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aaradhyaelectronic · 2 years ago

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The reliable and most trusted brand of GPRS modem suppliers

What is a GPRS Modem?

The GPRS modem is a device for different programming, and remote monitoring, and has reliable security features that make it perfect for IoT and M2M applications. The main objective was to establish a reference in quality and performance. Carrier gathering process makes this compact device unique in areas or applications where cellular data speeds are finite. GPRS is the improved version of communication networks. Moreover, the GPRS speeds range from 40 to 172.2 kbps.

General packet radio service (GPRS) modem is a mobile-related communications system that operates on 2G and 3G cellular networks to enable moderately high-speed data transfers using packet-based technologies. One of the important aspects of this GPRS modem is that the user can use its GPRS Modem supplier a USB interface, permitting it to connect to a Computer.

It is a type of cellular terminal device developed based on 2G/3G/4G LTE connectivity as, Virtual Power Network (VPN) customers, are some of the additional features of GPRS modem. It approves high-powered industrial 32 bits CPU and is inserted with a real-time operating system. GPRS Modem is a versatile operating device equipped to use, a robust module that may be embedded or plugged into any software. GPRS modems are used to assist connections dealing with Internet protocols which provide a set of functions including commercial and other company-related applications. Let us discuss some of the salient features of a GPRS modem when installed on a device.

This system has been utilized for wide legal networks and Industrial IoT infrastructure worldwide requires various systems for connectivity. Compact, sturdy and powerful Industrial Cellular Modems available with the manufacturers contribute to innumerable cellular connectivity options, ranging from 2G (EGPRS) to 4G LTE Cat 1, LTE Cat-M1 and NB-IoT. Below you will find our Industrial modems which are specifically designed to meet Industrial IoT connectivity challenges and connect. The modem support auto recovery mechanism, including online detection, and auto redial when offline to make it always online.

Salient Features of GPRS modem are

They are sturdy and compact devices.

GPRS modems are accustomed to the built-in three-phase power supply

Possess bipolar Meter connectivity option. One is by Optical communication port, and the other one is by serial RS-232/RS-485 communication port

Has status LEDs

Easily mounted on a wall.

The Sim card facility is available

The device is enclosed for security features

This is a simple device suited for communications modules that uses all the benefits of GPRS/3G technology. It is done to program your unit and exchange data via GSM or GPRS, and send SMS updates from remote controlling bases, in a fast and effective process, with our quad-band GSM/GPRS Modem. We are a GPRS Modem supplier that gives this GPRS modem to customers at an economical price in the market.

Benefits of GPRS Modem

The installation charges are less.

This will provide excellent environmental descriptions with respect to temperature, shock, vibration, and MTB.

Reverse-voltage and over-voltage security and protection

Maximum operational flexibility: it can be used with any type of electronic meter

It supports a vast power range of 5-60V DC.

GPRS modems are cheaper than 3G & 4G modems.

GPRS is a highly compact and robust design, it includes the necessary attachments for Mounting tools or DIN rail.

An automatic SMS message has got through the notification of metering events.

These are located to detect HV or LV metering installations.

It has been widely used on M2M communication systems, such as intelligent transportation, industrial automation, telemetry, finance, POS, water supply, environment protection, postal and telecommunications, weather report, smart networks, and so on.

Why choose us

We are a leading GPRS modem supplier and distribute to other parts of the country. in India. As the GPRS modem suppliers, we designed and modified all the devices for users who require high-performance best-in-class products that fully comply with the current standards for satellite independent beyond line-of-sight (BLOS) strategic, maritime, narrowband, and wideband HF and VHF/UHF data communications.

We have introduced several variations of streetlight controllers, APFC panels, LED Street lights, CCTV SMPS, Street Light timers, Lighting Controllers, etc.

For More Details Contact us: +919011958800

More about information for GPRS Modem supplier then Visit our site -

https://www.aaradhyaelectronics.in/product-details/6/gprs-module

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https://shortkro.com/the-reliable-and-most-trusted-brand-of-gprs-modem-suppliers/

#GPRS modem supplier #GPRS modem manufacturer #GPRS modem supplier in nashik #GPRS modem in nashik

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boldlychieffire · 4 years ago

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According to projections, within the next few years, the total number of business IoT connections is expected to surpass the number of consumer connections.

More than only smart speakers and lighting connected by the Internet of Things (IoT). According to projections, within the next few years, the total number of business IoT connections is expected to surpass the number of consumer connections. The automotive, industrial, utility, and transportation industries will lead cellular business IoT connections.

Cellular IoT connections use the same 2G, 3G, 4G, and 5G networks as mobile phones. On the other hand, IoT devices make use of M2M SIM cards and different sorts of connectivity that specifically built for commercial and industrial purposes.

Advantages of Cellular IoT for Industry

Large coverage area

Because cellular IoT relies on existing mobile networks, there is already a large coverage area in place. It provides the ability to manage device deployments across several cities and countries. It was critical for any IoT project that relies on data access, particularly asset tracking, transportation, and other global enterprise applications.

Network switching/non-steered roaming M2M SIM cards, unlike consumer SIMs, can roam across carriers with steered or non-steered open roaming capabilities. The device will automatically connect to the network with the strongest signal in the area if the user uses a non-steered SIM card. It guarantees that connectivity is always available and that downtime, kept to a minimum.

Connectivity choices to suit your needs Cellular IoT connections are divided into numerous subcategories (see below), from which users can choose the one that best suits their data transmission requirements. If their gadgets don't carry significant data loads (like video) or demand continual connectivity and rapid reaction time, there's no need to pay for the most expensive choice.

Remote management and analytics An IoT platform can be helpful to manage cellular IoT devices remotely, interconnecting, disconnect, and troubleshoot devices from anywhere. Users can also monitor device downtime, usage, and any other relevant metrics with the correct IoT platform, allowing them to get the most out of their IoT project.

Private networks & security options However, to protect against unauthorized access, any IoT application requires security measures. It's especially true for devices that track sensitive data, such as healthcare equipment, or those that are vulnerable to malicious acts, such as smart city technologies. Private network technology (VPNs, APNs, and IPsec protocols) can be helpful by cellular IoT devices to provide levels of protection to the device, network, and data.

