WiFi 6 is the latest WiFi technology, the successor to the now ubiquitous WiFi 5. Its technical names include 802.11ax and AX WiFi.

How fast is WiFi 6, really?

In an ideal scenario, the speed can be as high as 9.6 Gbps. That’s a major upgrade from WiFi 5’s max speed of 3.5 Gbps.

What are the benefits of WiFi 6?

Improved Speed, More Capacity, Better Power Efficiency

What Equipment or Resources do I Need to Use WiFi 6?

The main equipment you need to implement this WiFi protocol is a WiFi 6 router.

Can I Use My Current Equipment for WiFi 6?

Your current equipment will be able to connect to a WiFi 6 network as the routers are compatible with older WiFi generations. However, you may not be able to leverage the WiFi 6 channels and speeds without upgrading the equipment to be fully compatible with it.

Can WiFi 6 Work With Any Cellular Router?

You can implement a WiFi 6 network with a WiFi 6 router only. Not all routers may provide WiFi 6 signals.

What kind of data plan do you need for a cellular router?

Many phone carriers sell their own branded cellular routers and corresponding data plans.

What is the difference between Cellular Router vs. Cellular Gateway

A cellular gateway makes it easier for many different kinds of devices, besides phones and computers, to access a cellular WiFi network. A cellular gateway works with a cellular router to translate the information collected by each of these separate devices.

What is the difference between Cellular Router vs. WiFi Router

A cellular router creates its own WiFi network just like a standard router. It differs from a standard WiFi router in that it sources an Internet connection from cellular data instead of physical cables.

What is the difference between Cellular Router vs. Cellular Modem

A modem simply connects to the Internet. An individual cellular modem doesn’t necessarily create a WiFi network. Establishing WiFi is the job of a cellular router, which may or may not include a modem.

What are the advantages of using a Trimble standalone GNSS module?

Some advantages of using standalone GNSS module are as follows: Increased Accuracy and Robustness: Compared to receivers that rely on assistance data (aided), standalone GNSS modules generally provide higher accuracy due to the lack of dependency on another receiver. In addition, standalone GNSS modules are more likely to maintain good accuracy in challenging environments, such as under tree cover or in urban canyons. Extended Battery Life: By using only the GNSS satellite signals for positioning, a standalone GNSS module typically consumes less power than a receiver that also uses other sources of location information, such as Wi-Fi, cell tower triangulation, or Bluetooth. This extended battery life can be important in limited power applications or devices needing to operate for long periods. Fast Satellite Acquisition: Standalone GNSS modules receive the satellite broadcast messages containing the ephemeris data. The receiver calculates its position based on the location of the satellites and their known positions, which eliminates a time-consuming download of ephemeris data from a base station via cellular or Wi-Fi networks.

Where can I find a product comparison sheet on the different Trimble Antennas and Modules?

You can compare Trimble Inc. products using this module comparison chart. The GPS antenna comparison chart is also helpful in comparing different Trimble GPS provisions. The comparison tables compare interfaces, loan options, timing output, sensitivity, GPS output, and other features of different products.

When would I need to use a differential GPS module?

A differential GPS module is used to achieve centimeter-level accuracy in your positioning solution. This higher level of accuracy is often required for critical applications such as surveying, mapping, and construction. A differential GPS module receives corrected information from a nearby reference station, which helps to remove errors introduced by the natural variations in the satellite signals and the environment. Differential GPS eliminates pseudorange errors, which are distance discrepancies and signal delays between a GNSS receiver and a satellite. Although the fundamental functionality of GPS and differential GPS is the same, the former has a global range while the latter has a local range. Moreover, differential GPS modules are more expensive than their GPS counterparts.

Are all GPS antennas the same?

All GPS antennas are different and designed to meet the needs of specific applications. GPS antennas can vary in size, materials, weight, shape, cost, and power consumption. The antenna type determines how much a GPS module can see from all directions. Active GPS antennas have the advantage of being able to see satellites through buildings and other obstructions, while passive GPS antennas rely on a clear line of sight to the sky.

What is meant by GNSS?

GNNS refers to Global Navigation Satellite System, which are space-based satellite navigation systems that provide autonomous geo-spatial positioning with global coverage. They are the most common type of positioning system in use today, including the United States' Global Positioning System (GPS), Russia's Global Orbiting Navigational Satellite System (GLONASS), the European Union's Galileo positioning system, and China's BeiDou Navigation Satellite System.

How do I choose a GPS antenna?

