Tag: antenna

The Power of Antennas: A Taoglas Tale

The demand for faster and more reliable internet speeds has reached unprecedented heights. With the advent of 5G technology promising lightning-fast data transfer rates and minimal latency, businesses and consumers alike are fervently adopting the latest hardware to stay ahead of the curve. However, achieving optimal performance isn’t solely reliant on possessing the latest gadgets; it’s also about harnessing the right accessories to maximize the potential of these devices.

At the forefront of this quest for superior connectivity lies Taoglas, a company with a rich history dating back to its inception in 2004. Taoglas has firmly established itself as a premier provider of advanced antenna solutions, revolutionizing the way we approach wireless connectivity. While other companies may specialize in modem and router functionality, Taoglas’ sole focus on antennas has positioned them as experts in their field, setting a new standard for innovation and performance.

Recent tests conducted by 5Gstore.com underscore the profound impact of antenna design on signal strength and data transfer speeds. In one such test, the performance of Taoglas’ antenna model TG.66.A113 was pitted against the stock antennas of the Cradlepoint IBR900 router, yielding remarkable results. Contrary to traditional beliefs that bigger antennas equate to better performance, Taoglas’ innovative designs prioritize efficiency and gain over sheer size, challenging industry norms. The TG.66.A113 antenna has emerged as a game-changer, surpassing expectations and delivering unparalleled results that outshone those of stock antennas.

Beyond the technical specifications, Taoglas’ success can be attributed to its relentless commitment to innovation and customer satisfaction. Their diverse portfolio of antenna solutions caters to various applications and industries, showcasing their versatility and adaptability. Whether it’s IoT devices, automotive applications, or industrial automation, Taoglas’ antennas are tailored to meet the unique needs of each sector, driving connectivity advancements across the board.

Furthermore, Taoglas’ collaborative partnerships with telecom companies, IoT device manufacturers, and government agencies have facilitated the integration of their antennas into cutting-edge technologies, propelling connectivity infrastructure forward on a global scale. From smart cities to remote rural areas, Taoglas’ antennas are making a tangible impact, bridging the digital divide and empowering communities worldwide.

Looking ahead, Taoglas remains at the forefront of antenna technology, poised to address emerging trends and challenges. With a keen eye on sustainability, they are committed to environmentally friendly practices, ensuring their antennas are not only technologically advanced but also eco-conscious. Additionally, their dedication to providing exceptional customer support and resources for optimizing antenna deployment underscores their commitment to delivering a seamless user experience.

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Exploring the World of FAKRA Connectors

There are so many different connector types when it comes to antenna connections for cellular, satellite, WiFi, GPS/ GNSS, etc. Most of these connectors take time to attach due to their screw on nature, and are sometimes mismatched. In the world of automotive connectivity, FAKRA connectors have been a vital component, mainly because of their ease of use. They simply snap into place and are color coded for simple installation. Now, FAKRA connections are playing a pivotal role in enhancing communication, safety, and telematics applications. Let’s delve into the nuances of FAKRA connectors, exploring their types, benefits, and their integration into routers.

Understanding FAKRA Connectors

FAKRA connectors, an abbreviation for Fachkreis Automobile or Working Group Automobile, are a specialized variant of subminiature version B (SMB) coaxial RF connectors. Developed by Rosenberger and standardized by the German Committee of Automobile Manufacturers, these connectors have been a mainstay in the automotive industry for over two decades.

The Anatomy of FAKRA Connectors

Similar to standard cellular, GPS, and WiFi connections like SMA or RP-SMA, FAKRA connectors consist of a plug and jack design. Unlike SMA, which are metal and screw into place, FAKRA connects via a push-on mechanism enclosed in a durable plastic housing. This push-on feature, accompanied by an audible locking confirmation, ensures a secure connection.

In comparison, you need to ensure you only attach connectors like SMA finger tight – i.e. not so loose that they can come off easily or that the pin doesn’t make contact, but also not so tight that they are too hard to remove. Here’s a closer look at how SMA connectors compare to FAKRA.

FAKRA connectors are color-coded, making identification a breeze. Just note that not all colors or codes will actually match. FAKRA Code Z, for example, is a universal type that can support multiple other connections. The standard encompasses 14 different mechanical layouts, offering versatility in their applications.

Varieties of FAKRA Connectors

The FAKRA standard introduces several subtypes of connectors. The original FAKRA I connectors, primarily used in antenna applications, pave the way for the more advanced FAKRA II connectors. FAKRA II, considered the current base standard, comes in various angles and configurations, including an IP6K9K sealed and weather-resistant version suitable for outdoor applications. Some manufacturers even provide customized and miniaturized versions to meet specific needs.

Source: Amphenol RF

What Are the Benefits of Using FAKRA Connectors?

