Apr 17, 2017

A Small cell that can bolster up to four administrators is being developed at SpiderCloud Wireless. Small cells can help availability in structures that are hard for cell tower signs to enter, however so far they have regularly been sent by a solitary bearer inside a scene. That makes it hard for a working to offer a superior cell experience to every one of its inhabitants through small cells.

"Multi-administrator support is something we've been approached about for a long time," said SpiderCloud CMO Ronny Haraldsvik. "In any case, it's not something that ends up plainly accessible until frameworks integrators and setting proprietors can purchase the frameworks coordinate from either ourselves or our accomplices. So it's something that we know has been desiring a long while. … Our double band radio can really isolate out the two administrators on one radio and we don't have any obstruction issues with putting two radios by each other, which implies you can bolster three or four administrators with only two radios."

SpiderCloud's double band radio hubs offer concurrent 3G/LTE benefit or double transporter LTE benefit. As of late Verizon Wireless entered a concurrence with SpiderCloud for double band LTE small cells. This week SpiderCloud said that through a product overhaul, its small cell radios will bolster bearer total with pinnacle rates up to 300 megabits for every second.

"Bearer collection is table stakes, everybody needs to have it," said Haraldsvik, including that SpiderCloud can join any blend of range groups, and can add new range support to existing arrangements. "We can oblige those distinctions and do as such in programming refreshes," he said.

SpiderCloud is the second seller to dispatch an answer that can bolster more than one bearer. Airvana propelled a multi-administrator small cell arrangement a year ago, and is in examinations with nonpartisan host suppliers that arrangement to put resources into the arrangement and rent network to bearers. Airvana additionally said that it would like to pitch its small cell frameworks to bearers that will then rent network to different administrators, a model that has worked in the circulated reception apparatus world however is less demonstrated with small cells.

Multi-administrator small cells are probably going to be all the more fascinating to scene proprietors and frameworks integrators than to portable administrators. For the time being, SpiderCloud does not anticipate administrators sending its new multi-administrator arrangement, however observes solid request originating from integrators and scene proprietors. "We're getting a considerable measure of interest specifically from framework integrators and land proprietors that will pay for this framework, or even clinics that will pay for this framework, and since they're paying for it, they can set the necessity," Haraldsvik said.

Scene proprietors might will to pay for small cells, however they require transporters to bring network, and when something turns out badly they frequently require bearers to help investigate. At the point when issues emerge, administrators and integrators need to limit interruption for the scene proprietor. Because of this, SpiderCloud has incorporated a Bluetooth low-vitality guide with its iOS and Android versatile applications. The objective is to empower most arrangement and support to happen without moving into the roof, where numerous small cells are conveyed. SpiderCloud's chief of big business arrangements says Bluetooth brings another advantage for scene proprietors.

"We begin being able to state 'now that I have overseen radios out there with Bluetooth, now that those radios can communicate a character, how does the office proprietor conceivably take advantage of that personality and utilize that for other sort of client confronting business applications like portable shopping applications, client reliability applications, most brief washroom line, etc.?'" said SpiderCloud's Art King.

Lord said that iOS and Android bolster Bluetooth promoting inside their OS bits, so the SpiderCloud application sits on top of the local OS bolster. The Bluetooth module replaces a LED light in the equipment.

SpiderCloud is a Silicon Valley startup that spotlights only on big business small cell arrangements, and has effectively gone up against considerably bigger contenders like Ericsson, Huawei and Cisco. Inside the most recent three months the organization has reported its association with Verizon Wireless and another $20 million subsidizing round.

Posted at 10:44 pm by samsolong
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Mar 27, 2017
The ultimate equlizer of the rich and the poor nowadays is Technology

Mobile phones are intriguing, valuable and assume a noteworthy part in our lives by uniting individuals and keeping in consistent touch with each other. In any case, the vast majority don't comprehend the material science of a cell phone..