When choosing a Trimble GPS antenna, you should consider the following: Antenna type: Active vs. Passive GPS antennas offer different features and flexibility. Active antennas require power, while passive GPS antennas are battery-free. Active GPS antennas have higher gain for better sensitivity in challenging environments, such as under tree cover or in urban canyons. Positioning needs: The number of satellites in view, the size and shape of the antenna, and the environment in which it will be used are all factors to consider when selecting a GPS antenna. Omni Directionality: Portable tracking devices should be omnidirectional, which means they can receive GPS signals from all directions. This is important for maintaining a consistent lock on satellites, even as the device is moved. Mounting: How the antenna will be mounted should also be considered, such as on a car or boat or integrated into another device. Application: An antenna's size, weight, and power consumption are important considerations for applications that require portability or long battery life. Transmission frequency: The transmission frequency of a GPS antenna can affect its range, size, and price. Different countries have different satellite systems, like GPS, GLONASS, Galileo, and BeiDou. Some GPS antennas can transmit on multiple frequencies with selectable output power.

What kinds of GPS Antennas do you carry?

At Novotech, we carry a wide range of Trimble GPS antennas, and you can check out our full collection here. For instance, the Bullet GPS Antenna 5V, TNC, is one of the most popular options among buyers. The Bullet GPS antenna offers the best Trimble navigation and is perfect for manufacturers who need a space-efficient GPS antenna that can be installed and left in place. Some notable features of the antenna include weatherproof housing, filtering for harsh RF jamming environments, and RoHS-II Compliance. It is available in 3.3v (TNC) or 5v (TNC or F)

How Is Trimble Stock performing in 2021?

The Trimble Inc. stock is performing well, priced at $86.73. Currently, Trimble stock has a rating of 2 out of 5, which could be more to do with the lack of ratings by buyers rather than the actual performance of the stock. While most other companies suffered losses during the pandemic, Trimble experienced an increase of 161.9% in 2020.

Trimble is a publicly-traded company that designs and manufactures a wide range of positioning, navigation, and wireless communication products. Their products are used in a variety of industries, including agriculture, construction, engineering, surveying, mapping, and transportation. Trimble's headquarters are in Sunnyvale, California. Trimble's acquisitions include Pocket Mobile AB, Datacom Software Research, Spectra Precision Group, Tripod Data Systems, Advanced Public Safety, Inc., ALK Technologies, Apache Technologies, @Road, Cengea Solutions Inc., and others. Some popular products from the company include Copernicus II, RES SMT 360 Carrier Board, ICM SMT 360. Trimble is also used in healthcare infrastructure to improve patient care by streamlining workflows, reducing variability in care processes, and facilitating improved communication. Meanwhile, in aerospace and government infrastructure, Trimble plays a role in developing autonomous flying vehicles and smart cities. Trimble's products improve the safety, efficiency, and sustainability of these important initiatives.

Charles Trimble founded Trimble in 1978 with two partners from Hewlett Packard. Initially, the company's office was above a movie theater in California. Today, the key people in the company are Robert Painter, the CEO, and David Barnes, the CFO.

Where are Trimble modules manufactured?

Previously, Trimble tech products were made in the US. But now, the company has offices in more than 40 countries, and some users believe the products are made in Japan or Sweden.

Do you offer development kits for the modules?

Yes. You can find development kits on Novotech.com. The development kits for modules come with the necessary tools to get started. Our customers have found that we carry some of the lowest prices for Trimble products. You can find the best deals on our website by browsing through our selection of Trimble modules.

What is Trimble used for?

Trimble is used in many different industries, such as agriculture, construction, engineering, surveying, mapping, and transportation. The timing equipment sold by Novotech is used to synchronize the time signal in different video and audio recording devices. Trimble supports the essential work of deploying base stations, towers, and other carrier-grade equipment in telecom infrastructure. The modules are used in wireless backhaul networks to increase carrier-class performance by optimizing the management of data streams. For instance, the Acutime 360 Multi-GNSS Smart Antenna is the latest generation Acutime product of GNSS technology contained in a weatherproof and rugged unit. The Multi-GNSS smart antenna is perfect for network synchronization and precise timing needs, such as broadband wireless applications. Meanwhile, the Thunderbolt E GPS Disciplined Clock Starter Kit comes with a 75 feet (22.9 m) of RG-6 cable, terminated with TNC connectors on both ends, two power cables (power convertor and unterminated), Trimble Bullet™ antenna (5 V, with TNC connector), ThunderBolt E module, Power converter (24 V DC AC/DC), Power pin adapters, and BNC/M-TNC/F connector 2. It is a cost-effective timing solution that provides reliable performance even in hostile RF environments.

Do I need an account to buy Trimble online?

