication. At Arshon Technology, we design LoRa systems that can operate either within a networked LoRaWAN environment or as standalone point-to-point solutions, depending on the application.