Cell phone are characterized as kind of remote specialized gadget or might be as advanced radios. They utilize numerous advanced small cells with a base station and a wireless tower at the focal point of every cell. These cells have broad frequencies that permit a huge number of individuals to utilize cell phone in the meantime. In this procedure, cell calls are exchanged from base station to base station as a client makes a trip from cell to cell.

Points of interest of Cell Phones

The cell phone is a superb creation and there are a few favorable circumstances to mobile phones. Phones have assumed a key part in uniting the world. In fact, it is an additional asset that gives it client's incredible focal points.

One prominent favorable position of phones is that it permits its clients the benefit of a more extensive chance to convey by a rule call recurrence reuse. Through this rule a similar recurrence can be utilized by various cells without making obstruction from different cells. Recurrence can be utilized again and again. A moment favorable position of cell phone is that they are little and simple to bear.

Mobile phones have full duplex, implying that you can utilize one recurrence for talking and a moment recurrence, isolate recurrence for tuning in. Both individuals on a wireless can talk on the double. The mobile phone can convey on 1,664 channels or more. Moreover, phones (TDMA) utilize a double band. This implies it can work in both 800 MHz and 1900 MHz groups.

Phones have awesome impact in our regular day to day existence and are advantageous to have around. Phones are a quicker and more successful approach to exchange data.

Weaknesses of Cell Phones

Once in a while phone brings in a region of tall structures have a lot of impedance and dropped signals. The purpose for this is radio signs from the mobile phones and towers all reflect forward and backward between structures around us. There echoes practically cover at the reception apparatuses, however fluctuate on focuses on the wave shape from every reflection brought on by the contrasting lengths the waves travel and the impact of impression of different surfaces. This cause an extraordinary drop in signal quality and clearness and the signal might be dropped.

There are restorative motivations to speculate that cell phone may bring about disease of the ear or mind tumors. The more people utilize mobile phones and the more prominent the quantity of years utilized by them, the more noteworthy the danger of cerebrum tumors. In any case, the cell phone industry has since a long time ago opposed any proposal of a connection to growth, however it acknowledges that cell phone radiation affects the electrical movement in the mind

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Feb 28, 2017
5G and its spectrum sharing concept

With the accelerating of the 5G New Radio (NR) standards, the eagerness for 5G shared range creates. The inspiring news is that 5G NR is expected to work over a wide group of range groups, from low groups underneath 1 GHz and mid groups from 1 GHz to 6 GHz to high groups, for instance, mmWave. In like manner, 5G NR is moreover planned to work across over different range sorts, from approved range to unlicensed and shared range.

5G NR certifications to reinforce a wide assortment of requirements from phenomenal exchange speed to use cases, for instance, immersive virtual and enlarged reality, interfacing the colossal Internet of Things and enable mission-essential organizations with sub-millisecond inactivity. In that capacity, the standard business community for 5G NR has been around approved range. It is fundamental, regardless, to note that access to the common/unlicensed range can open up 5G in various estimations, including enhanced end-customer data rates with spearheading access to more range, more capable close-by and private framework operation, and new sending use cases for present day applications. 5G NR is planned to locally support all range sorts with the flexibility to abuse conceivably new range sharing perfect models, by virtue of the layout of edge structure with forwarding similitude. This makes open entryways for new headway to take range sharing to the accompanying level in 5G.

For versatile chairmen, 5G range sharing will enable executives to business visionary aggregate more range to capably reinforce unbelievable transmission capacities with regards to fiber-like experiences. Moreover, 5G range sharing can widen the upsides of 5G NR developments and the organic framework to components that don't have permission to approved range, for instance, link administrators, endeavors and IoT verticals

QualcommTechnologies is currently initiating range granting developments in LTE to thoughts, for instance,

• LTE-Unlicensed (LTE-U) and Licensed-Assisted Access (LAA) that aggregate approved range with shared/unlicensed range

• MulteFire that enables better cell development than work stay lone in unlicensed range

• Citizen Broadband Radio Service (CBRS) where diverse associations can give range to a higher sorted out inhabitant

We are building and building up these thoughts in 5G NR, however including headways around new range sharing perfect models. So what are these new improvements? Starting at now stated, an essential injury of unlicensed/shared range is the nonattendance of QoS confirmation. Thoughts, for instance, QoS are nowadays disparaged in approved range, yet are all the more troublesome when sharing range. Along these lines, a segment of the headway is fixated on making range sharing work intensely to approach the expected execution of approved range while keeping up the versatility.