The advantages of FAKRA connectors extend beyond their standardized interfaces. Not only are they easy to connect and disconnect, they’re impossible to mismatch. Their operation up to 6 GHz ensures high-frequency performance, making them suitable for applications like telematics, GPS navigation, entertainment systems, Bluetooth, cellular connectivity, keyless entry, climate controls, and radio antennas.

In addition to automotive applications, FAKRA connectors have found a home in non-auto vehicles such as watercraft, motorcycles, and off-highway heavy equipment. They play a crucial role in safety systems, driver assist technologies, vehicle-to-vehicle (V2V) communication, and other in-vehicle networks.

FAKRA Connectors in Routers

As technology continues to evolve, the integration of FAKRA connectors extends beyond automotive applications. These connectors are now making their mark in routers, especially those designed for industrial, vehicle, or outdoor use. The robust design, weather-resistant variants, and high-frequency capabilities of FAKRA connectors make them an ideal choice for ensuring reliable connectivity in outdoor router systems. Their application also extends to industrial process control boxes, machine-to-machine modules, and various Internet of Things (IoT) devices. 

Check out some of the routers available now with FAKRA connections:

Conclusion

FAKRA connectors have become integral components in ensuring reliable and standardized connections, particularly in the automotive industry. Their benefits extend beyond the automotive sector, making them a preferred choice in various applications where robust connectivity is crucial. As technology continues to advance, FAKRA connectors are likely to play an increasingly important role in shaping the future of reliable communication systems.

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Understanding How Cell Towers Work

Those towering structures that dot our landscapes, play a crucial role in ensuring seamless wireless communication. From transmitting radio signals to our mobile devices, cell towers have a defined range that varies due to several factors. Gaining some insight into how cellular towers function can help you to better understand how you might improve signal strength on your cellular devices. 

Cell Tower Height and Structure

Cell towers are vertical structures ranging from 100 to 400 feet in height. Equipped with antennas, they transmit radio signals to mobile devices within their reach. The average maximum usable range of a cell tower is 25 miles, with some towers capable of reaching up to 45 miles. However, the effective coverage radius typically falls between 1 to 3 miles, and in urban environments, it can be as low as 0.25 to 1 mile.

Factors Influencing Cell Tower Range

  1. Spectrum:
    • Different radio frequencies impact the distance a signal can travel.
    • Higher frequencies carry signals over shorter distances, while lower frequencies provide a larger coverage range.
    • Spectrum licensing to wireless carriers influences the efficiency and reach of a cell tower’s signal.
  2. Network Capacity:
    • Wireless networks are designed to meet specific traffic demands and subscriber density.
    • Transitioning from 3G to 4G and now to 5G has led to a decrease in cell tower radius due to increased demand for high-bandwidth applications.
  3. Terrain:
    • Natural and man-made obstructions like mountains, hills, and buildings affect signal reach.
    • Flat terrains allow for longer-distance transmission, while hilly areas may limit a tower’s range to a few miles.
  4. Transmission Power:
    • The power at which a cell tower transmits signals influences its reach.
    • Lower frequency signals, like 600 MHz, cover a greater distance, while higher frequency signals, such as 2.5 GHz, have a shorter reach.

Coverage Area

A cell tower’s coverage area can range from 3 to 50 square miles. The coverage radius, typically 1 to 4 miles for 4G LTE and 5G towers, assumes a three-sided antenna array for 360-degree coverage. Higher frequency signals necessitate denser tower placement for consistent service due to their shorter reach.

To gain a deeper insight into the impact of spectrum on the range of cell towers, we can examine the reach of various frequency bands in an open environment. The following diagram illustrates the coverage radius of cell towers using low-band frequencies (600 MHz, 700 MHz, 800 MHz), mid-band frequencies (2.0 GHz, 2.5 GHz, 3.7 GHz), and high-band frequencies (millimeter wave / mmWave).

Source: Crown Castle

How Cellular Antennas Can Help Improve Your Signal

Cellular antennas play a pivotal role in ensuring that your mobile or fixed wireless access (FWA) modem maintains a strong and stable connection to the nearest cell tower. Understanding the mechanics of these antennas, particularly the differences between omnidirectional and directional styles, can shed light on how they contribute to optimizing signal strength.

Omnidirectional Antennas

Omnidirectional antennas are designed to broadcast and receive signals in a 360-degree pattern, creating a spherical coverage zone. These antennas are commonly used in urban areas where cell towers are spread out and can be located in various directions. The advantage of omnidirectional antennas lies in their ability to provide reliable coverage in all directions, making them suitable for scenarios where the location of the cell tower may change frequently or is not precisely known.

These antennas use a vertical radiating element and ground plane to emit and capture radio waves in all directions. The radiating element is usually a vertical rod or whip that sends and receives signals horizontally, ensuring consistent coverage across the entire circumference of the antenna.

