Nebra Helium Miner ($HNT) Indoor US/CAN 915Mhz InHand Unopened Ships Immediately

Description

In Hand - Never Onboarded - Never Opened
US/CAN (US915): Shipping to US/Canada
Introducing the Nebra HNT Indoor Hotspot Miner
Earn HNT cryptocurrency by mining Helium and building coverage for The People’s Network using the Nebra HNT Indoor Hotspot Miner. Anyone can join The People's Network and provide hundreds of square miles of wireless network coverage, while mining HNT on the Helium Blockchain just as hotspot miners do.
Efficient miner for a new cryptocurrency, Helium (HNT)
Complete set-up in minutes using a smartphone
LongFi™ technology maximises range and battery life
Low Power – uses as much power as a broadband router (15W)
Easily manage Hotspots and tokens from the mobile app
LongFi™ Technology
Helium LongFi™ is a technology architecture that combines a leading wireless technology, LoRaWAN, and the Helium Blockchain. LongFi™ is optimised for miles of range, and long battery life for IoT devices.
Frequency Selection
The Nebra HNT Indoor Hotspot Miner comes in three different frequency variants:
470 MHz (CN470) - this is suitable for China.
868 MHz (EU868, IN865, RU864) - this is suitable for EU, India, Russia and a variety of other countries.
915 MHz (US915, AU915, KR920, AS923-1/2/3) - this is suitable for USA, Australia, New Zealand and lots of countries in South America and Asia.
In the Nebra HNT hotspot miners, the frequency plan for the LoRa concentrator (for example US915 or AU915) is determined automatically based on the location that you choose for the "location assert". This means that within the frequency variants (470 MHz, 868 MHz, 915 MHz) you can move it to a new location with a different frequency plan and it will auto-update. This only works within a single frequency - for example you can change from a US915 to AU915 location. But you can't change from a US915 location to EU868 or CN470 without changing the concentrator module.
Proof of Coverage
The Nebra HNT Indoor Hotspot Miner earns HNT Helium tokens when devices connect, and for validating wireless coverage delivered by peers. Using a system called Proof-of-Coverage, Hotspot Miners earn more HNT when they're in range of other miners, but need to be at least 300 metres apart.
The range depends on the environment:
Rural areas: ~10 miles or more.
Dense areas: ~ 1 mile.
Single HNT Hotspot Miners earn less as they can only issue Challenges over the internet, and can’t participate in Proof-of-Coverage.
This kit comes with:
Raspberry Pi Compute Module.
LoRa Concentrator Module.
3dBi Plastic Antenna.
12V Power Supply (Worldwide).
Nebra ECC Key for securely storing your swarm key.
Hotspot on boarding
First location assert
**Any change of location after are covered by the user at a cost of USD / 1,000,000 DC.
SPECIFICATIONS
The HNT Hotspot Miner is powered by the Raspberry Pi Compute Module
LoRa Module Support
RF interface over 50 U.FL connector for RX and TX.
WAN Connectivity (Ethernet Port or WiFi)
Provides 100mbps Ethernet to the Compute Module
Efficient Power Consumption (15W)
Power via 12V 1.5
This roughly equates to 0.25-0.3kWh per day or 100kWh per year
Operating Temperature -20C to 70C
Antenna connector: RP-SMA Female Connector
WHY EARN HNT & USE HELIUM?
Millions of compatible devices can use The People's Network and each device requires Data Credits (DC) in order to send data to the Internet. Fixed in value, DC are created by 'burning' HNT, reducing the total supply to achieve a Burn and Mint Equilibrium. The more devices using DC, the more HNT will be burned.
Helium?s wireless network based on LoRaWAN is best suited for low-power scenarios like sending data to and from sensors using low-cost radio waves, eliminating reliance on more costly networks like cellular and WiFi. It?s fully peer to peer and leverages a robust network of hotspots connected to the network. With just 100 to 200 hotspots, the network can usually cover most cities. In return for hosting hotspots, hosts can earn $HNT for providing access to the LongFi network.
HOW ARE TOKENS EARNED?
Hotspots earn HNT for building and securing network infrastructure and transferring device data. The amount of HNT distributed to Hotspots depends on the type of ?work? they perform based on the value to the network. This validation of network contribution is accomplished by a new work algorithm called Proof-of-Coverage (PoC).
To participate in PoC there must be multiple Hotspots at least 300 meters apart in an area, but still within range of each other (up to many miles depending on environment). Single Hotspots earn less as they can only issue Challenges over the internet, and can?t participate in Proof-of-Coverage. After the first year, distribution amounts adjust.