Another range of advancement is to improve the general range utilize when sharing the range among different associations. This can be expert by component tune in before-talk at lower loads since accidents are more shocking and increments are seen from trunking profitability over a settled resource divide joining the movement in a comparative range. At higher weights, regardless, finishing higher execution with component sharing over a settled resource is all more troublesome due to more crashes. This is another domain for new progression that, with a pointedly sorted out sharing instrument, one can finish gigantic execution with range sharing across over stacking conditions as plot by our underlying re-establishment comes to fruition

Posted at 12:42 am by samsolong
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Feb 13, 2017
What is a donor antenna?

The "DONOR" antenna is conventionally mounted on the roof, or a side of the structure, where a clear line-of-optical discernment path subsists to the distant radio tower. The distant site is withal penned as the "Donor".

This is a two-way interface

-the DOWNLINK" is the RF signal direction going INTO the structure.

-the "UPLINK" is the RF signal being sent back OUT of the structure.


The Donor Antenna (outside antenna) is crucial to obtaining the maximum signal and coverage for your repeater system. Typical antennas for our CS and SR series systems are the directional Yagi (6 element- 800MHz) and Grid (1900MHz). The DA series utilizes a Dual Band (800-1900MHz) Omni-Directional antenna. The radiating pattern converse with the gain of the antenna. The higher the gain, the more the antenna can reach out to receive a better signal. In most cases, the 6 element Yagi will do an excellent job of receiving the signal. In low signal areas, the 12 element Yagi may be needed to receive enough signals to supply to the repeater system. Please note that the Yagi antennas are for the 800MHz Cellular and 800MHz Nextel systems only. These Yagi antennas cannot receive 1900MHz signals

The 1900MHz Grid antenna is standard on our CS and SR series repeater systems. The Grid antenna is astronomically high gain and consequently has a highly-directional radiating pattern. The higher gain avails to increment signal for problematic 1900MHz frequencies.

Omni-directional antennas are the most facile to installsince there is no "pointing" of the antenna. They receive and transmit in a 360-degree pattern. However, there are two drawbacks to omnidirectional antennas. First, they have lower gain and hence diminished capability to reach out for a more impotent signal. Second, by having a circular pattern they may interfere with the inside antenna if their signal overlaps. Minimum disunion of omnidirectional antennas (or isolation) is required. Another possibility is to dissever the antennas with a signal blocking surface (such as metal, concrete, tile roof, etc.)

This is the Donor antenna utilized in the DA series repeater system.

Posted at 10:48 am by samsolong
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Jan 19, 2017
How 4G can fit inti 5G deployment and ecosystem

With details for "5G" innovation as yet being worked through, it ought to be clear to consider how the innovation is relied upon to be unique in relation to 4G and, thus, how 4G will fit into the 5G ecosystem community.

Past generational changes have been genuinely huge, helped by an unmistakable outline between what preceded and where the innovation was going. The progress from 1G to 2G depended on a move from simple to computerized administrations. The move from 2G to 3G was more forward in that it achieved progress in those 2G measures with a specific end goal to bolster higher-speed portable information administration's.

A bigger move was found as far as the move from 3G to 4G, as what we're circuit-exchanged systems offered an approach to web convention based systems that could bolster more prominent system rates and general developing shopper request. The network likewise was critical in that there was not a simple handover in the vicinity of 3G and 4G systems, which constrained carriers to keep supporting both so as to keep serving clients.