Directional Antennas

On the other hand, directional antennas focus their signal in a specific direction, offering a more concentrated and powerful connection. These antennas are beneficial in rural or suburban areas where cell towers may be farther away or concentrated in a specific direction. By directing the signal towards the cell tower, directional antennas can effectively enhance the signal strength and quality.

Directional antennas use a reflector and director elements in addition to the radiating element. The reflector bounces signals back towards the radiating element, while the director elements focus the signal in a specific direction. This concentrated approach allows for a more robust connection over longer distances, making directional antennas ideal for improving signal strength in challenging environments.

A Move Towards Enhanced Connectivity

As we delve into the nuances of cellular technology, understanding the impact of these factors becomes imperative for optimizing coverage and enhancing connectivity. Whether utilizing omnidirectional antennas in dynamic urban landscapes or employing directional antennas to strengthen signals in rural expanses, the mechanics of these technologies underscore their vital role in maintaining a robust and reliable connection. As technology advances, our grasp of these elements will continue to evolve, propelling us toward an era of even more efficient and widespread wireless communication.

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The Role of MIMO in 5G Networks: Massive Connectivity

MIMO, or Multiple Input, Multiple Output, is a transformative technology that is crucial in enhancing data transmission and reception capabilities. MIMO improves both the performance and capacity of a network’s communication link. Most of today’s cellular routers have main and diverse auxiliary ports to accommodate incoming and outgoing cellular signal communications with cell phone towers. Operating on the fundamental principle of integrating multiple antennas at both transmitter and receiver ends, MIMO is widely used in cellular 4G/5G applications and Wi-Fi networks. In this article, we delve into the workings of MIMO, its applications in 4G, and its evolution to 5G.

How Does MIMO Work?

MIMO operates on several principles. Spatial multiplexing is a key component. This technique involves simultaneously transmitting multiple data streams through different antennas, significantly increasing data throughput compared to traditional SISO (Single Input, Single Output) systems. Diversity techniques, such as transmitting the same data through multiple paths, enhance signal reliability. These techniques mitigate issues like signal fading and interference. Beamforming, another crucial feature of MIMO, optimizes signal paths by adjusting the phase and amplitude of signals transmitted through each antenna, thereby improving both range and data rates.

Applications in 4G

MIMO technology has played a pivotal role in advancing 4G LTE networks. Multiple antennas at base stations and user devices enhance network capacity and data rates, resulting in faster and more reliable connections. In dense urban environments where network congestion is common, MIMO configurations in 4G are diverse. MIMO configurations in 4G networks can be 2×2 MIMO setups or more advanced 4×4 MIMO setups, giving users the flexibility to optimize signal performance.

Evolution to 5G

As the global transition to 5G unfolds, MIMO continues to be instrumental in shaping the future of connectivity. 5G networks leverage advanced MIMO configurations like Massive MIMO, which deploys an extensive number of antennas to serve multiple users simultaneously. This results in unparalleled data speeds and low-latency communications, both of which are crucial for technologies like the Internet of Things (IoT) and augmented reality. In the 5G era, MIMO becomes even more sophisticated: 5G modems almost always incorporate at least a 4×4 MIMO setup for optimal performance.

Antenna Connections and Configurations

The number of connections required for MIMO varies in 4G and 5G setups. Most 4G modems use two total connections. With dual modems, this may result in either four or eight antenna connections. 5G modems almost always have at least a 4×4 MIMO setup, and either four or eight total connections on the antenna. When you see terms like 3-in-1 or 5-in-1, this is referring to how many connections the antenna supports. In some cases, antennas may need to support up to 13 connections, including cellular, Wi-Fi, and GPS connections.

5G Use Cases and Industries

The transformative capabilities of MIMO in 5G networks extend far beyond enhancing data speeds: they usher in a new era of connectivity that revolutionizes various industries. MIMO’s advanced features play pivotal roles in addressing and optimizing specific use cases, which significantly impact the efficiency and performance of diverse group sectors that include healthcare, emergency services, education, and many others. Below you’ll find details that outline the use cases of MIMO and the industries that benefit from this technology.

