September 24, 2024
A LoRaWAN network usually is deployed across wide area – in metro cities, in large plants, in forests, in rural areas and so on. To cover these large grounds, LoRaWAN Gateways are spread across large areas.
In such deployments, ensuring reliable connectivity becomes a challenge. In India and across developing countries, power plays a major role in stability of the network. Due to frequent power fluctuations and power outages the LoRaWAN Gateways go down, loosing connectivity to the end nodes.
The core objective of the CCTV surveillance is to secure the premise. Although, it does not prevent the theft or miss happening, it certainly creates a solid deterrent. Also, it captures the event which can be used for investigation later on.
As the technology becomes advance, the con-man industry also evolves. The easiest way for a thief to escape from CCTV Camera is to disconnect it from power supply.
Over past few months, digital signage India market has been showing new trends. Retailers are showing keen interest in placing Tablets based digital signage in stores. Some of the reasons that why tablet digital signage in retail are getting traction were
Helium LoRaWAN miners have suddenly started becoming ubiquitous. At present, there are 7,83,307 miners across world. In India, they have been increasing steadily.
The HNT earned are proportionately depend on number of hours the miners are active. One of the major issues in India and the developing country is the uptime of the miner. The reason being the regular power outages. Due to the power outages the miners stop functioning, thus loosing critical time to mine.
Hello…in this blog, I want to tell you the story of how we identified a problem in the Telecom Domain and how we provided the solution for the same.
We at EasyReach, have been working in the Telecom domain for some time with field engineers, mid-management, who face operational issues.
Certainly, Semtech’s LoRa® devices wireless radio frequency technology (LoRa Technology) is reshaping the world. It is changing the ways industries like manufacturing, healthcare, agriculture, utilities, transportation and logistics function. IT industry body, NASSCOM estimates the global market for IoT in 2020 to be worth US$373 Billion in revenue, of which India accounts for US$10-12 Billion (Ref 2). LoRaWAN® is poised to be part of this success story of Indian Industrial IoT.
LoRaWAN categories LoRa devices into categories 1. Basic Category – Class A devices 2. Optional Features – Class B and Class C devices
Class A Devices
These are bidirectional end devices. Device send uplink data and waits for two consecutive short intervals for downlink. Device determines the transmission interval. Ideally, interval should be decided considering the optimal duty cycle in mind (which is approximately 1%). This makes Class A device the most power efficient devices, as they can decide to be in a dormant state for long period
The internet is full of articles listing out how the IoT industry is set to explode the following year. The revenue numbers are staggering with Nasscom expecting the IoT revenue to grow up to $15 billion by 2020. From the EasyReach viewpoint, we believe the following will happen from the on ground perspective in the Year 2017: All in all, it will be an exciting year for both clients and vendors with a lot of hands-on learning from the ground. At EasyReach, we have multiple pilots across industries currently in progress and we will share the learnings in due course.
Yoo…, I am ready with my newly installed digital signage screen in my retail shop. I am looking forward to increase foot falls and increased sales as well, but hey… am I passing right message to my audience? Is my content on digital signage is welcoming enough?
One thing we must understand here, every communication medium is different and content should be aligned to the strength of that medium. e.g. Television is an audio video medium and consumers spend good amount of time in front of it, radio is an audio medium and most of the time consumers are indulging in other activities while listening to it, web and mobile are view only medium and so on.
Digital signage market in India is growing and with rapid pace. 6Wresearch projected that Digital Signage India market is expected to reach $524 million by 2019. (Ref 2) The reason for this expected growth could be due to multiple reasons. I have tried to put up some of the reasons why Indian Digital Signage market is expected to grow at this pace and what would it mean to the digital signage industry in India.
Can the technology help?
Since almost year or so, I have been going out to meet Retailer and Large companies to position our Digital Signage. With a success and failure on different occasions. From the experience so far, I have listed 5 important reasons why they went for Digital Signage. Hope you find it useful too.
Certainly yes… Technology does not depend on human emotions and behavior. It is consistent and delivers exact intended messages without error. In this post we shall look at some of the ways customer can be informed and engaged at retail outlet and ultimately taken towards cash counter.
How did ATM start?
The roots of ATMs go to the efforts of banks to reduce the operational cost at branches. Back then, to provide services to the consumer at the most convenient and nearest locations, the banks needed to setup branches at the deepest part of the country. Creating a new branch had its own cost – space, people, electricity, maintenance and many more. However, most of the transactions that took place in the branch were cash out and checking of balance. Came in the ATMs and changed the entire ball game. Banks started setting up ATMs aggressively. Companies like FIS, IndiCash, Clover, started providing ATM setup and management as a services. The world was good. That phase of cost savings has gone and the bank managements have started looking at ATMs as a strategic location to generate revenue from.