That now drives us to the 4G to 5G relocation, which at first looks set to be like the 2G to 3G move. This is viewed as uplifting news for sending network as portable bearers have burned through many billions of dollars conveying their LTE organizes and are required to proceed with that venture into the not so distant future.

With LTE organizes at present giving expansive swaths of scope and carriers quickly expanding thecapacities of those systems with LTE-Advanced improvements, 4G is viewed as being foundation to 5G.

"Our work today in LTE is pivotal to what we are doing as far as 5G," said Güenther Ottendorfer, COO of innovation at Sprint. "From Sprint's point of view it is that we have true serenity as far as range support for LTE, and what we are doing with the 2.5 [GHz] band today in reinforcing our 4G LTE benefit and furthermore picking up understanding into what we can do later on with 5G systems."

Current 4G network likewise is viewed as being vital to bolstering the blast of utilization cases coming to showcase, a number of which are relied upon to develop certainly before 5G systems are sent.

"Things like evolved packet core and LTE will keep on serving as a strong control plane for 5G," said Larry Davis, national deals administrator at Anritsu. "It's dependably an intense issue for the business to perceive how far out we can look past where we are as far as LTE network. We consider 5G to be an advancement of 4G and in this manner see current 4G as being critical as we move toward 5G. … A ton of the difficulties is being presented today so we are getting some work on them and they are not going to be new. They are nowhere as far as heterogeneous systems, for example, and that is all stuff that we are dealing with today. Hitting the nail on the head as far as 4G will guarantee that we are set up for 5G."

While the build-up encompassing 5G would make it appear as though we are days from business organizations, there clearly remain years of work ahead regarding satisfying that guarantee. Like past innovation developments, there are certain to be obstacles and deadlocks en route, however, with the proceeded concentration on advancing 4G systems, those issues ought to be taken in a walk.

"I would concur that we are for sure observing a great deal of 5G build-up right now, with some of that maybe a bit over hyped for what we will really find as far as 5G systems," said Bill Ho, an essential investigator at 556 Ventures. "In any case, we are seeing more prominent distracting advantages to remote availability and all the more particularly to what 5G advances can convey to the market. We may even now be a few years from seeing the full advantage; however, the business is gaining unfaltering and critical ground toward a 5G future."

Past LTE, the industry is likewise searching for 5G bolster from other air interfaces including Wi-Fi, which has ended up about as a lot of a staple to the end-client encounter as observing the "4G" symbol on their handsets.

Posted at 10:33 am by samsolong
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Jan 3, 2017
Gearing Up for 5G is not the same as when we shifted to 3G from 2G

Each and every new release of telecom applied sciences and networks improve excellent of offerings and our life. Today we can do a lot more on our smartphones than was once possible in prior iteration networks—for illustration video streaming works better on 4G than on 2G or 3G. The effect is obvious as we get much less buffering, pauses, drops. Naturally then in an identical improve fifth iteration community or 5G is predicted to be turbo and better than 4G.

Now if 3G and 4G can meet our needs at present, will we quite ought to bother about 5G? Really we do. We're moving to an always connected world — like we're able to connect with pals whenever anyplace or do reside stock market trading or keep every time—devices are also getting related. We are speedy moving into an era of wearable tech. The shrewd wristbands are the primary wave of that. Internet of things (IoT), driverless automobiles, augmented fact will all be actual in coming years and all depends upon telecom networks for delicate, seamless functioning.

It’s for this smarter future that we have to always seem at new applied sciences that may increase download speeds, curb latency (time extend in a process) and total fortify the pleasantof interactions and experiences with gadgets and individuals. Additionally, intelligent cities are all about linked matters. These will put fresh demands on network capabilities and speeds making subsequent new release networks significant. Now not fairly significant world companies like Intel, Samsung, Google, Apple, Qualcomm, Huawei and others are already doing a study on 5G networks so that they can speed up in following few years. Although 5G business deployments around the world might not be before 2020.