  • Healthcare Applications: In the healthcare sector, the integration of MIMO technology within 5G networks proves instrumental in improving patient care and medical services. The high data throughput and low-latency communication enabled by MIMO facilitate the real-time transmission of medical data. This is crucial for the telemedicine applications that are becoming increasingly popular in today’s world.  Remote patient monitoring, augmented reality-assisted surgeries, and collaborative healthcare platforms benefit from MIMO’s reliability and speed, ensuring a seamless and timely exchange of critical information.
  • Smart Manufacturing: MIMO’s influence extends into the realm of smart manufacturing, where the precision and efficiency of operations are paramount. In this context, MIMO enhances communication between connected devices and sensors on the factory floor. This results in improved automation, predictive maintenance, and real-time monitoring of production processes. The ability to transmit vast amounts of data simultaneously ensures that smart manufacturing systems operate with minimal latency, optimizing production efficiency and reducing downtime.
  • Augmented Reality Experiences: Immersive augmented reality (AR) experiences, whether they’re used in gaming, education, healthcare, or enterprise applications, rely heavily on the seamless transmission of high-quality data. MIMO’s ability to handle multiple data streams concurrently contributes to the delivery of immersive AR content with minimal lag. This is especially crucial in scenarios where real-time interactions and responsiveness are essential, providing users with a more engaging and lifelike experience.
  • Autonomous Vehicles and Transportation: The deployment of MIMO in 5G networks is a driving force in the evolution of autonomous vehicles and intelligent transportation systems. MIMO’s contribution to low-latency communication ensures timely data exchange between vehicles, infrastructure, and central control systems. This capability is foundational to enable features like real-time traffic management, remote vehicle diagnostics, and enhanced vehicle-to-everything (V2X) communication. MIMO ultimately provides safer and more efficient transportation networks.
  • Education and Remote Learning: In the education sector, MIMO technology facilitates advanced remote learning experiences. The simultaneous transmission of high-quality multimedia content, interactive virtual classrooms, and collaborative online tools benefit from MIMO’s data throughput capabilities. This ensures a seamless learning experience for students, regardless of the geographical location, by mitigating latency issues and providing reliable connectivity.

Challenges and Future Prospects

In navigating the evolving landscape of MIMO technology within 5G networks, it is essential to acknowledge the challenges and envision the promising prospects that lie ahead. The integration of MIMO into diverse industries demonstrates its transformative potential. As with any revolutionary technology, however, MIMO is not without its hurdles.

One of the primary challenges involves signal interference and hardware complexity. The intricate nature of MIMO systems demands ongoing research and development efforts to mitigate potential issues, ensuring the seamless operation of these networks across various applications. Additionally, security implication considerations and energy efficiency become paramount as MIMO continues to proliferate in critical sectors.

Looking toward the future, the trajectory of MIMO in 5G networks remains promising. Ongoing research aims to optimize MIMO for the anticipated era of 6G, pushing the boundaries of what is achievable in terms of data speeds, reliability, and adaptability. Collaborations between MIMO and cutting-edge technologies like artificial intelligence offer exciting possibilities for self-optimizing networks that can dynamically adjust to the demands of diverse applications.

As we reflect on the journey from 4G to the current 5G era and beyond, MIMO stands out as a driving force in reshaping our digital experiences. Its role in addressing specific industry needs, from healthcare to education, underscores its versatility and potential impact on society. Despite the challenges, the future of MIMO in 5G networks holds promise. It offers a glimpse into a world where connectivity is not only faster but also more intelligent, reliable, and seamlessly integrated into our daily lives. With ongoing advancements and a commitment to overcoming challenges, MIMO is poised to continue facilitating a seamless and rapid data transfer, shaping the future of connectivity for generations to come.

Further Questions? Contact 5Gstore

If you have more questions about MIMO technology or need help selecting a 4G or 5G MIMO router, please reach out to one of the experts at 5Gstore. We can assess your home or business’ unique needs to find the right networking equipment for your use case, whether that’s in agriculture, healthcare, emergency services, or gaming. We carry the most well-respected networking manufacturers in the industry, including Peplink, Cradlepoint, MobileMark, and Sierra Wireless.

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How to Determine the Antenna Connector Type of Your Router

In the world of networking, choosing the right antenna for your router is crucial for optimizing signal strength and performance. From the type of antenna, to the type and length of cable, and the plethora of antenna connector types available – from SMA to TNC and FAKRA – determining compatibility can be a daunting task. Fear not! In this blog, we’ll explore effective ways to identify the antenna connector type your router uses and find a suitable solution.

  1. Check the Data Sheet: The first step in unraveling the antenna connector mystery is to consult your router’s data sheet. Look for information related to antenna ports, which might be labeled simply as ports or antenna ports. Ideally, the data sheet should specify the number of connections, their purpose, and most importantly, their type. For instance, it might indicate cellular connections as 2x SMA Female.
  2. Hardware Inspection: If the data sheet falls short or doesn’t provide the needed details, a closer look at the router’s hardware is the next best option. Examine the connectors and compare them to our connector reference guide. Alternatively, you can take clear, close-up photos of the connectors and email them to our team for assistance.
  3. Contact the Manufacturer: When all else fails, don’t hesitate to reach out to the manufacturer directly. Utilize user forums, customer service hotlines, or email to inquire about the specific antenna connector type your router employs. Manufacturers are often willing to provide support and clarification to ensure their customers have the best experience.
  4. 5Gstore’s Antenna Guide: For those who have purchased routers from 5Gstore, finding a compatible antenna is made easy. Head over to our website and explore our antenna guide. Simply enter the make and model of your router, and we’ll present you with a curated list of available antenna solutions. It’s a quick and hassle-free way to ensure you get the right match for your device. If you own a different brand of router, you may enter in the specs manually to show compatible solutions.

