Amazon Sidewalk  What is it? + Features ▷ 2020

Amazon is a company that always seeks to provide innovations and new technologies to your community. For this reason, it has now surprised us with a new connection protocol that allows us to have great coverage with greater frequency.

The main idea of ​​this innovation is to solve those loose ends that cannot be reached by the technologies that we already know such as Wifi. This is one of the most current news, and it is considered that it’s the technological revolution.

If you are interested in knowing more about this technology, how it works and its qualities that make it unique, we invite you to read below, because in this post we leave you everything you need so that you are aware of this innovation.

What is Amazon Sidewalk and what is this new technology for?

Last time, at a hardware event in Seattle, Amazon launched a great announcement, and it was that Sidewalk was arriving, a totally new protocol, under the broadband and long distance connection, developed in order to more efficiently connect all the devices inside or outside our house.

Amazon argues that with this innovation seeks to solve the problems that Bluetooth and Wi-Fi cannot solve, and this being the one that consumes the least compared to 5G which is very complex and has a high cost.

“We came up with something we call the Amazon Sidewalk,” said Amazon’s chief device officer Dave Limp.

Is this a totally free new low bandwidth network with an existing 900 megahertz spectrum over the air, mentioned that according to studies, it is the most appropriate to keep track of things and always keep them updated.

Although, being something new still, there are some details that can be improved. But Amazon says it’s totally useful for connecting devices up to a mile away, every time. depending on the location of the base station and devices.

Amazon for now announced that it will publish the protocol, giving time for different manufacturers to integrate to this connection and connect between the different devices.

From what little is known, we can say that it is the evolution for connection that will allow us to advance in a big way in this era that we live in.

What are the main features of Amazon’s wireless networking protocol?

Amazon claims that the devices called Internet of Things they can do many things more efficiently if they had a better wireless connection. This makes life easier for us, when we place sensors in places where we need to consult constantly the state or situation.

All this is better understood by knowing some of its characteristics:

Frequency band used

Its function is expand coverage, with a frequency band of 900MHz. Its signal will attenuate very little and it is capable to pierce its frequency over the walls, causing a bounce all the way to the destination.

Another very important aspect, as we already mentioned, is the little energy it consumesSince IoT devices will not have to use a lot of power to achieve a stable connection, so it would not matter if the devices have small rechargeable batteries.

Among Amazon’s plans is to publish this great network protocol, which will undoubtedly serve to increase your connection range between different devices.

Speed ​​and coverage

IoT devices have great speed, that is, they do not need it. Since in itself an IoT device only receives and sends a packet of instructions, such as turning the light on or off, checking for moisture somewhere, or other basic activities.

It is a protocol more than everything for those devices that demand more activities, where you can include up to the firmware update automatically. In itself, more than speed, this protocol offers greater coverage.

Amazon Sidewalk Mesh

This feature is very interesting because with this new Amazon protocol, a mesh network is searched for. In other words, a network where everyone around can connect with each other, this with the aim of increasing the wireless coverage that connected IoT devices are going to provide us.

Amazon has managed to verify that the important thing for good communication is not the speed but the signal or coverage, so he shows that, with a coverage of several access points up to 500 meters, will allow us to have a better experience.

Mesh guarantees that the more houses or more points there are, better coverage we will have between IoT devices.

Amazon Sidewalk vs WiFi Which is better and how are they different?

As we know, Amazon seeks to implement a technology that reaches a greater ground in terms of coverage, while Wi-Fi offers more than everything is a higher speed. But to give more detail read below.


Amazon seeks implement a better system security when communicating and transmitting data, so that they are not altered. For this reason, its frequency in some places is higher than that of Wi-Fi. On the other hand, Wi-Fi offers a secure connection but not enough, because leaves many gaps where it exposes us to threats, so the Sidewalk is better in comparison.


As we’ve mentioned enough, and will continue to do so, Sidewalk efficiently covers this big problem that Wi-Fi has failed to do. Amazon’s opinion is that a device with greater coverage and greater range has better communication and the rest is linked together with it. Let us also remember that Amazon has designed this technology for IoT devices.