The Internet of Things is expected to take off globally in the year 2017. According to IDC, the digital signage usage itself will grow from $6 billion in 2013 to $27.5 billion in 2018, as retailers continue to digitize the consumer experience. In India too, there will be a number of retail companies who are expected to take the lead and deploy solutions on a pilot basis to determine the effectiveness and ROI of IoT in their retail business.
Previous slideNext slide Introduction A 48V adapter is a type of power converter that converts alternating current (AC) from a mains power supply to direct current (DC) at 48 volts. The 48-Volt Adapter is commonly utilized in applications that require a high-power DC supply, such as telecommunications equipment, data center power systems, industrial automation, power over Ethernet, and renewable energy. 48V Adapter Use Case 48V adapters are commonly used in various devices, including: Telecommunication Industry :- In the telecommunications industry, such as routers, switches, and other network devices. Industrial Automation Industry :- In the automation industry, 48V adapters are used to power industrial equipment, such as motors, pumps, and other devices that require a higher voltage output. Data Centers :- In data centers, 48V adapters are used to power servers, storage systems, and other equipment that require a reliable power source. PoE (Power over Ethernet) Devices :- In PoE applications, a 48V adapter is used to power devices, such as IP cameras, VoIP phones, and access points over Ethernet cables. Renewable energy system :- A 48V adapter can be used in renewable energy systems (RES) to charge 48V battery banks, making it perfect for disconnected solar, wind, and hybrid power systems. Also, it may power DC loads such as LED lights, fans, and pumps in many kinds of renewable energy applications. Benefits of a 48 Volt Adapter AC to DC There are various benefits to using a 48-volt AC-to-DC adapter: Efficient Power Conversion: These adapters are highly efficient, resulting in less energy loss and heat emission. Reliability: 48-volt AC to DC adapters are designed to provide a reliable output, ensuring that devices receive consistent power. Flexibility: These adapters can be utilized with a wide range of devices, including telecommunications equipment, data centers, and renewable energy solutions. Compact Design: 48-volt adapter AC to DC are often compact and lightweight, making them easy to integrate into existing systems. Conclusion In conclusion, 48-volt adapter AC to DC is an essential component in many modern applications. With their high efficiency, reliability, and flexibility, these adapters are powering a wide range of devices, such as telecommunications, data centers, or renewable energy systems. A 48-volt adapter AC to DC is an excellent option to consider.
Telecom operators use variety of antennas from different vendors such as Radwin, Cambium, Maksat, HFCL etc. in there B2B deployments. To ensure stable data network, It is important to provide reliable power supply to the antenna. The power supply needs to take into account different safety conditions such as power surges, short circuit, reverse polarity etc. The power supply also needs to comply to international certifications. 48V PoE adapter/injector by EasyReach powers various devices like WiMAX Antennas, LoRaWAN Gateways, PTZ Cameras, and more. It has 1Gb LAN port, which gives a stable and dependable connectivity for all your devices. It is certified under CE, RoHS, and meets all the safety standards, product is trusted by Telecom Operators, MVNO, WiFi network providers and enterprises. The device comes with variety of voltage configurations such as 48V / 30V / 24V. A brief list of antennas that are supported by EasyReach 48V / 30V / 24V PoE adapter is given below 1. Maksat | BTS-Maksat Pluto antenna | 24V | 0.5 Amp | 12 Watt | POE (4-5 Positive 7-8 Negative) | Passive adapter. 2. Maksat | CPE-Maksat Pluto antenna | 24V | 0.5 Amp | 12 Watt | POE (4-5 Positive 7-8 Negative) | Passive adapter. 3. Cambium | Cambium ePMP 1000 antenna | 30V | 0.8 Amp | 24 Watt | Positive :7,8 ,Negative 4,5) | Passive adapter. 4. Cambium | Cambium Force 300CSM antenna | 30V | 0.8 Amp | 24 Watt | Positive :7,8 ,Negative 4,5 | Passive adapter. 5. Cambium | Cambium Force 300CSML antenna | 30 V | 0.8 Amp | 24 Watt | Positive :7,8 ,Negative 4,5 | Passive adapter. 6. Cambium | Cambium Force 325 antenna | 30 V | 0.8 Amp | 24 Watt | Positive :7,8 ,Negative 4,5 | Passive adapter. 7. Cambium | Force 130 antenna | 24V | 0.8 Amp | 19 Watt | Positive :4,5 ,Negative 7,8 | Passive adapter. 