What If I Need An Adapter?

In the event that you cannot find an antenna and cable solution with the proper connector type(s), you could use an adapter. However, it is important to note that using adapters creates additional signal loss (AKA attenuation) within the connection. This means you won’t receive all the gain, or power, the antenna supports. For some users, they need all the gain they can get to boost their signal, so losing some through a small adapter is out of the question. 

On the other hand, you could obtain the tools necessary to cut and crimp cables in order to fit them with the specific connector(s) you require. Bear in mind that crimp on connectors must be compatible with the cable you’re fitting them onto. While this may sound complicated for some, it may be the only option if you have the need for a specific model of antenna. 

Choosing the Right Antenna

If you’re still in the research phase of your antenna selection process, check out our extensive article on selecting an antenna. This will go over details about different antennas and antenna specs as well as questions to ask yourself about the installation and your requirements. 

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5Gstore Top 10 Products of 2023

The ranking of 5Gstore’s premier products is determined by a blend of their popularity, the quantity of customer reviews received, and the average rating bestowed by customers. Several perennial favorites from this year’s winners, such as the IP Switch Dual Outlet and Cradlepoint IBR600C, have consistently made appearances on our “Top Products” lists in previous years. On the other hand, newcomers to the list for this year include the Digi IX10 and the Sierra Wireless RV55.

If you’ve purchased any of these items (or others!) from 5Gstore, remember that you can log in at 5Gstore.com to share your own review. We publish ALL reviews and value your feedback!

A big congratulations to all the manufacturers of our top products for 2023!

RankProductReviews
1Peplink MAX BR1 Pro 5G

Ruggedized router with embedded 5G/ LTE Cat 20 modem and WiFi 6 for power users.		“Using with a prepaid data only plan from AT&T. Everything works great.”
Read more reviews
2Peplink MAX BR1 Mini
Affordable router with embedded LTE Cat 7 modem – for home, travel, and small business.		“Great Modem at a reasonable price.”
“Excellent full function mobile router, InControl makes for easy remote management. I opted for the Wifi as WAN option.”
Read more reviews
3Cradlepoint IBR600C

Compact, semi-ruggedized small business/ IoT router with embedded Cat 4 LTE modem.		“Works as advertised. Fast shipping. Great service and follow-up. Thanks 5G.” 
Read more reviews
4UIS-622B

Simple to use device that allows you to remotely monitor and reboot up to two pieces of equipment via smartphone app or cloud.		“For those that are out of town and monitoring things remotely at home or vacation location this switch can really help. Good improvements in the latest model.”
Read more reviews
5MobileMark LTM-502

5-in-1 through-roof mount antenna for LTE/ 5G, WiFi, and GPS.		“Well built product.”
Read more reviews
6Sierra Wireless RV55

Rugged LTE router designed with IIoT and public safety in mind.		“Purchasing this Modem was a bit spendy but after installing it and configuring the unit the cellular antenna has been considerably improved. The unit is completely hidden and provides me with excellent connectivity while i am on the road. Working while camping is not much of a challenge anymore.”
Read more reviews
7Panorama WMM4G-6-60

Outdoor directional 4×4 MiMO antenna with wide frequency range support. 		“The antenna works as advertised and works to allow for carrier aggregation where supported.”
Read more reviews
8Digi IX10

LTE cellular router that is purpose-built for industrial applications.		“Great router, but does not include DIN rail mount.”
Read more reviews
9SureCall SC-588W

An ultra wide band outdoor antenna that can support cellular and 2.4GHz WiFi signals.		“This was purchased to replace an older model of the same antenna. The new model will receive the new lower frequency bands in the 600 MHz range.”
Read more reviews
10Peplink Balance 20X

Best in value SD-WAN router with embedded Cat 7 LTE modem and expandable 5G or LTE modem options.		“A business class router with great security features that is within the reach of home owners looking for a better solution than what is typically marketed towards general consumers.”
Read more reviews

Are you interested in learning more about these products? Please reach out to the 5Gstore team for assistance!

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Exciting New Releases from Peplink

Peplink is proud to announce the launch of two groundbreaking products that will affect the way we connect and communicate – the MAX BR1 Mini M2M router and the Mobility 82G antenna. 

MAX BR1 Mini M2M Router: Unleashing Connectivity in a Compact Package

Peplink’s MAX BR1 Mini M2M router is a powerhouse of connectivity packed into a small, ruggedized device measuring just a little over 5 x 4 x 1 inches. Perfectly tailored for IoT (Internet of Things) and M2M (Machine to Machine) applications, this reliable device boasts an array of features designed to enhance your connectivity experience.