#security #analytics #management #coverage area #network #telecom industry

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airlinqdm · 4 years ago

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IoT in Telecom: How Are Telecom Industries Using the Internet of Things (IoT)

As one of the most sophisticated technological industries with access to some contemporary connectivity infrastructures & engineering talent, the telecom sector has been at forefront of IoT innovations. Though, there remain some challenges that are stemming from the sheer scale of IoT use cases for the telecom sector, like overcoming the risk of overstretching resources & ensuring the reliable quality of service. Moreover, to flourish in the IoT, cloud, & AI intensive environments, the telecom communication service providers will have to take initiative as the leaders in technology development. Here are several kinds of IoT solutions enabled by AIRLINQ that telecom service providers should add to their roadmap when embarking on their IoT transformation.

There are the most common IoT Telecom use cases, i.e., asset management & remote system monitoring. And, by using the IoT platform like AIRLINQ, telecom industries can connect their huge physical assets to the cloud & remotely accomplish their operations, run firmware upgrades, investigate malfunctions, and keep a track of inventory. Telecom operators can use their infrastructures to provide new services like tailored customer applications, IoT device management platforms, and wide-area Internet of Things applications. Using the highly versatile IoT cloud platform by AIRLINQ, any telecom operator can offer its own IoT solution to numerous business verticals. Moreover, with the exclusively positioned unlimited access to the network infrastructure & vast pools of user data, the telecom sector can offer a wider scale, better performance, & much better usability.

Data analytics:

By using IoT in the telecom sector, business leaders can develop large volumes of critical data. The Telecom sector can develop the information pools with the help of data collected by IoT sensors. The Telecom industry can use this acquired data to produce the analytics that can assist you to gain significant business insights. Furthermore, the analytics can help the business leaders to understand the customer usage pattern. And, by combining the IoT data with big data analytics, the telecom sector builds numerous predictive models that can help them to predict the upcoming trends in the modern telecom sector.

Equipment monitoring:

The telecom equipment needs to be monitored commonly for the maintenance purposes such as finding the potential areas of equipment failures. In case of equipment failure, the telecom sector can face main outages, leading to the long-term loss of reputation and revenue. IoT in the telecom sector can enable real-time equipment monitoring. The IoT-powered Tower Operations Centre can be used to integrate the on-site IoT devices with cloud-based analytics that helps to collect & analyze data from the cell towers. With this approach, the telecom sector can monitor the key performance indicators of active & passive equipment at their remote sites.

IoT Will Induce Intelligent Connectivity:

Intelligent connectivity will thrive when IoT together connects billions of devices & machines for generating value-driven industrial apps. For this, 5G’s disruptive speed, reliability, & connectivity will be significantly absorbed by AI & IoT through faster data transmission. The intelligent connectivity will, consequently, create the ripple effect with more data rates, IoT demonstrating the higher computational power, ultimately, machine learning development extracting deeper insights. The wide coverage of data across the business systems, national and international boundaries will herald several Industry applications, like –

Autonomous manufacturing

Smart payments

Sensor-based security

Connected offices

Real-time emergency services

Future-proofed & maximized IoT investments:

The SIM cards tend to lock users into a single carrier, the device user who would like to change the network providers will require to purchase & install the new SIM. In contrast, the eSIM Management Platform gives the IoT device user an option to choose among the broader variety of cellular networks & never needs replacement. This is especially beneficial for devices deployed over a long period. Unlike simple roaming SIM cards, eSIM solutions protect evolving network technologies, like the retirement of legacy services. Another financial savings opportunity arises from the remote provisioning capabilities of eSIM.

Choose the Best eSIM IoT for Your Project

When it comes to optimizing your IoT projects, why stop investing in eSIM technology? AIRLINQ offers small businesses & enterprises with intelligent IoT cellular connectivity that empowers their devices. We also help projects reap the advantages of IoT eSIM technology by remotely provisioning the SIM profiles over the air to IoT, M2M, consumer devices, simplifying the scaling, & management of cellular-connected IoT fleets. Moreover, we have built a wide range of different cloud-based tools & resources that include IoT remote access capabilities, IoT data, IoT encryption offloading, and protocol management.

#iot in telecom #iot device management #iot device management platforms #internet of things applications #eSIM Management Platform #intelligent connectivity #eSIM Solution #eSIM IoT #cellular V2X

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sillyanimegamingroad · 5 years ago

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Delivering Industrial IoT at scale through out-of-the-box eSIM connectivity: A guide

Olivier Carron is senior director application marketing IoT security at Infineon Technologies, while Dejan Rasuo is director of global strategic IoT alliances, microelectronics and OEM at Tata Communications.

Case study When it comes to connectivity, OEMs tasked with creating industrial IoT and M2M solutions, and the companies and enterprises that purchase and then deploy these solutions, face a number of challenges. Ease of design, integration, and testing are key at the development stage, while the ability to quickly roll out, at scale, across different geographies – or to accommodate movement between regions – can be paramount during implementation. And, unlike many consumer products, long-term, reliable and secure operation over long periods will be key – especially where IoT devices are to be deployed in remote and sometimes harsh environments and locations.

We live in a world where ‘being smart connected’ is ever more important in both the consumer and commercial sectors. Some estimates predict that there will be over 25 billion connected devices by 2025 and, while many of these may be smartphones and tablets, far more will be the ‘things’ that comprise the Internet of Things (IoT). At the same time, people are more mobile and businesses more distributed, making national borders less relevant. While a large proportion of IoT and M2M devices may be fixed in nature (such as remote monitors or smart meters that automatically communicate with the utility company) in order for IoT device manufacturers to obtain economies of scale and remain competitive, identical units have to be deployed in different countries and jurisdictions. Each of these often have differing requirements for regulatory compliance.

Figure 1

Furthermore, in an increasing number of applications, the IoT device is inherently mobile. Asset tracking, logistics, even connected vehicles are all capable of crossing national borders while in use. Yet, no matter where the devices are, they have to remain connected to perform the necessary operations and receive firmware updates that can address software issues and deliver new features.

The bottom line is that technology now needs to work ‘out-of-box’ wherever it is deployed and to continue working even as it crosses national boundaries. As we move forwards, eSIMs, used in conjunction with suitable connectivity platforms, will play an increasingly important role in ensuring that this is the case for large-scale Industrial IoT (IIoT) deployments.