5G technology will enable a flexible, dependable, and at ease wireless networks to connect folks with all functions, offerings, and matters, leading us into an era being termed as `the whole lot on mobile’.

On this technology, mobile networks have to meet necessities extra diverse than ever—it’s not almost downloading videos or viewing cricket fits without buffering. These requisites span syncing up with driverless cars and running sensible cities. Right here 5G shall be desired as it has just a few advantages over current mobileconversation technologies. These include 100 billion connections, 1 million second (ms) latency and 10 GB per 2nd output.

A 4G network supplies hundreds and hundreds of connections for each mobile, but a 4G network is not able to meet the connection desires of the coming connected technology. A 5G network provides up to 1,000,000 connections per square kilometer, that's, 100 instances more than present 4G networks. This may occasionally cater to rising demand for connections. More devices can be related every rectangular km. Imagine the whole thing from washing machines, toasters, refrigerators, wearable contraptions, water sprinklers to your garden, CCTV cameras, your automobile, local medical institution ambulance and of course your smartphone—all linked to each other!

Apart from, the approaching related technology received be capable of coming up with the money for the latency that exists in present networks. The latency on a 4G network of fifty ms is half of-of that of a 3G network, nonetheless, applications like self-driving automobiles require just about zero latency. As 5G latency is anticipated to return down to 1 ms and 1/3, a larger output will higher meet consumer wishes. The throughput of a 4G community is 10 instances greater than that of a 3G network, however, once 4K (ultra-high definition television) video offerings grow to be general, a 4G community will not be able to satisfy the brand new output demands. At top premiums of 10 GB per 2d, 5G is a minimum four instances turbo than the present 4G networks. The 5G Wi-Fi connections can even be thrice faster than 4G.

With the entire benefits of velocity and larger capacity, migration to 5G be easy. 5G would require fresh investments, hanging a burden on already stretched stability sheets of telcos. Contemporary investments will probably be wanted in 5G smartphones and spectrum as good. Despite the challenges, the long run shall be 5G. Whilst the enterprise works toward making 4G ubiquitous, demands of a connected world will accelerate investments and progress of 5G applied sciences.

Posted at 06:14 am by samsolong
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Dec 29, 2016
Wi-Fi used in business Fields

