High Power User Equipment for First Responders and Beyond

High Power User Equipment is a game-changer for first responders and beyond. This technology enables users to stay connected even in the most remote or disaster-stricken areas.

It's capable of transmitting signals up to 10 times farther than traditional devices, thanks to its advanced antenna and amplifier design. This means first responders can stay in touch with their teams and receive critical information in real-time.

First responders are not the only ones who can benefit from High Power User Equipment. Outdoor enthusiasts, such as hikers and campers, can use it to stay connected with family and friends in areas with limited cell coverage.

In fact, High Power User Equipment has already been used in various emergency situations, including natural disasters and search and rescue operations.

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HPUE stands for High Power User Equipment, and it refers to devices with a cellular modem that enable users to connect to a cellular network.

User equipment, such as mobile phones, tablets, and computers, typically run at Power Class 3 with a standard transmit power of 23 dBm.

High power in HPUE means an increase in transmit power, which can boost the coverage range and provide users with better service.

Higher transmit power also means more uplink speed and greater throughput, making it beneficial for users who need faster data transfer.

Mobile phones, for instance, can benefit from HPUE by providing users with a stronger signal and faster data speeds.

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HPUE technology plays a large role for devices under Band 14, which is the designated connectivity network for first responders.

The technology increases the transmit power from 23 dBm to 31 dBm, at Power Class 1, allowing for a wider coverage range.

This increase in transmit power results in improved signal penetration into infrastructures in urban areas.

HPUE extends the unbreakable connectivity of devices in Band 14 by increasing the uplink's link budget, measured in dB.

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Each unit increase in link budget results in a unit increase in the network's coverage, and multiples beyond that.

HPUE allows for faster data and video streaming, keeping everyone informed and on the same page.

Nextivity SHIELD HPUE products are available for purchase by FirstNet users and AT&T Business customers through authorized sellers in the U.S.

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HPUE technology is a game-changer for first responders, allowing them to stay connected in emergency areas away from cell towers.

HPUE devices can transmit at a higher power level of up to 31 dBm, compared to the standard maximum output power of 23 dBm.

This increased signal strength is crucial for first responders who need stable connectivity to upload data in real-time. For example, they can use HPUE capable devices to locate radio beacons from trapped civilians in collapsed buildings.

HPUE technology also enables carrier aggregation while running, which helps keep RF emissions within standards.

The benefits of HPUE technology are numerous, including increased cell range and improved user data rates. In fact, tests have shown that HPUE equipment can operate with any LTE Band 14 network with reliable performance that stays connected in areas where standard-power LTE devices fail to connect.

Here are some key aspects of IntelliRange technology, which drives the performance of HPUE products:

First responders have adapted to relying on internet connectivity for day-to-day activities, using it for tasks like paperwork digitalization, sharing records, GPS tracking, video feed or surveillance, and more.

HPUE, or High Power User Equipment, is a capability that allows devices in Band 14 to use higher transmit power in an extended coverage range, giving first responders assurance that they will have network coverage in emergency areas away from cell towers.

The extended range meets the critical need for stable connectivity to uplink or upload data in real-time, which is essential for first responders to do their jobs effectively.

First responders using HPUE capable devices have a better chance at locating radio beacons from trapped civilians in collapsed buildings due to the greater signal strength offered by HPUE.

Sprint is already ready to roll out HPUE, but it needs to be supported by both the cell tower and the mobile device. Currently, there are no compatible devices available.

The first devices with HPUE support are expected to launch in the first half of 2017, with the Samsung Galaxy S8 possibly being the first phone to support it. Other flagship devices will follow later in 2017 and 2018.

HPUE technology is not exclusive to Sprint, but it will only be available on Sprint's network in the United States due to the country's use of Frequency Division Duplex (FDD) technology.

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HPUE needs to be supported by both the cell tower and the mobile device. Sprint says it's ready for the initial roll-out of HPUE, including in their 250 LTE Plus markets.

To get HPUE, you'll need to wait for compatible devices. At the moment, none are available, since the HPUE technical standard was just finalized on December 6th.

Qualcomm, a partner of Sprint, is supporting manufacturers to launch devices with HPUE support in the first half of 2017. This is the soonest we can expect to see HPUE in devices.

The Samsung Galaxy S8, rumored to launch in April, might be the first phone with HPUE support, followed by other flagship devices later in 2017 and 2018.

HPUE is not just for first responders, but also for anyone with HPUE capable devices who can access internet connectivity from a wide range.

This is because HPUE devices are defined by the international standards body 3GPP as Power Class 1, which means they're the most powerful devices allowed under 3GPP standards.

With HPUE, users can enjoy the quickest speeds the network has to offer, making it a game-changer for anyone who needs reliable internet connectivity on the go.

Recent partnerships, like the one between Peplink and Assured Wireless, are creating innovative solutions that combine HPUE with other technologies to provide unbreakable connectivity for first responders and public safety units.

The Peplink-Assured Wireless partnership is creating a FirstNet MegaRange solution that combines SpeedFusion with HPUE, exclusively available on Band 14, to support mission-critical needs of emergency responders.

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Sprint co-developed HPUE with China Mobile, and it's likely to roll out in China, India, and Japan in the years ahead.

HPUE is now an official part of the LTE standard, but in the United States, only Sprint will be able to take advantage of it.

HPUE technology is TDD only, and this is why it's exclusive to Sprint's Band 41.

Every LTE Band in use in the United States is based around FDD technology, other than Sprint's Band 41.

TDD networks don't need to co-exist with legacy networks, making it easier to meet radiation limits with higher powered amplifiers engaged.

Similar power management technologies to HPUE may come to other carriers in the future, as part of 5G technology rollouts in the years ahead.

HPUE's TDD nature is the main reason it's only available on Sprint's Band 41 in the United States.

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FirstNet, a network dedicated to public safety, has implemented High Power User Equipment (HPUE) to improve connectivity for first responders. HPUE allows devices to use higher transmit power in an extended coverage range.

First responders have come to rely on internet connectivity for various tasks, such as digitalizing paperwork, sharing records, and GPS tracking. This technology has become essential for their day-to-day activities.

The extended range provided by HPUE gives first responders assurance that they will have network coverage in emergency areas away from cell towers. This is especially crucial for situations like building emergencies.

HPUE enabled devices can double their transmit power, letting them stay connected further from the tower. This is made possible by enabling high-power mode.

HPUE closes the coverage gap between mid and high-band spectrum, allowing for faster speeds and greater capacity. This is particularly important for high-band spectrum, which doesn't travel as far as mid or low-band, especially indoors.

HPUE capable devices on Sprint's Band 14 can use higher transmit power, making them more reliable in emergency areas. This technology has the potential to make a significant impact on public safety.

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