Embedded SIMs (eSIMs/eUICCs)

Cellular connectivity is fundamental to delivering the day-to-day functionality and remote updating demanded by today’s industrial IoT applications. Increasingly, such connectivity is enabled through the use of eSIM technology. eSIMs can reduce design complexity, deliver economies of scale, simplify product management, reduce time-to-market and support the rapid deployment and optimized operation around the world.

eUICCs replace the traditional removeable SIM card with a user identification module based upon a global specification from the GSMA that is hard-wired into the device. The automotive industry has been an early adopter of this technology and it is estimated that there will be two billion devices that connect via eSIM by 2025, representing an ever-increasing proportion of the total connections.

Using a physical SIM often requires the device and SIM to be obtained and configured separately, which is a minor irritation for a consumer but a far greater resource issue for large-scale deployments of industrial IoT devices. This issue becomes even more acute when having to work with multiple mobile network operators (MNOs) to provide global, or even regional, coverage.

For the end-user, eSIMs allow the downloading of digital profiles from the cloud directly onto the device, empowering them to switch MNOs easily. No longer is there a need to visit a store or wait for a physical SIM to arrive in the mail. For enterprises, eSIMs offer flexibility to add connected devices and swap them among users easily, without the need to replace SIMs. User profiles can be created and tailored to the needs of each employee via eSIM remote management tools.

In the case of the IoT, device manufacturers and enterprises benefit as manufacturers can offer out-of-the-box connectivity that supports global deployment. Furthermore, eSIMs also improve security as they cannot be physically removed from the device in which they are installed. This means that users/employees can be restricted as to which devices they are able to use and what data they are able to access.

The challenge with multiple mobile network operators

Traditionally, a major challenge for companies looking to roll out global implementations has been how to deal with multiple MNOs. An even more complex challenge arises in terms of interoperability, connectivity, and regulation when the application requires movement between geographies, especially where roaming is time-restricted.

The idea that hardware may be equipped with a SIM card for a particular MNO or, worse still, hardware-locked to a particular MNO is outdated as it is highly inconvenient – especially so for enterprises that have large-scale deployments. An IoT device may be remotely located, for example, which makes a physical SIM-swap expensive, resource-hungry and time-consuming. While this is frustrating for companies with a few devices in the field or limited need to roam globally, for companies that have hundreds or thousands of devices deployed the complexity and cost of a multiple MNO approach becomes untenable.

The good news is that large-scale users can now address many of these challenges through the use of a comprehensive connectivity management platform. With this approach, a single company (the platform provider) negotiates and maintains connectivity contracts with dozens of MNOs on a global scale and provides access to these, transparently, for users of the platform.

Bringing eSIMs and management platforms together

One way to harness the power of unified connectivity for next-generation global IoT deployments is to combine eSIM technology with the types of connectivity platform described above. Effective combinations of hardware and software will give companies the peace of mind that, once deployed, their hardware will connect securely and reliably, wherever it is in the world. At the same time, by choosing the right platform, they can also relieve themselves of complex contractual negotiations and billing practices.

It is these objectives that have led to a collaboration between Infineon Technologies and Tata Communications with the aim of developing a turnkey, ‘ready-to-connect’ eSIM solution. Designed to deliver end-to-end communication for large-scale IoT deployments, the Infineon/Tata Communications solution provides seamless and secured, pre-integrated network coverage in more than 200 countries and territories.

The OPTIGA Connect eSIM for cellular IoT devices is based on Infineon’s SLM 97 high performance security controller and GSM eSIM M2M compliant operating system. Using the eSIM technology provides for worldwide coverage across 2G, 3G, 4G, LTE-M and NB-IoT networks.

Figure 2

Connectivity comes via the Tata Communications MOVE platform. Described as the world’s first truly global-local mobile network, Tata Communications MOVE provides global, network independent, cross-border, cellular connectivity through access to 640+ MNOs in 200+ countries and territories on a ‘carrier agnostic’ basis. All data traffic is handled by the nearest regional point-of-presence (PoP) to ensure the best quality of service, while pre-integrated interconnection with major cloud providers enables secured mobile connectivity over private networks.

There are many benefits associated with the MOVE platform, although simplicity and ease of implementation and use are among the most important. The highly integrated platform delivers intelligent connectivity with a single overview of the entire system – something that would be impossible with multiple disparate providers.

Figure 3

Prior to deployment, the IoT device’s operational profile and functions for network connectivity will be injected into the eSIM at Infineon’s secured company premises. Thanks to the pre-integrated bootstrap profile, manufacturers only need to handle one single agreement with Tata Communications, rather than having to deal with many different MNOs.

The OPTIGATM Connect solution enables easy deployment and management of cellular-enabled IoT devices at scale. Device manufacturers can deliver products capable of worldwide use, rather than needing to deliver specific versions for various markets. This results in economies of scale, cuts costs through simplified product management and significantly reduces time to market.

Furthermore, remote activation and configuration of IoT devices over-the-air enables a more automated, secured approach to bring large numbers of devices online. Use cases include smart metering deployment or telematics and fleet management applications where devices are deployed across broad geographic areas. With OPTIGATM Connect eSIM IoT, connecting the device or even a fleet of devices to the internet can be entirely managed remotely via an online portal. With the product fully compliant with the Remote SIM Provision specification from the GSMA, connectivity providers can be selected after the production, shipment, and deployment of devices. They can also be changed throughout the product lifecycle, thus providing ease of use as well as flexibility with regard to selecting MNOs and data plans. Users do not have to be concerned with regulatory requirements as this is all taken care of via Tata Communications.

Moving forward, Infineon and Tata Communications will be developing a number of reference designs that will be made available to IoT device manufacturers, further speeding up and simplifying product development, prototyping and deployment.

Logistics use case: eSIM solution for global asset tracking

Prior to working with Infineon, one global logistics company operating across Europe, the USA, APAC and South America had previously implemented a battery-powered asset tracker device that supported two different cellular connectivity frequencies. A single Tier 1 MNO was chosen to allow a limited number of stock keeping units (SKUs) for global coverage.