8. Cambium | Cambium Force 190 antenna | 30V | 0.8 Amp | 24 Watt | Positive :7,8 ,Negative 4,5 | Passive adapter. 9. Cambium | Cambium Force 200L antenna | 30V | 0.8 Amp | 24 Watt | Positive :7,8 ,Negative 4,5 | Passive adapter. 10. Radwin | Radwin HBS 5000-RW-5050-4B58 antenna | 24V | 1 Amp | 24 Watt | Positive :4,5 ,Negative 7,8 | Passive adapter. 11. Radwin | Radwin HSU-RW-5525-4P58 antenna | 24V | 1 Amp | 24 Watt | Positive :4,5 ,Negative 7,8 | Passive adapter. 12. Radwin | Radwin SU-PRO-RW-5H50-4P58 antenna | 24V | 1 Amp | 24 Watt | Positive :4,5 ,Negative 7,8 | Passive adapter. 13. Radwin | Radwin 2000 C-RW-2450-A110 antenna | 24V | 1 Amp | 24 Watt | Positive :4,5 ,Negative 7,8 | Passive adapter. 14. Radwin | Radwin 2000 A-RW-2450-A110 antenna | 24V | 1 Amp | 24 Watt | Positive :4,5 ,Negative 7,8 | Passive adapter. 15. Radwin | Radwin 2000 A+-RW-2450-4350 antenna | 24V | 1 Amp | 24 Watt | Positive :4,5 ,Negative 7,8 | Passive adapter. 16. Radwin | Radwin 2000 Alpha-RW-2450-6HC5 antenna | 24V | 1 Amp | 24 Watt | Positive :4,5 ,Negative 7,8 | Passive adapter. 17. Radwin | Radwin HBS 5000-RW-5050-4B58 antenna | 24V | 1 Amp | 24 Watt | Positive :4,5 ,Negative 7,8 | Passive adapter. 18. HFCL | HFCL ion4l1_BTS antenna | 48v | 0.35 Amp | 17 Watt | 1, 2, 4, 5 for V+ & V- for pin 3, 6, 7, 8 | Passive adapter. 19. HFCL | HFCL ion4l2_CPE antenna | 24v | 0.63 Amp | 15 Watt | 1, 2, 4, 5 for V+ & V- for pin 3, 6, 7, 8 | Passive adapter. 20. HFCL | HFCL ion4l3_CPE antenna | 48v | 0.35 Amp | 17 Watt | 1, 2, 4, 5 for V+ & V- for pin 3, 6, 7, 8 | Passive adapter. 21. HFCL | HFCL ion4le antenna | 48v | 0.40 Amp | 19 Watt | 1, 2, 4, 5 for V+ & V- for pin 3, 6, 7, 8 | Passive adapter. 22. HFCL | HFCL ion4l3a antenna | 48v | 0.35 Amp | 17 Watt | 1, 2, 4, 5 for V+ & V- for pin 3, 6, 7, 8 | Passive adapter.
Are you looking to provide battery backup or a UPS for your IoT Device?Does your device operate on 12V / 24V Input supply? If these are the two questions that you have in mind, then you we have a right solution for you.There are many devices on field such as RTU, Flow Meters, CCTV Cameras, Process Controllers, Diagnostic Devices, HMI, Valves, Pressure gauges, vibration monitors, etc. that need power supply. Laying the power cable may become expensive and, in some cases, not feasible. To address these situations, technical team tends to make a custom battery arrangement. However, there are many different challenges that are faced EasyReach UPS for IoT devices provides an easy option. The small size UPS can be attached to your IoT equipment using its 5 PIN Connectors. The CE & RoHS certification provides product reliability. Compact UPS brings the elegance to the product. Finally, this all is achieved in much cost-effective manner.
A LoRaWAN network usually is deployed across wide area – in metro cities, in large plants, in forests, in rural areas and so on. To cover these large grounds, LoRaWAN Gateways are spread across large areas. In such deployments, ensuring reliable connectivity becomes a challenge. In India and across developing countries, power plays a major role in stability of the network. Due to frequent power fluctuations and power outages the LoRaWAN Gateways go down, loosing connectivity to the end nodes. This leads to EasyReach UPS for IoT devices provides an easy option. The small size UPS can be attached to your IoT equipment using its 5 PIN Connectors. The CE & RoHS certification provides product reliability. Compact UPS brings the elegance to the product. Finally, this all is achieved in much cost-effective manner.
The IoT companies who deal in Hardware design and manufacturing tend to develop their devices with 2V DC power requirements. Many PLC, HMI, Flow Meters, Valves, Relays, Energy monitors, Switches, Lights etc. work on 24V DC. There are multiple reasons why hardware designers tend to choose 24V DC over AC or other DC voltages. Some of them are I hope you find these useful.At EasyReach we have developed a UPS with 24V 1A Output. It provides power and power backup to the end node. Hope you find that useful too 😊
A LoRaWAN network usually is deployed across wide area – in metro cities, in large plants, in forests, in rural areas and so on. To cover these large grounds, LoRaWAN Gateways are spread across large areas.
In such deployments, ensuring reliable connectivity becomes a challenge. In India and across developing countries, power plays a major role in stability of the network. Due to frequent power fluctuations and power outages the LoRaWAN Gateways go down, loosing connectivity to the end nodes.