No. You can buy Trimble online without an account at Novotech.com. If you are uncertain about the product you want to buy, you can use our website's online chat feature to ask for advice.

Are Teltonika routers and gateways certified on Canadian Carriers?

Teltonika Networks is focused on providing a quality user experience over mobile broadband networks with their devices, and the company has acquired many certifications that are useful in the market. Due to these certifications, Teltonika Networks has offered its products in more than 130 countries. The company has many certificates in the APAC and EMEA regions and the United States. The company's UL/CSA 62368-1 certificate was granted to the RUT240 Teltonika router. Case testing was done by SGS, a Nationally Recognized Test Laboratory. SGS can certify and test products for the Canadian and U.S. markets. The RUT240 Teltonika router is compliant with the safety standards set by Canadian and American carriers.

What is the warranty on Teltonika products?

Teltonika Networks/Telematics offers a 24-month warranty on its products. If there's an additional agreement, the warranty period may be extended. All batteries from the company come with a 6-month warranty period. If a product fails during this time, it can be: Repaired Replaced with another repaired product that has the same functionality Replaced with a new product Replaced with a different product that has the same functionality For devices purchased from local Teltonika offices, distributors, or resellers, please refer to the local Teltonika office, your distributor or reseller's point of contact for all information on the return of Telematics/Networks/Telemedic products. The warranty does not cover any malfunctions or defects that may have been caused by: Improper or incorrect use, maintenance, and operation, or storage of the product Inappropriate modification or alteration, including tampering with embedded software in any manner whatsoever Exposure of products to moisture, wetness, dust, or extreme heat and cold for extended periods Customers can only return the products if they are defective due to a manufacturing fault from the company. You must return the product to the company's designated location within 30 days of getting the Returns Merchandise Authorization form. To learn about the warranty on products bought from local Teltonika offices, distributors, or resellers, refer to your distributor, local Teltonika office, or reseller's point of contact to get more information about returning Telematics/Networks/Telemedic products.

How do you configure a Teltonika device?

According to the Teltonika wiki, the configuration menu is in the Management tab. You can use it to upload backup files or configure your device that is registered on your RMS profile. To configure your device, go to the web page for RMS. In the left panel, click on "Management" and then go to "Devices." In the Devices submenu, select "Configuration" and then "Configure Device." Depending on the device you're trying to configure, you'll see the configuration options. Select your device and choose the settings you wish to configure. Fill in the information and then click on "Save." You will see the configuration process in the next window. Finally, click on the "Close" button. Close the window and wait for your device to load the new settings. It could take a while for the configuration to redownload. If you have any queries, contact Teltonika support.

How do you set up the RUT950 Teltonika router?

To set up the Teltonika RUT950, you need a Soracom account, a Soracom SIM card, and a computer or tablet in addition to the router itself. Start by registering your SIM card. Remove the SIM card from its package and use the eject tool that comes with the Teltonika router RUT950 to depress the eject button for the SIM card tray. When the card tray is released, put the SIM on the card, and ensure you're orienting it properly. Then, insert the tray back into the Teltonika router RUT950. Plug the power adapter and give the router a few minutes to boot. Now, you just have to configure the APN settings of the SIM card and let the router search for the cellular network and connect to it. Follow the steps below for configuration: Connect to the Wi-Fi network the router broadcasts using your tablet or phone. You can see the default username and password on the back of the router. Type http://192.168.1.1 in the web browser to open the configuration screen. Log in to the WebUI. The default username is "admin," and the password is "admin01". After logging in, you will see the status overview page for the router. Go to "Network" and then to "Mobile." In the section for the APN setting, type "soracom.io." You may have to uncheck the "Auto" checkbox to enter these settings. Make sure you uncheck the "Deny Data Roaming" box too. It's fine if the other settings have their default values. Click on the "Save" button to confirm the changes. The device will take a few minutes to save these settings. After the configuration has been reloaded, the router will search for available networks and connect to one automatically. Go to the Status menu and then select "Overview" to check the cellular connection status. If you have any queries, contact Teltonika support.

Do Teltonika products have stand-alone or automatic failover?