However, they found that coverage could be patchy or non-existent in regions where the MNO had no local presence of its own. Furthermore, in some countries such as Brazil, where roaming is not permitted for extended periods there was the need to use local MNOs, which often necessitated a different SIM. Furthermore, where the logistics company had preferential rates in certain countries, these could not be accessed through the Tier 1 MNO, incurring higher charges or the inconvenience of managing another local MNO contract.

Working with Infineon, the company migrated to a combination of an OPTIGA Connect eSIM and Tata Communications MOVE platform. This provides extensive coverage and the ability to access pre-negotiated rates using a single solution for 640+ MNOs in 200+ countries and territories. Pre-embedded cellular credentials eliminate the need for complete downloads of new credentials, simplifying regional deployment and cross-border roaming at the same time as contributing to extended battery life. Finally, the programmable platform business rules allow the automation of routing data into the cloud-based application based on the company’s specific ecosystem in a given region.

The post Delivering Industrial IoT at scale through out-of-the-box eSIM connectivity: A guide appeared first on Technoeager- 'tech blogs and articles'.

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business-continuity-india · 5 years ago

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Airtel Digital TV and Dish TV Plans.

After the introduction of new cable rules of TRAI, viewers believe that their monthly TV bill has increased. Now the rules of cable TV are changing soon. So the question is whether the choice of streaming services based on the internet is not the right choice? Many streaming services are available in free, so now what is the need of consumers DTH? DTH operators will be competing with each other. But to see consumer pattern of consumer consolidation, smart consumer from smart mobile to smart TV has now become smart. Recently, Starstar's popular app Hotstar has introduced a new plan that can compete with DTH operators. Hotstar is offering most of the sports channels and many Hindi entertainment channels in 365 rupees per year. This means that channels are being offered at the rate of 1 rupee per day. Because the rates of both the Internet and these apps are cheaper, the DTH option offers an alternative to the VIP plan. But are these VIP plans so good that it can replace DTH? To know this, we saw the plans of the Hotstar VIP subscription using the same kind of Tata Sky, Airtel Digital TV and Dish TV Plans.

Hotstar Rs 365 VIP Plan: In Rs 365 Hotstar is offering most premium content for one year. In this VIP plan, users can view live cricket, Premier League matches and Formula 1 races. With this, you can also see popular Hindi blockbusters and Hindi entertainment shows. This VIP plan does not include Hollywood movies and American TV shows only. Compared to DTH connections, users can view shows, smartphones, tablets, laptops and smart TVs all over the place and content consume.

Price: Rs 365 Annual + Data Pack or Broadband Bills Price Tata Sky Family Sports HD Pack: If you want to access similar packs in Tata Sky, then there is a Family Sports HD pack available at Rs 646 per month. Compared to the Hotstar VIP plan, Tata Sky offers more options for entertainment channels. In addition to all cricket channels, music, movies, kids and entertainment channels will also be available.

Price: Rs 646 per month (Rs 7,752 per year) + HD set-top box price

Dish TV Maxi Sports Pack: In the Maxi Sports Pack of Rs 326 per month, users will get access to many Hindi entertainment channels as well as sports channels, kids channels etc.

Price: Rs 326 per month (Rs 3,912 per year) + Set-top box price Airtel Digital TV My Sports HD Pack: This pack comes at a rate of Rs 493 per month. At this price, Airtel is offering a good mix of Standard Definition Channels. There are channels from sports to news, movies, kids and entertainment channels.

Price: Rs 493 per month (Rs 5,916 per year) + HD Set-top box price

Hotstar vs DTH operators: Which of the two to choose?

Hotstar VIP plan is clearly defeating DTH operators. It can be seen clearly that Hotstar is a much better option in terms of price. However, compared to DTH operators, there are less options for channels. Apart from this, look at other things, apps or services like Hotstar can be used from smartphones to tablets or TVs anywhere. If you have Wi-Fi in your house then all major service providers offer good plans at very low prices. It also costs less than DTH by adding cost of Internet bills and applications. In such a situation if more options of content are more important to you then you should choose DTH.

call for new connection: 011 4290 8899

Another internet service: -

#internet #DTH #dth connection #dth recharge #dth provider #airtel

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inhandnetworks-blog · 6 years ago

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Half Pr python programming ice Lithium-ion Batteries With Improved Performance and Recyclability

www.inhandnetworks.com

A pilot manufacturing plant at 24M’s headquarters in Cambridge has produced thousands of test batteries to demonstrate the efficiency of the new design.

MIT spinoff company 24M has reinvented the manufacturing process for lithium-ion batteries to reduce cost, improve performance, and make them easier to recycle.

An advanced manufacturing approach for lithium-ion batteries, developed by researchers at MIT and at a spinoff company called 24M, promises to significantly slash the cost of the most widely used type of rechargeable batteries while also improving their performance and making them easier to recycle.

“We’ve reinvented the process,” says Yet-Ming Chiang, the Kyocera Professor of Ceramics at MIT and a co-founder of 24M (and previously a co-founder of battery company A123). The existing process for manufacturing lithium-ion batteries, he says, has hardly changed in the two decades since the technology was invented, and is ineff remote secure networking icient, with more steps and components than are really needed.

The new process is based on a concept developed five years ago by Chiang and colleagues including W. Craig Carter, the POSCO Professor of Materials Science and Engineering. In this so-called “flow battery,” the electrodes are suspensions of tiny particles carried by a liquid and pumped through various compartments of the battery.

The new battery design is a hybrid between flow batteries and conventional solid ones: In this version, while the electrode material does not flow, it is composed of a similar semisolid, colloidal suspension of particles. Chiang and Carter refer to this as a “semisolid battery.”

Cross-sectional diagram shows how the new design for lithium-ion battery cells by 24M increases the thickness of electrode layers and greatly reduces the number of layers needed, reducing manufacturing costs.

Simpler manufacturing process

This approach greatly simplifies manufacturing, and also makes batteries that are flexible and resistant to damage, says Chiang, who is senior author of a paper in the Journal of Power Sources analyzing the tradeoffs involved in choosing between solid and flow-type batteries, depending on their particular applications and chemical components.

This analysis demonstrates that while a flow-battery system is appropriate for battery chemistries with a low energy density (those that can only store a limited amount of energy for a given weight), for high-energy-density devices such as lithium-ion batteries, the extra complexity and components of a flow system would add unnecessary extra cost.