For now the main objective of Amazon it is not fast communication or fast data transmission, because as we already mentioned its objective is to provide a greater range for connection and communication between devices, and it is that logically a good speed is useless when your coverage is not enough.

What other protocols for alternative IoT devices to Amazon Sidewalk exist?

There are different protocols They can also fulfill the same or similar features of Amazon Sidewalk. Such qualities are: great coverage and low power consumption on the different connected devices; In addition, thanks to the coverage it offers, many more activities can be requested at the same time.



This is a wireless communication protocol that is based on under standard 802.15.4 coding of wireless networks, whose objective is to achieve a secure communication with wide wireless coverage and with a little low power consumption, because it is specifically focused on IoT devices.

Another important feature of this protocol is that it also incorporates mesh network technologies, known as Mesh. It even provides easy integration, as it allows us to manufacture connection nodes with very little electronics.

Zigbee allows us to connect to a maximum of 65535 nodes, which are spread over smaller networks. This typology can be a star and even a tree.

This kind of low-frequency band technology, in order to improve coverage, it normally uses a frequency in Europe of 868 MHz and 915 MHz in the USA, although on some occasions it can use 2.4GHz. It is a free protocol throughout the world, where it does not need specific developers to be used.

Zigbee offers a coverage of a maximum of 100 meters, with a data rate of 250Kbps, being enough to do basic tasks on IoT devices, and even update the firmware of the equipment. If we use an 868 MHz band in Europe, the round speed would be 20Kbps.

Within Zigbee technology there are other sub-devices, where the coordinator is in charge of controlling the network as such, as well as the paths so that the devices can connect to them; the router is the one that interconnects with the devices which are separated by network topology. In other words, it is in charge of routing the traffic, thus avoiding a collapse in the networks.

The last sub-device is the end device, known as IoT, which are in charge of wirelessly connecting the routers directly with the coordinator, this being the basis of everything.



East is a wireless communication protocol that uses a frequency of 800 and 900 MHz, in order to expand coverage, a quality that improves communication. Coverage can come up to a distance of 5 km in urban areas, being these areas where the interference is higher, and in remote places with a range up to 15 km.

If we compare it to Zigbee, it uses less power, with a round speed of 0.3 to 22 Kbps with a modulation LoRA, but can be increased to 100 Kbps using GFSK. The LoRA network topology is very similar to that of Zigbee as they connect directly to IoT devices.

But using this protocol brings with it some disadvantages, as is the speed, the network size (it is limited) and it is not the most ideal for real-time applications that require minimal latency. Yes, provides high efficiency to avoid interference.



This is one of the most popular protocols, because it is the most standard allowing digital wireless connection in a correct way. Today most of the cordless phones we buy have this technology, because it is the most suitable for connecting to the base, sending and receiving information.

This standard counts with a frequency of 1900 MHz in Europe, with a speed of approximately 32 Kbps and a range of up to 300 meters. One of the most important manufacturers as it is AVM FRITZhas been using this technology in its wireless (Wi-Fi) routers for many years now, with functions beyond simply connecting cordless phones.


NB-IoT is one of the most widely used 3GPP networks for the internet of things, this technology being dependent on 2G, 3G, 4G or 5G, promoting greater wireless coverage to devices, and is the 3GPP response to protocols such as Zigbee and LoRA as we have shown previously.

This type of technology is mainly focused on coverage for Interior spaces, with a low price. It extends the autonomy of the batteries of the devices to the maximum, in other words it does not need a high power consumption.


LTE-M is a protocol very similar to the previous one, one of its advantages being the high download and upload speed, reaching up to 1Mbps. It is widely used in M2M communications, a sector where it enjoys great popularity. But the difference is the cost, which is much higher than NB-IoT.

If you have any questions, leave them in the comments, we will answer you as soon as possible, and it will also be of great help to more members of the community. Thank you! 😉

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