Versatile representatives will have to have the capability to get to know how anyplace, as they're no more expanded fixing to the traditional place of business. Companies have started to understand this and they as of now supply their representatives with transportable PCs, mobile phone telephones, and drugs or allow their employees to make use of their very own items. Be that as it may, that is inadequate. In conveying versatile working techniques, companies almost always put out of your mind the best way that cell telephones require a regular network source. Anything else, portable experts don't seem to be able to utilize the cloud-headquartered industry applications and administrations that have been so colossal in large profitability picks up. All by myself, versatile specialists have determined a speedy settle. They as of now rush to Wi-Fi which strikes 60% of portable knowledge activity on mobile telephones. Portable specialists are determining Wi-Fi on account that, to place it plainly, of the affordable cost and execution preferences greater than 3G/4G. Wi-Fi presents a superior customer come across on the excessive transmission capability, high expertise functions, and administrations that power the leading edge assignment. What's the rationale of making an attempt to make use of a video conferencing administration just to get a terrible organization? Likewise, transportable gurus can not endure taking a seat tight for giant know-how records to download. The sheer volume of expertise required by using moveable workers to carry out their occupations makes a Wi-Fi First method an easy determination. Also, the substantial enlargement of Wi-Fi hotspots implies that versatile professionals can have the ability to make use of their excessive transfer velocity applications in more areas than another time in latest reminiscence. There are at this time a quality many Wi-Fi hotspots worldwide, whether in plane terminals, bistros, resorts, open transports even in planes, provincial regions and exclusive areas the place a 3G/4G flag can't reach. That number is just becoming better through the day. All inclusive, Wi-Fi hotspots developed by way of 568% somewhere round 2013 and 2016. Apart from, from a device standpoint, a noteworthy quantity of does not need a SIM card. To give a feeling of the industry reach of Wi-Fi: half of all customer objects delivered out are Wi-Fi because it has been. Usability is principal: Despite these noteworthy numbers, Wi-Fi is not without its usual difficulties. The customer experience can be uneven; fighting via hostage login pages, swimming by means of noisy commercials, notwithstanding inputting personal data with a special finish purpose to get online make bunch grinding focuses to interfacing. All matters regarded, organizations require a Wi-Fi first method, as a way to preserve their employees associated and precious. Gratefully it's changing into a first-class deal much less worrying to interface with Wi-Fi hotspots universally. Insightful process alternative innovation, for illustration, is empowering transportable authorities to naturally interface with the nice performing hotspots, even as making a consistent Wi-Fi meandering background. Security has likewise been the perpetual experiment of free open Wi-Fi hotspots. Purchasers are hesitant to associate with systems that perhaps considered as an open welcome to programmers. All matters viewed, no worker or business wishes community at the price of their profitable corporate expertise. That is the place elements, for instance, final mile VPN become a critical factor, making associations over open Wi-Fi hotspots extra comfy than any other time in up to date memory, together with a layer of coverage where customers have felt most defenseless beforehand. Why what's to come is associated with the aid of Wi-Fi ? Now not just is Wi-Fi scorching correct now, its future is much brighter. Wi-Fi is the core community hotspot for wearable and IoT items" two markets to be able to just get greater. This means organizations are in general going to end up relying noticeably more on Wi-Fi, certainly as cloud administration's hold on scaling. Taking the whole thing under consideration, Wifi speaks to the most realistic and in charge, the technique to get the portable team of workers on the web. So, Wi-Fi first isn't practically cost reserve funds. Wi-Fi presents essentially the most excellent, transportable working background when leading everyday trade workouts. With Wi-Fi, representatives make investments much less vigor retaining up and further time working, because of this business significantly recover prior misplaced gainful hours.

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Dec 5, 2016
Wireless Telecommunication and its Emerging technologies

Wireless telecommunication industry provides us with services such as cellular phone services, wireless video and wireless internet access. Wireless telecommunication operates on various carriers on 3G and 4G technology networks. We generally face two types of customers either on contracts or post-paid customers and prepaid or pay-as-you-go customers. In 2020, global wireless telecommunication services market is expected to grow to approximately $1000 billion. The point of sale is expected to grow with the increase in mobile payments in this market. Mobile payment sales are expected to grow exponentially, particularly in the USA because of the tremendous growth in the number of users of the technology. Apple Pay, Android Pay and Samsung Pay are the Mobile wallets which are likely to become a standard feature on new smartphones, as proposed by the e-Marketer research. Point-of-sale are also likely adopted by the merchants likely to accept the mobile payments. Incentives like promotions and loyalty programs will be integrated to attract new users to encourage and promote the need of m-payments. Almost 55% of the total market share in the market is made up by the top nine competitors in 2016. The largest competitor was the China mobiles with nearly 12% in the market. They are followed by the Verizon communications, Softbank group corp, Deutsche Telekom AG and AT&T. The emergence of fifth-generation mobile networks (5G) is the biggest forthcoming change in the telecommunication industry. 5G is expected to grow larger than the trending 4G technology. It will take some time to adopt this technology to become commercially and officially available. We can expect a better latency from 5G. The emerging generation’s mobile network provide better capacity that is needed to support the IoT (Internet Of Things).