Almost immediately after publishing the earlier research on the flow battery, Chiang says, “We realized that a better way to make use of this flowable electrode technology was to reinvent the [lithium ion] manufacturing process.”

Instead of the standard method of applying liquid coatings to a roll of backing material, and then having to wait for that material to dry before it can move to the next manufacturing step, the new process keeps the electrode material in a liquid state and requires no drying stage at all. Using fewer, thicker electrodes, the system reduces the conventional battery architecture’s number of distinct layers, as well as the amount of nonfunctional material in the structure, by 80 percent.

Having the electrode in the form of tiny suspended particles instead of consolidat iot ed slabs greatly reduces the path length for charged particles as they move through the material — a property known as “tortuosity.” A less tortuous path makes it possible to use thicker electrodes, which, in turn, simplifies production and lowers cost.

Unlike conventional, solid lithium-ion batteries, the new semisolid cells are flexible enough to be bent and folded multiple times without affecting their performance, as shown by the constant voltage readings in this test.

Bendable and foldable

In addition to streamlining manufacturing enough to cut battery costs by half, Chiang says, the new system produces a battery that is more flexible and resilient. While conventional lithium-ion batteries are composed of brittle electrodes that can crack under stress, the new formulation produces battery cells that can be bent, folded or even penetrated by bullets without failing. This should improve both safety and durability, he says.

The company has so far made about 10,000 batteries on its prototype assembly lines, most of which are undergoing testing by three industrial partners, including an oil company in Thailand and Japanese heavy-equipment manufacturer IHI Corp. The process has received eight patents and has 75 additional patents under review; 24M has raised $50 million in financing from venture capital firms an rugged d a U.S. Department of Energy grant.

The company is initially focusing on grid-scale installations, used to help smooth out power loads and provide backup for renewable energy sources that produce intermittent output, such as wind and solar power. But Chiang says the technology is also well suited to applications where weight and volume are limited, such as in electric vehicles.

Another advantage of this approach, Chiang says, is that factories using the method can be scaled up by simply adding identical units. With traditional lithium-ion production, plants must be built at large scale from the beginning in order to keep down unit costs, so they require much larger initial capital expenditures. By 2020, Chiang estimates that 24M will be able to produce batteries for less than $100 per kilowatt-hour of capacity.

Venkat Viswanathan, an assistant professor of mechanical engineering at Carnegie Mellon University who was not involved in this work, says the analysis presented in the new paper “addresses a very important question of when is it better to build a flow battery versus a static model. … This paper will serve as a key tool for making design choices and go-no go decisions.”

Viswanathan adds that 24M’s new battery design “could do the same sort of disruption to [lithium ion] batteries manufacturing as what mini-mills did to the integrated steel mills.”

In addition to Chiang, the Power Sources paper was co-authored by graduate student Brandon Hopkins, mechanical engineering professor Alexander Slocum, and Kyle Smith of the University of Illinois at Urbana-Champaign. The work was supported by the U.S. Department of Energy’s Center for Energy Storage Research, based at Argonne National Laboratory in Illinois.

Images: 24M

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linabrigette · 7 years ago

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Decentralized Exchange for Trading Mobile Data

KeepGo is a decentralized exchange for mobile data, letting users buy, sell, or exchange megabytes of data around the world. This type of exchange comes in sharp contrast to the way that users currently buy traffic that is held by large corporations without the ability to trade spare data or having to pay a lot extra for data when traveling abroad.

Within the KeepGo Exchange Network, you can use or sell your data however you choose to do so. No one controls the travel of your megabytes except you, and this peer-to-peer network is incentivized with the KEEP token. The exchange gives users an added income source, which the KEEP Foundation helps with by letting users sell Wi-Fi and mobile data plans when not using them or traveling.

Who Is Behind KeepGo?

KeepGo is one of the founding members of the KEEP Foundation. KeepGo is one of the pioneers in the world of technology without SIM and has a patent pending on virtual SIM technology. KeepGo created a product that lets users seamlessly switch between their mobile network operators.

The KEEP Foundation is a nonprofit that is made up of operators and developers working toward the goal of an exchange for telecom services that are fair and controlled by no one. The KEEP Foundation is working on developing the smart contracts and open-source code for the exchange.

Once the exchange is up and running, KeepGo will hold the title of the first company that sells traffic on the platform. To make transferring data plans easy, KeepGo has already created partnerships with some of the top mobile operators. The customer base of KeepGo will be the first buyers on the Exchange. Initial use of the platform will be via the tech from KeepGo, including the vSIM hotspot router.

Decentralized Megabyte Exchange

Sellers and buyers converge on the Decentralized Megabyte Exchange. Perhaps a traveler who wants to be able to use data in their destination country will browse the exchange to buy data. They could use the exchange to buy the extra data that a person in the same country has from only using a fraction of the data their carrier offers. Since the exchange is decentralized with no one in control, prices for data are based on supply and demand to create a fair sharing economy.

Through opportunities to both buy and sell megabytes, the Decentralized Megabyte Exchange can appeal to savvy consumers, users of IoT and M2M devices, businesspeople who travel for work, and those who travel often for pleasure.

Peer to Peer Trading of Data

The Decentralized Megabyte Exchange is a completely new business model and a new concept in general, delivering peer-to-peer and peer-to-machine trading of data. The system can coexist peacefully with the current models of telecom companies, and everything is open source for transparency. The exchange even has support for multiple blockchains, so players of all sizes can create their own functionality if they choose. The technology can work with any IT-related business, hardware manufacturer, or telecom.

The exchange includes support for multiple blockchain technologies, including those in existence and those that will be created in the future. It also supports the trade of Wi-Fi data and various SIM-free standards, allowing for expansive adoption. The system is even hardware independent by offering the KeepGo Hotspot and REST APIs, so app developers and manufacturers of smartphones can buy and sell stationary and mobile devices.

An Uber for Telecom

The telecom industry is changing, and the communication providers are on their way to becoming the producers of data packets, megabytes, and data plans. With KeepGo, consumers can become resellers of this data. As a comparison, it would be if you rent an apartment from a landlord then have a sub-lease.