Auto failover is a feature that allows a device or service to automatically switch to a backup system or path if the primary one fails. There are two types of auto failover: link and node. Link failover: The backup system is activated when the primary link becomes inactive. Node failover: The backup system is activated when a device becomes inactive on the primary side. The routers will automatically switch to the backup path when the primary connection goes down. Teltonika routers Failover feature is available in the Cellular menu, and it can be enabled for both WAN and LAN ports. Additionally, you can set a priority for each port. The router will try to use the port with the higher priority first, and if that fails, it will use the port with the lower priority. When configuring failover, you will also need to specify a backup gateway. This is the IP address of the device or service that will be used as the backup connection. You can find this information in your account with the provider of the backup service. Many Teltonika devices have this feature, which can be enabled in the configuration menu. The Teltonika RUTX11 Industrial Cellular Routers have Teltonika failover along with backup WAN. These routers also have a wide range of other features, such as cellular speeds of up to 300Mbps, dual-band Wi-Fi, support for multiple protocols, and compatibility with the company's Remote Management System.

Can Teltonika routers be used for failover with a router?

Yes, many Teltonika models are compatible with failover. Browse modems on Novotech and look for the specs or contact our sales team for a one-on-one consultation. How much is the remote management software for the modem? The annual license of the remote management software for the modem costs $50, while the monthly license costs $5.

Does Teltonika have Global deployments with large [F500] companies?

Yes, Teltonika has signed contracts to provide its cellular modems, routers, and SIM cards to many global companies. Teltonika has also deployed projects in Vietnam, South Africa, Brazil, Russia, to name a few. You can see their incredible work here.

Does Teltonika have any public case studies?

Yes, there are a TON! You can see them here. These case studies are from a wide range of industries, such as transportation, security, healthcare, and technology. The company provides remote management, GPS trackers, industrial cellular routers, and gateways to these industries. In 2020, Teltonika catered to 900 customers, delivering over 140,000 devices in 98 countries. Find more information on Teltonika's website.

What are the lead times on Teltonika routers?

We carry a large amount of stock in our Canadian and U.S. warehouses. Check with your sales representative for a more accurate lead time.

How much do Teltonika Routers cost?

Teltonika Cellular Routers start at $169 for the RUT240. Higher-end Routers like the RUT955 can cost up to $1,000. Some of Teltonika's popular devices are the Teltonika RUT955 and Teltonika RUT240. You can check their prices on our website.

Are there any recurring costs associated with Teltonika Routers?

Yes, there is an annual/monthly fee for the license of the remote management software. It costs $50 for a year or $5 per month.

Can I buy Teltonika from anywhere in the world?

Yes. Just call Novotech, and we can direct you to a sales representative that can coordinate with you. You can create an account with us and get approved within one business day.

What Type of Certifications are Needed When Integrating Thales Modules into Another Finished Product?

When it comes to certifications for the modules that go into another finished product, there are three options. Pre-certified, non-certified, or proprietary modules (modules you make on your own from scratch). Pre-certified or certified modules, like those made by Thales, ensure that the module is ready to be used in another product. Depending on the design of the product or scheme, the module may not require much configuration. More importantly, it means that the module meets the industry regulations. For instance, certified RF modules may meet the requirements of the Federal Communications Commission (FCC); the Innovation, Science, and Economic Development (ISED); and the European Conformity (CE). On the other hand, a non-certified module does not guarantee compliance with industry standards or legal frameworks. This can be problematic in some cases. That’s not to say that it won’t work properly, but that it’s not approved or certified by a regulatory body. In regions where such certifications are necessary, the finished product with a non-certified module may not get the certification or approval in that particular market. In such a case, you may have to get another lab or organization to certify the product. However, non-certified modules are cheaper than certified modules because the manufacturer hasn’t spent the money on certifications.

How Long is the Lifecycle of a Module, and How Does the Transition to Newer SKUs Impact Development?

The lifecycle of a module follows the traditional product lifecycle. Starting with inception, design, build, and configurations. The lifecycle of modules may depend not so much on the materials but more on the technological life cycle. When newer technology comes out, older modules may slowly decline in use. However, it can take years before they become completely obsolete. Another aspect to consider is maintenance, including upgrading firmware for specific hardware. Manufacturers may upgrade the firmware from time to time to extend the lifetime of the technology and allow it to catch up with the latest applications. Therefore, it’s difficult to estimate the exact lifecycle of a specific module. As for the move to newer SKUs, this is not a problem unique to companies in the IoT sector or any other technology sector using modular parts provided by other manufacturers. SKU proliferation is a problem often faced by distributors and, more commonly, by retailers who end up with old or obsolete stock while consumer demand shifts toward newer products. While SKU proliferation is more impactful on other industries, it may not significantly impact companies designing electronic systems and devices. It may take a while for them to incorporate newer technology in their products. To ensure newer SKUs don’t negatively impact development or cause older SKUs to go to waste, companies need an effective SKU management strategy. Using analytics to predict usage and demand, companies can ensure their SKUs do not sit idle and, instead, complete the development cycle.

Where Can I Find an AT Command Manual?