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Nov 9, 2016

A lot of schemes are proposed to exploit the transmit diversity. Distributed antenna systems (DAS) constitute one of the most attractive schemes to efficiently achieve the stringent quality of service demands of next generation wireless networks. A particular project investigates MISO assisted different transmission techniques used in DAS and the performance of downlink multi-cell DAS in terms of capacity improvement using SINR for different transmission scheme. A system level simulation tool is used to analyse the performance. Here, the aim of this research is to assess the applicability of a Repeater connected to a Distributed Antenna System (DAS) for improving indoor capacity in UMTS radio network (2100 MHz). A guarantee of sufficient coverage and capacity for in-building areas constitutes a considerable issue in topology planning, because in both links, indoor users produce high interference to the outdoor network due to significant indoor propagation losses. Presented configuration effectively exploits effectively a Repeater system that amplifies the signal from the outdoor network and delivers it for indoor locations through distributed antenna system. Implementation of the analysed Repeater system is straightforward as it does not require usage of separate carrier. Moreover, any separate scrambling codes do not have to be dedicated either. Conducted measurement campaigns reveal improvement of radio conditions due to repeater implementation that results in 35% gain of downlink capacity for indoor locations. The Distributed Antenna system (DAS) usually use an external, directional antenna to collect the best cellular signal, which is then transmitted to an amplifier unit which amplifies the signal, and retransmits it locally, providing significantly improved signal strength. The more advanced models often also allow multiple cell phones to use the same repeater at the same time, so are suitable for commercial as well as home use. In cellular communication, repeaters are classically used for providing coverage in dead spots, which mainly constitute hardly accessible areas for regular base station deployment. In most of the scenarios, utilization of repeaters is very cost effective, as it decreases the number of required base stations. Moreover, in it was presented that properly deployed and configured repeaters constitute an effective capacity enhancement in CDMA-based networks. Hence, repeater systems can provide flexible and inexpensive solutions for varying traffic conditions, for hotspots (i.e. Areas with high capacity requirements), and also for serving indoor users. Typically, cellular networks providing service in majority of indoor locations must support high capacity requirements due to expected presence of active business subscribers using packet-based applications. Performance of the WCDMA (Wideband Code Division Multiple Access) network without specified approach supporting indoor traffic is limited, because high power required by indoor users produces interference that naturally limits the overall network capacity. Moreover, appropriate operation of HSDPA (High Speed Downlink Packet Access) in UMTS (Universal Mobile Telecommunication System) requires favourable radio conditions, which in indoor environment can be achieved only when dedicated antenna system is used. Therefore, from early stages of topology planning, indoor traffic with associated capacity requirements needs to be carefully considered.

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Oct 26, 2016

The Food and Liquid Energizer Card maintain the natural healthy balance of food and drinks. It has an energetically imprinted holographic pattern that protects the supplements, energetic formulas, and essences. Any food or liquid you consume are rebalanced and supplements are protected from the depleting EMF effects and other toxins.

Clear and energize what you eat and drink:

The Food/Liquid Energizer is programmed with a hologram that radiates a range of permanently imprinted vibrational frequencies specifically for foods and beverages.

A positive change in the energy structure of food or liquid is created when the vibratory level of the energy in food, liquids or supplements is heightened. Energetic disturbances are harmonized, and life force is raised within minutes.

• It restores vitality to foods and liquids
• It helps to clear toxic residues
• It raises the nutritional value
• Improves digestion and energy after meals
• Keeps foods, fresh longer and enhances flavour
• Enhances supplements

How foods and liquids are changed?

The degree to which the item can be enhanced influences the level of vitality in a substance before “charging”. We can increase the value of food, enhance the life force and also reduce the toxic effect by charging healthy, vital foods. Depleted foods do not absorb as much energy from the Food/Liquid Energizer, but toxic patterns will be neutralized, and the life force raised to whatever degree is possible. These cards can be used in the refrigerator or pantry to keep food fresh for a long time.

Choosing the right size is important:

The small 18 inches of the Food/Liquid Card energetically affects foods or liquids within, making it ideal for use when you are dining out or traveling. The large six-inch card works on foods or liquids within three feet of the card. Use it in the kitchen for charging groceries, preparing meals or treating pet food.

Posted at 01:13 am by samsolong

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