KeepGo is poised to disrupt the telecom industry with this ability to sell megabytes. The telecom industry continues to grow, with more people taking advantage of data plans and relying on them more heavily for daily tasks. KeepGo and the KEEP Foundation could be the way for investors and those interested in crypto to participate in this disruption of the telecom industry, which paves the way for the blockchain to revolutionize it.

Blockchain Technology

With the advance of blockchain technology, it is possible to truly own a product. The KEEP Foundation is one of these decentralized, trustless systems that aims to let people fully own their products. In the case of the exchange, KeepGo and the KEEP Foundation make it possible for users to own their data, then sell or exchange it.

The Gig Economy

KeepGo is just one of the examples of the growing gig economy, which is estimated at $1.5 trillion. Users on the KeepGo Exchange can essentially get a gig by being an owner and reselling their assets for their chosen price. This process of true ownership and reselling also stimulates the business cycle, helping improve the economy.

KeepGo WPN

The KeepGo WPN is a way to access a secure mobile Wi-Fi hotspot around the world. Those who invest in at least 10 ETH in the ICO get a device for free. It is a pocket-sized device with secured software and hardware and no allowed application installations. There is coverage globally without a SIM or contract, with the ability to connect to more than 500 mobile operators in over 100 countries. Users can enjoy data speeds of up to 150 Mbps/50 Mbps. They can pay with BTC, credit cards, or PayPal, using auto-refills for data or adding more when they want.

KeepGo Token Sale

The KEEP Token is an ERC-20 token that provides access to the Exchange. The crowd sale starts July 15 with a soft cap of 3 million and a hard cap of 35 million. There is a total token supply of 700 million, with 105,454,545 allocated for the presale and 228,571,429 for the crowd sale, 16 and 33 percent of the total supply, respectively. Another 38 percent is allocated to the Foundation Development Fund. Finally, 8 percent is allocated for the team and advisors and 5 percent for bounty and the community.

Conclusion

KeepGo is revolutionizing the telecom industry by letting users buy and sell via the Decentralized Megabyte Exchange. This exchange lets users sell their unused data to others who need more data, making it ideal for those traveling to new locations. The token sale is in progress this month.

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#Cryptocurrency news #Bitcoin news #btcoin price today

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elinstechnology · 6 years ago

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H900 Gigabit 3G/4G Router

In recent time, E-Lins developed a new Gigabit router and push to market, named model H900. The E-Lins H900 Series is a compact, ruggedized Gigabit Ethernets 3G/4G/LTE router, with option feature of Dual/Tri Band Wi-Fi (2.4Ghz + 5Ghz) and dual SIM. It is qualified for M2M (Machine to Machine), IoT (Internet of Things) and In-Vehicle applications. With an extensive list of safety and hardening certifications, the H900 is engineered to protect against extreme temperatures, humidity, shocks, vibrations, dust, reverse polarity, and transient voltage, which is widely used in more than twenty industrial fields, such as CCTV security surveillance, vehicle, Telemetry, vending machines, power control, AMR, traffic, oil field, weather forecast, environmental protection, street lamp control, post, bank and many other areas.

Key Features

Multi-carrier 2G/3G/4G LTE support, option with Dual SIM card slot;

LAN Gigabit Ethernets * 2 + LAN Fast Ethernets * 2 + WAN Gigabit Ethernets * 1;

Cellular/WAN RJ45/WiFi client failover and Load Balance (Bandwidth link bonding);

USB3.0, USB2.0 supported;

Supports LTE Advanced with SIM-based auto-carrier selection;

External antenna connectors for high gain antennas replacement;

MIMO supported;

Cloud-managed (with NMS network management system), TR-069, Web management, SMS, SSH/Telnet/Command, SNMP;

Option dual-band, dual concurrent WiFi (802.11 a/b/g/n/ac, 2.4Ghz + 5Ghz);

Certified 3G/4G/LTE enterprise/industrial grade internal modems;

Built-in transient and reverse polarity voltage protection, over-current and over-voltage protection;

5-40V DC voltage input range (5-60V DC option), Dual Power Inputs / Power Failover;

POE passive is supported;

GPS / GNSS support;

Serial Ports * 1 (RS232 or RS485);

DI/DO port * 4;

Supports Ethernet (T1, DSL, Cable, MetroE), WiFi as WAN, and Metro WiFi;

Ruggedized to ensure always-on connectivity;

Create real-time alerts to monitor uptime;

Offer secure, guest WiFi to passengers;

Advanced security, VPN, and stateful firewall to protect sensitive data;

Robust Metal Case is ruggedized for vibration, shock, provide IP30 protection;

Desktop, Wall-mount and Din-rail mount of installation;

Customer can choose different network version based on actual application locations.

Importance of LTE Device and how it works?

The basic difference within old way of managing broadband and LTE is managing net accessibility on network. Now with this connection you can access your internet connection regardless of thinking where you are and how far you are from the place where internet connectivity device is located. The simplified and sleek design of the utility makes it easy to carry anywhere. It is simply dedicated to redefine the experience of good internet connection. There are various models of the LTE routers like H685 FDD LTE Modem, H685 Series 4G FDD+TDD LTE router etc. And all of these have diverse but catchy nature for network manageability. According to environment and associated factor, you can send quote for LTE router to E-Lins LTE router manufacturer.

Does E-Lins Provide Router 4G OEM/ODM Customization?

E-Lins provides full series of 4g router with sim slot and external antenna. With the router 4g (also named router LTE), it helps quick network building for wireless M2M/IoT applications. The current E-Lins router 4g provide powerful features and performance. However we provide additional OEM/ODM, and other customization service to meet your own router LTE design, including the case, color, package, accessories, software feature and hardware configuration.

Comprehensive Range of Industrial 4G Routers for Wireless M2M and IoT.

High internet or private network speed has the power to enhance your productivity as it enables you to do the same work on the internet at an exponentially lesser time than with a slower connection.

To change your life and overall work performance switch to high-speed wireless connectivity with the 4G Router that gives powers you with lightning fast internet access with a top notch speed.

Perform heavy data tasks such as streaming large sized media files online, watching High Definition movies or using video conferencing with utmost ease as this router delivers exceptionally fast Internet speed that any home user would dearly desire.

It transmits data streams through wireless signals off the walls which you receive signals in all areas of your house or office.It also features an integrated full- fledged firewall functions to save your device from malicious attacks on the Internet and ensures a safe and secure browsing experience.