Key Features:

  • Industrial-Grade Connectivity: Equipped with RS-232/RS-485 serial ports, it seamlessly integrates with industrial equipment.
  • InTouch Technology Compatibility: Manage your connected devices remotely with Peplink’s InTouch technology, ensuring seamless monitoring and control.
  • Flexible Power Options: Power the device via PoE (Power over Ethernet) or Micro-Fit connector, facilitating flexible installations geared towards your specific requirements.
  • Instant Cellular Connectivity: Experience instant cellular connectivity with Peplink’s eSIM-based SFC 5G/LTE data plans, ensuring you’re always connected.
  • Dual-Band Wi-Fi: Enjoy improved dual-band Wi-Fi technology, ensuring a stable and high-speed wireless connection. Use it as a Wi-Fi access point or connect it to a Wi-Fi WAN source for more network redundancy. You can also use it for both at the same time!
  • Redundant SIM Slots: Equipped with an embedded Cat 4 LTE modem with dual, redundant SIM slots, guaranteeing uninterrupted connectivity.
  • Ruggedized Build: Designed to withstand harsh environments such as factories, power plants, and outdoor deployments, ensuring a stable connection even in tough conditions.
  • PrimeCare Warranty Plan: With an active PrimeCare warranty plan, utilize advanced features like SpeedFusion Hot Failover, WAN Smoothing, and Bandwidth Bonding.
  • Versatile Power Options: The device can be powered over Ethernet (802.3at), AC (100V-240V), or DC power (10V-30V), providing flexibility in power sources.

With a throughput reaching up to 300 Mbps, the MAX BR1 Mini M2M router truly provides exceptional speed, dependability, and adaptability.

Mobility 82G Antenna: Simplifying Connectivity

Talk about a game changer…now let’s take a look at Peplink’s Mobility 82G antenna. With this innovative antenna, you can now support your 5G, Wi-Fi, and GPS connections with just one device, streamlining your networking setup significantly.

Key Features:

  • Multi-Connection Support: The Mobility 82G antenna supports cellular, Wi-Fi, and GPS connections simultaneously, eliminating the need for multiple antennas.
  • Robust Build: Crafted from UV stable PC and boasting an IP67 rating, this antenna is designed to withstand diverse environmental conditions.
  • Wide Temperature Range: With a temperature range of -40° to 176°F, this antenna functions seamlessly in extreme weather conditions.
  • Multiple Mounting Options: Choose from various mounting options, including panel, surface, or magnetic (additional hardware required for surface and magnetic mounts).
  • Connector Flexibility: Select between QMA or SMA connector terminations for cellular and GPS connections, along with RP-SMA connections for Wi-Fi, ensuring compatibility with a wide range of devices.
  • Impressive Gain: The antenna supports cellular frequencies from 600 to 6000 MHz with a gain ranging from 5.4dBi to 8.7dBi, ensuring a strong and stable connection. For Wi-Fi, it supports both 2.4 and 5 GHz frequencies with a gain ranging from 6 to 7.4dBi.

With Peplink’s Mobility 82G antenna, you can simplify your setup, enhance your connectivity, and ensure a seamless networking experience across various devices.Contact the 5Gstore sales team for more information!

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Should I Use an Outdoor Antenna or Outdoor Cellular Router?

Are you relying on a cellular Internet connection? Is your signal too weak inside? What’s the best approach to solving this problem? Whether you’re setting up a remote office, a security system, or just enhancing your home network coverage, it’s important to know where you’re getting the strongest signal and fastest speeds. The connection is always going to be better outside as there are less obstructions between your cellular router and the cellular tower. 

Think about where you will connect your devices inside and determine the distance from where your connection is best outside. Does it make more sense to install an outdoor router or will it be easier to install an outdoor antenna connected to an indoor router? The decision is pivotal to your network success. To make an informed choice, let’s review some factors to consider.

1. Evaluate Your Signal Strength and Speed

Start with performing a site survey at your location. Identify where you receive the best signal and speed from your service provider outdoors. This assessment helps you determine where you would place either an outdoor router or antenna. 

2. Calculate Cable Length

Knowing where your connection is best outside will allow you to determine the distance from your indoor setup. If you require more than 100 feet of cable, it’s advisable to lean towards an outdoor router. Longer cables result in signal loss, potentially compromising the connection quality. Just keep in mind that Ethernet also has its limitations. The max length of Ethernet cable you can run is 328 ft (100 m). 