AT Commands are instructions for modems. The AT is short for attention, which is why all the instructions for the modem start with AT. Some examples of AT commands are ATD (Dial), ATA (Answer), ATO (Return to online data state), and ATH (Hook control). These commands are used for machine-to-machine communication, typically between the modem and computers and devices. You can find an AT Command manual on the Thales website. However, a better approach is to contact a Novotech sales representative who can procure the AT command manual for you so your developers and designers don’t have to waste time looking for it online. This is just one of the many benefits of directly acquiring routers, modems, modules, and other connectivity devices from Novotech.

Where Can I Find an Integrator's Manual?

With an integrator's manual on hand, you can answer many questions and address numerous issues. For an integrator produced by Thales, you can look up the manual on their website. Better yet, you can contact a Novotech sales representative who can help you find the right module, so you can get started on your project quickly and have the correct documentation on hand to use.

How are Firmware Updates Communicated to Me?

At Novotech, we strive to be a part of the product lifecycle management process by ensuring due maintenance. In that regard, the Novotech audience receives specialized emails with firmware update details as needed and when an update is released.

What are the Various Form Factors Available?

At Novotech, you can find a variety of module technology available in specific form factors that are most relevant to current technological needs. These include:

2G/3G: Although 2G/3G cellular modules are gradually phasing out telecommunication, they still serve important applications. Thales 2G/3G modules come in the smallest form factor that’s common with newer LTE and even 5G modules. 4G: 4G or LTE modules are available mainly in M.2 form factors that save space. 5G: There are various 5G form factors depending on the application, such as handheld devices, hotspots, appliances, adapters, dongles, etc. CAT M1: These LTE modules are ideal for IoT applications, which is why they come in compact form factors, suitable for small devices. LTE-M: The LTE-M modules for IoT devices come in a sub-compact form factor. Module Types M.2: M.2 modules can be used with Wifi, Bluetooth, WWAN, GPS, and NFC. These come in three dimensions represented by 2242, 2260, and 2280. Surface Mount: Printed circuit board (PCB) ready modules can be directly mounted on the surface of the electric circuit board. Most Thales modules are surface mounts. Through Hole: For certain applications like aerospace, modules are also available for through-hole installation, which is more durable.

What is the Difference Between Thales, Gemalto, and Cinterion?

Thales is the name of the company that designs and makes electrical systems and their parts for a variety of industries. As a multinational company, it’s also referred to as the Thales Group because it has several subsidies as well. While Thales company makes many technological products that are branded under its name, it’s also associated with its many subsidiaries, which have their unique products and services covering different industries. One of these subsidiaries, which Thales Group recently acquired, is Gemalto. Gemalto was an international security company producing security devices and software and providing managed services to businesses and smart cities around the world. Since its acquisition, Thales has merged the name brand with its existing digital security assets to take it even further. Now, many of Thales products are also sold under the Gemalto name. Thales and Gemalto together cover tech sub-sectors like payment systems, biometric systems, IoT, and mobile solutions. Cinterion is the registered brand name Thales uses for its digital security and identity product lines. These include IoT modules, gateways, and modem cards. This broad portfolio of modules enables diverse IoT and M2M applications.

How Do You Pronounce Thales?

Thales is pronounced as tha-lis. It sounds similar to the common female name Alice.

Which Thales Module or Terminal is Best for My Application?

Choosing the right module or terminal depends on a number of factors, but most importantly, the application itself. This comparison of Thales (Gemalto) Modules and Quectel can help you understand what the different Thales modules are for and what they offer. Also, check out this video of Thales PLS62 Terminal unboxing to get valuable information. If you need any more information and guidance about modules and terminals, you can contact us directly.

Can I Buy Modules Online?

You can safely and reliably purchase modules for your specific application and business from Novotech directly from the website. You can directly purchase modules by creating an account, or you can sign up for the CONTROL portal, which is Novotech’s one-stop solution for quotations, procurement, and tracking. You can find the products you need from this portal, place orders, and track shipments through your phone or on your computer. For businesses procuring products for their clients, this portal can make it easier to get quotes fast and track multiple orders.

Do You Have Stock Right Now?

es, we have stock available for Thales modules and terminals at both of our warehouses in North America (Canada and the US). You can browse through the many Thales products we carry here. You can get a custom quote for the exact modules you require. Also, you can find more information about purchases and orders here.

Novotech Technologies

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M2M and IoT Blog by Larry Bellehumeur

Novotech Technologies Honored for Outstanding Performance and Year-over-Year Growth

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Thales Modules and Terminals: Frequently Asked Questions

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