It also features other security features that prevent harmful incoming connections from disturbing your browsing activity. This extremely user-friendly device offers you the convenience to manage the network and functionality with utmost ease.

If your project are searching for a Gagabit 4G router, you can consider our model H900.

#industrial 4g router #lte router #4g bonding router

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elinstechnology · 5 years ago

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Why we need use 4g enterprise router?

What advantages does 4G enterprise router owns? What benefits can 4g enterprise router bring to our life and M2M applications?

We will look into some of cases that 4G enterprise router might be good solutions. We will also highlight some of the potential shortcomings of a 4G router for certain applications. Overall, we would like to dive deep into the aspects that matter when choosing a 4G router. Now let’s begin:

With all these base level factors in mind, let’s investigate what factors and features you should consider in a 4G router:

1) Which affect you choose a 4g router?

This is perhaps the most important factor in determining the features you need to look for in a 4G sim card router: how will you be using the 4G router? Is this for a retail store as a backup on an existing primary wired connection (imagine the backup Internet for a POS register)? Is the 4G router going to be used in a specialty vehicle (imagine a police car with surveillance cameras)?

If you are considering using a 4G router as a primary Internet connection for every day usage in a residential environment, you are probably a year or two early as the cost of the data has still not gotten to levels where you can replace your wired Internet line with a 4G router. A 4G router should be considered only when you have no other wired Internet options in your house. For this type of simple setups, a 4G router that can house a single wired WAN and a single 4G connection will be a good choice. We recommend 4G router with built-in modems so that you can use an external antenna for best coverage.

2) What type of environment will the 4G sim card router be used in?

It is important to have ruggedized 4G router in case you will be using the device in harsh environments. Certain environments may even require their specific certifications, such as installation in trains where certification for train installations is a must have for your 4G router both for performance against temperature range, vibration tolerance etc, as well as for safety reasons.

3) Will your 4G router be your primary or failover connection?

IF your 4G router is going to be carrying your traffic all the time, i.e. will be your primary means of Internet connectivity for your office, specialty vehicle or similar, then we highly recommend 4G routers with more than 2 cellular 4G connections. Going back to our high-way analogy, this will mean a larger capacity highway to carry more cars with ease. For failover only scenarios, where the 4G connections need to keep the connectivity alive for only limited time, having only 2 connections might be enough. We still caution against a single 4G failover for the following reason.

4) Do you have an industrial case that needs the 4G router?

Before choose a 4g router, first you need consider that whether you have a industrial case in need of 4g router, such as a backup connectivity for a branch office, or as a primary connectivity for a mobile or temporary office, then your 4G router needs to support some advanced features including firewall, broadband bonding and application centric optimizations. Ideally, you can have the 4G router capability within your primary router. In this setup your wired line can failover on to a bonded set of 4G connections. Bonding 2 or more 4G wireless connections will provide not only a wider bandwidth and higher throughput, but will also provide self-healing capabilities for the traffic going over 4G networks. Think of it as adding another lane onto your high-way. Compared to a single lane high-way, a 2 lane high-way will always outperform. Broadband Bonding feature will give your cars driving on that highway to dynamically switch lanes, so to speak and therefore shielding network problems, fluctuations and outages from your applications. This naturally brings up our next aspect to consider.

5) Which brand 4g enterprise router will be good choice?

There are so many kinds of 4g enterprise routers in the market. There will be many good choices for you, but I suggest you consider E-Lins Technology as one choice. And E-Lins will show you many excellent 4g sim card routers.

#4G router

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elinstechnology · 5 years ago

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Why we need use 4G sim card router?

Even if 5G is coming and finally will be widely used in worldwide, now 4G is still the main mobile network. In the times, if you do not know 4G and do not use 4G LTE network, it stands for you are behind of the times.

What advantages does 4G sim card router owns? What benefits can 4g sim card router bring to our life and M2M applications?

We will look into some of cases that 4G sim card router might be good solutions. We will also highlight some of the potential shortcomings of a 4G sim card router for certain applications. Overall, we would like to dive deep into the aspects that matter when choosing a 4G router. Now let’s begin:

4G networks are inherently unpredictable. This means, even though in ideal locations, times and environments, the performance of a 4G sim card router can be fantastic. The carriers you use make a difference. Some carriers have the largest coverage area, some carriers have the best urban performance, some are better in rural etc. So you should usually expect variation on the performance based on carriers. It is not uncommon to see one carrier outperform one in a certain location at a certain time, while the following day the roles may reverse.

With all these base level factors in mind, let’s investigate what factors and features you should consider in a 4G sim card router:

1) Which affect you choose a 4g sim card router?

This is perhaps the most important factor in determining the features you need to look for in a 4G sim card router: how will you be using the 4G router? Is this for a retail store as a back up on an existing primary wired connection (imagine the backup Internet for a POS register)? Is the 4G router going to be used in a specialty vehicle (imagine a police car with surveillance cameras)?

2) Do you have an industrial case that needsthe 4G sim card router?

Before choose a 4g sim card router, first you need consider that whether you have a industrial case in need of 4g sim card router, such as a backup connectivity for a branch office, or as a primary connectivity for a mobile or temporary office, then your 4G router needs to support some advanced features including firewall, broadband bonding and application centric optimizations. Ideally, you can have the 4G router capability within your primary router. In this setup your wired line can failover on to a bonded set of 4G connections. Bonding 2 or more 4G wireless connections will provide not only a wider bandwidth and higher throughput, but will also provide self-healing capabilities for the traffic going over 4G networks. Think of it as adding another lane onto your high-way. Compared to a single lane high-way, a 2 lane high-way will always outperform. Broadband Bonding feature will give your cars driving on that highway to dynamically switch lanes, so to speak and therefore shielding network problems, fluctuations and outages from your applications. This naturally brings up our next aspect to consider.

3) Will your 4G sim card router be your primary or failover connection?

4) What type of environment will the 4G sim card router be used in?

5) Which brand 4g sim card router will be good choice?

There are so many kinds of 4g sim card routers in the market. There will be many good choices for you, but I suggest you consider E-Lins Technology as one choice. And E-Lins will show you many excellent 4g sim card routers.