3. Consider Your Networking Needs

Think about the devices you need to connect. If you go with an outdoor router, how will you connect to your devices inside? In most cases, an outdoor router will only have a single Ethernet connection. Will you require WiFi access and are there any wired only connections needed? If you opt for an outdoor router and need both WiFi and Ethernet, consider putting an Ethernet switch in place so that you may connect your wired devices along with a WiFi access point for wireless connections.

4. Power Supply

For outdoor routers, be aware that power over Ethernet is the norm. Plan how you’ll route the Ethernet cable and where it fits into your network. You’ll need to see if you can find a device that comes with a PoE injector, otherwise you’ll need a PoE Ethernet switch to plug into for power. 

5. SIM Card Management

Evaluate whether you need to switch SIM cards to alternate between different service providers. Make sure you get a device that supports the number of cellular connections required. If you need more reliability and speed, consider a multi-cellular modem solution. This will allow you to utilize those connections at the same time with either load balancing or bonding. Even if you primarily use one provider, having a backup SIM can be a lifesaver during emergencies. Capture its ICCID (Integrated Circuit Card Identifier) before inserting it into the router so that you can easily activate it when required. 

6. Device Management and Remote Access

Consider the ease of restarting or resetting your device, especially in remote setups. This is especially important for outdoor router installations. Check if the device offers remote cloud management services for instances where local connectivity is challenging. A robust remote management system ensures you can troubleshoot and maintain your connection effortlessly.

Looking for assistance making a decision? Contact the experts at 5Gstore Monday thru Friday for phone, email, or chat support. 

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Selecting an Antenna: A Comprehensive Guide

The need for robust and reliable wireless communication has become paramount. Whether you’re trying to enhance your home Wi-Fi network, optimize your cellular signal, or ensure accurate GPS tracking, selecting the right antenna for your router is a crucial decision. To make an informed choice, it’s essential to consider a multitude of factors before diving into the world of antennas.

Before embarking on your antenna quest, pause for a moment and ponder the following questions. Do you require a cellular antenna, a Wi-Fi booster, GPS enhancement, or perhaps a combination of these connections? Where will you be mounting the antenna—indoors, outdoors, or in a marine setting? How far will the antenna be from your router, and does it come with the necessary cable? These questions are just the beginning of a journey to find the perfect antenna solution for your unique needs.

In this comprehensive guide, we will delve deeper into these critical factors, equipping you with the knowledge needed to make an informed decision when selecting the perfect antenna for your router. Whether you’re enhancing your home network or embarking on a mobile adventure, understanding the intricacies of antennas is the key to unlocking seamless and reliable wireless communication.

What Should You Know? 

Before you start the search for an antenna for your router, consider the following questions:

  • Do you need a cellular antenna, WiFi, GPS, or something that combines these connections?
  • Where do you need to mount the antenna?
    • If installing at a fixed location, where are you getting the best signal and performance?
    • Is it going to be indoors or outdoors, or in a marine type setting? 
    • Does the antenna need to meet certain size requirements to fit in this location? 
  • How far is the antenna going to be in relation to your router? 
  • Does the antenna include cable?
    • Is the included cable going to be enough or will you need more?
    • If you need more cable, can you use an extension cable or should you select an antenna without cable so you can use the full required length?
  • Will your application be traveling or stationary?
    • Does the antenna need to be portable or can it be permanently mounted?
  • What type of antenna connectors does your router use, and how many are there?
  • What cellular frequencies does your router support? 

What is MiMO? What is a 2-in-1 or 4-in-1 Antenna?

Most cellular routers these days will have a main and diversity/ auxiliary port for bringing in the cell signal and communicating back to the cell tower. This is called a MiMO connection. MIMO (Multiple Input Multiple Output) is a technology used in wireless communication systems to improve the capacity and performance of the communication link. MIMO systems use multiple antennas at both the transmitter and the receiver to transmit and receive multiple data streams simultaneously over the same frequency band. 

In the case of 2×2 or 4×4 MIMO, there are two or four antennas at both the transmitter and the receiver, which allows for the transmission of two or four data streams in parallel. This can significantly increase the capacity and performance of the communication link, especially in environments with high levels of interference or noise. 

When an antenna is considered a “2-in-1” or “4-in-1” it means that the antenna has 2 or 4 connections. These can be cellular, WiFi, GPS, or a combination such as 2 cellular, 1 WiFi, and 1 GPS (this would be a 4-in-1). In most cases, the number of antenna ports on your router will determine how many connections you need on your antenna. However, if you don’t need GPS tracking, or to broadcast a WiFi signal outside, you can opt for an antenna with less connections. Simply focus on the signals you require and get an antenna with just those connections.

Selecting an Antenna Type

Most travel applications and locations in more suburban/ urban areas should use an omnidirectional antenna. Use a Directional antenna if there are little to no obstructions between your location and the cell tower, and you are in a weak signal location or there is only one tower in your area. If you’re looking to install an antenna indoors, keep in mind that the more obstructions between your antenna and the signal outside, the weaker and less consistent your signal and bandwidth speeds can be. 

If your application will be at a fixed location, doing a site survey first, can help determine whether or not an antenna could be helpful. It also allows you to find the best signal and bandwidth speeds where an antenna can be mounted. This ensures you get the best performance for your router. 

Frequency Band support

Ensure you select an antenna that covers the same, or more frequencies than your router. These are listed in the specifications of your router and the antennas. Some service providers may specify a certain frequency band that they utilize. Such as FirstNet’s Band 14 (700Mhz) and T-Mobile’s Band 71 (600Mhz). 

Cables

Once you know where the antenna can be mounted to get the best performance, you can measure how much cable is needed. Some antennas will include cabling. For those that do not, note that there are many different types of coax cables so you want to ensure you get one of a compatible impedance. You’ll also want to keep the length to a minimum as more signal loss, or attenuation, is created the longer the cable is. If you plan on using an omnidirectional antenna, try to use a length shorter than 50 feet. If using a directional antenna, you can normally make due with lengths closer to 100 feet. 

Checking the Connectors

Common antenna connector types include N, SMA, TNC, TS9, QMA, and FAKRA. Note that these connectors have male and female types, which must match up between the antenna and your router (i.e SMA Male to SMA Female). Not all antennas are created equal so it is important to check this information in the specifications. Use our connector reference guide to compare if you’re unsure. 

Gain

Gain is another factor to consider when selecting your antenna. Gain can be thought about like focusing the signal. The higher the gain, the more focused the antenna is on the signal in a particular direction. For an omnidirectional antenna, imagine a ball that flattens, extending outward. For a directional antenna, imagine a cone is made longer but the base of the cone is made smaller. A lower gain antenna might not have as much range as a high gain antenna, but it does allow for a wider degree of sight to the tower. This can be important to note for mobile applications, especially marine as boats will rock on the water at varying degrees. 

Let 5Gstore.com Help!

Try out our Antenna Search and Comparison to help guide you to finding the best antenna for your application. You can either select a router from our list, or manually enter specifications and matching antennas will be displayed. Filter options allow you to narrow down the antenna options further.

Is all this information still a little too overwhelming? Are there some outstanding questions you’re unable to answer? Not to worry! Contact our sales team and let us guide you through the process. 

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Enhanced Antenna Search: Streamlining Your Connectivity Experience at 5Gstore.com

Adding an antenna to improve signal to your cellular router can be the difference between your connection working or not working. Over the years we have added new antenna manufacturers, but haven’t had an easy way to show all the compatible antennas for your router….until now. Easily filter by your router, in stock, color, band and more. Then compare the different antennas side by side.

Select Your Router for Tailored Results

At 5Gstore.com, we understand that finding the right antenna for your router can be a daunting task. That’s why we’ve made it easier than ever. Now, when you visit our Antenna Search page, you have the option to select your router from a comprehensive list of models that we carry. This feature ensures that you’ll only see antennas that are compatible with your specific device, eliminating the guesswork and saving you valuable time.

For those with routers not listed in our database, fret not! We provide an “other” option that allows you to manually input your router’s specifications. This flexibility ensures that everyone can benefit from our Antenna Search, regardless of their router model.

Fine-Tune Your Search with Filters

Finding the right antenna is not just about compatibility; it’s also about meeting your unique requirements. That’s why we’ve incorporated powerful filtering options into our Antenna Search. With just a few clicks, you can narrow down your options based on factors such as stock availability, antenna type, gain, frequency range, and more. These filters help you refine your search to find the antenna that perfectly suits your needs.

Compare Antenna Models Easily

We understand that making a decision can be challenging when you have multiple options to choose from. To simplify your decision-making process, we’ve introduced a new feature that allows you to compare antenna models side by side. Now, you can easily see the similarities and differences between various antennas, helping you make an informed choice that aligns with your connectivity goals.

Expert Guidance at Your Fingertips

If you ever find yourself overwhelmed or unsure about which antenna is right for you, our dedicated sales team at 5Gstore.com is here to help. We’re just a click or a call away, ready to provide you with personalized guidance and expert advice. Your satisfaction is our top priority, and we’re committed to ensuring you get the best possible solution for your connectivity needs.

The new and improved Antenna Search feature at 5Gstore.com is a game-changer in the world of connectivity solutions. Whether you’re looking to boost your internet speed, extend your network coverage, or improve your signal quality, we’ve made the process of finding the perfect antenna easier and more efficient than ever before. With router compatibility options, advanced filters, and the ability to compare antenna models, you’re empowered to make an informed decision that suits your needs. And, if you ever need assistance, our friendly sales team is always here to help. Don’t compromise on your connectivity – choose 5Gstore.com for a seamless and reliable experience.

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