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elinstechnology · 6 years ago

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How to choose a suitable 4G cellular router

4G cellular connections are widely being used by businesses to connect their sites to the internet or to other sites on their Wide Area Network (WAN). Using 4G can be very useful if you need sites connected fast, or in remote places, or perhaps for backup or disaster recovery scenarios. A 4G connection for businesses almost invariably involves the use of a 4G router that contains one or more slots for SIM cards, plus the means to connect cellular aerials and the local area network (LAN) of the site.

There are so many types of 4g routers in market supporting various kinds of features. In order to purchase a suitable 4g router for your application, you should take the time to consider some of the following questions…

1. What’s The Router Going To Be Used For?

Not all 4G routers are created equal – so depending whether you’re using a router for business or leisure is going to decide the level of capability you require. One of the big differences to consider from the outset is whether you need a device that’s able to use more than one cellular connection to provide an internet connection.

If you’re a business user then the answer here is likely to be a yes – and the feature you’re looking for is referred to as a ‘multi-SIM’ capability.

Performance and reliability is the primary reason multi-SIM is appropriate for businesses, If your end users or customers rely on stable and robust communication, then the cost of a slow or intermittent connection might run to far more than inconvenience.

4G routers that use only 1 SIM are targeted at leisure users or business sites with few users for whom performance is less of an issue.

2. Be Aware Of The Multi-SIM/SIM Failover Difference

There’s a big distinction between a router that offers multi-SIM capability and one that offers merely a SIM failover service.

If the router you’re looking at has two SIM slots it doesn’t necessarily mean it offers two cellular connections – instead, it might just mean that there’s room for a ‘back up’ sim should the primary cellular connection experience a service issue.

Routers that offer true multi-SIM technology combine 2 or more connections – and in some instances can bond 2 or more SIMs to provide a high capacity connection. If you’re not sure how many SIMs will suffice, consider what’s needed for you network applications to run – and check against connection speed of the SIMs you’re planning to use.

3. Is SIM Bonding Or Load Balancing Right For Your Business?

When using more than one SIM, depending on the types of application you’re running, you’ll need to decide whether bonding or load balancing your cellular connections is right for you.

If you’re bonding, you’re essentially using the router technology to combine all of your 4G connections into one – whereas with load balancing you’re attributing a single connection to each application or end user. Owing to its stability, many companies favor bonding to increase internet speed – and since it’s unlikely that you’re ever going to be using the full capacity of your connection, any issues with a single connection aren’t noticeable.

4. Do You Have Priority Applications That Must Run?

A lot of businesses have core applications that have to run for service to be provided. It’s not just dropped connections that cause application issues, you might have applications for which a slowed connection can cause problems. This can especially be the case if you have real-time applications.

If this is the case for you, looking for a router that offers traffic prioritisation at the point of configuration is a good idea. You’ll be able to make sure mission critical applications continue to run, even if others are slowed or halted.

5. How Important Is Reporting On Data?

Relying on the different carriers to provide accurate information on your data use can sometimes prove taxing – for many this isn’t done as standard, so takes time and effort if you want to get certain figures.

If you’re keen on keeping an eye on data use then finding a router with built-in reporting capabilities can be very helpful. In doing so you can compile crucial information on budgets, application use and much more.

6. Do You Need To Access Your Network Wirelessly?

There are a variety of reasons that wireless access to your network can be helpful – the physical setting of your network might require it, guest users might not want to (or be able to) plug an RJ45 cable into their device, printers and other network peripherals might be awkwardly located – and so forth.

Not all 4G routers offer a wireless connection – but some do, so if your business could benefit from the flexibility that brings, be sure to check – it’s not always built in.

7. Will You Be Connecting To Devices That Are Inconvenient To Provide Mains Power To?

4G routers will often be connected to a small switch, a wireless network access point or other low power equipment. When you’re connecting small sites, vehicles and outdoor locations it is sometimes inconvenient to plug all of these into mains power. In these situations, it simplifies the installation if you can power them over an Ethernet cable, using Power Over Ethernet (POE). If you’re in this situation, you might want to consider looking for a router that can provide power to other equipment via Power Over Ethernet.

Not essential – but a nice feature to take advantage of if you’ve got the need.

8. Do You Have The Budget To Upgrade Again Down The Line?”

4G technology has now been around for quite some time – and while it offers excellent performance against anything that’s gone before there will be a time it gives way to a more sophisticated technology. Some routers that are currently on the market are capable of handling the next generation of connectivity – often referred to as 4G+ or 6LTE.

If budgets are tight and you’d like a router that can keep up with advances in technology, look for something that supports these cutting edge developments – it might cost you a little more in the short term but could save you a costly upgrade should you require faster connectivity in the future.

If your cases or projects are used in M2M&IoT fields, E-Lins Technology’s series 4G M2M routers will be good choice for you, maybe you can take a short view of their products from their website.

#4G Routers

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inhandnetworks-blog · 7 years ago

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Microscopic Origami Boxes Fold-Up on Their Ow grid fault location n

www.inhandnetworks.com

The ancient art of origami just got tiny. And by tiny, I mean microscopic. Oh yes, it can also fold all by itself now. According to New Scientist, we can now select the best flat starting shapes industrial transport for making tiny boxes that are able to build themselves. Well, with a little nudge from outside help.

This is no easy task since the number of possible 2D cut-outs is staggering. For a simple cube, you have just 11 different options, but a dodecahedron of 12 pentagon faces has a total of 43,380.

David Gracias of Johns Hopkins University shou goose-messaging- ld know, since he made hinged nickel cut-outs, edged with alloy. Algorithms were used to choose the fastest-folding starting shape. When the alloy was melted (that “nudge“ that I aforementioned), it made the shapes fold into boxes less than a millimeter wide. The starting shapes that were the least spread-out were the ones that folded fastest.

We have plenty of ways to print 2D forms, but this helps to nanomanufacture 3D surfaces. It will be interesting to see where this goes from here a wastewater treatment nd what kind of structures will eventually come from it.

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#iot vending machine #4g vpn router #Wireless ATM Equipment #Remote Digital Signage #touch screen for vending machine #car-router #QR code vending machine #3g modem #LTE router

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inhandnetworks-blog · 7 years ago

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Instagram will now allow users to add soundtracks to theirS Remote Automation tories

www.inhandnetworks.com