Bluetooth vs NFC: Amazing Tabularized Comparison

Technologies have the ability and latent to fight out with all challenge that comes across. Networking and Data communication is one such main area of concern that is convoyed by the security and speed of data transfer. NFC and Bluetooth are two ingenious keys that have aided lots of smartphone users worldwide with such data transfers. Here, we discuss Bluetooth vs NFC.

What is NFC?

NFC (near-field communication) allows laptops, tablets, phones, to share data with other devices. It developed from radio-frequency identification (RFID) technology. RFID is after that safety scan passes that get you into the workplace every day or bypass that tollbooth on your morning travel.

How does NFC works?

The two chips allowed with NFC do not a necessity to be paired before sharing data. These run on very little quantity of power and are very effective as related to other wireless communication devices. The NFC chip works as one share of the wireless connection and as soon as one chip joins with other the data transfer takes place. NFC devices find our devices, bank accounts, cards, and personal data.


What is Bluetooth?

Bluetooth is a wireless technology that allows electronic devices to communicate without a cable. The Bluetooth component is a little part of the piece in a device, which rents it wirelessly to communicate with a Bluetooth component on any other device.

How does Bluetooth works?

Bluetooth works on radio frequency, exactly in the 2.4GHz range. most of the appliances using short-range that require wireless connectivity, with Wi-Fi routers.

Bluetooth usages 79 bands of radio waves in the 2.4GHz frequency. When you send data, Bluetooth first splits this data into smaller packs. These packs are sent separately over those 79 bands, and Bluetooth is smooth enough to transform bands fast so that no one line gets blocked. Bluetooth can instantaneously pair with eight devices and allow them to talk to each other.


Bluetooth vs NFC

Range (Distance)

Possibly the most significant point of Bluetooth vs NFC is their range of coverage. While together are small data transfer technologies, there is a huge variation between their transmission and receiving skills. Bluetooth has a maximum distance of up to 10 meters. This means that you can simply share with another Bluetooth-enabled device placed on the other side, or even through the same place.

NFC has a very small distance – less than 4 cm. Hence, for effective data communications to take place, both, NFC-enabled devices or chips will want to be held also moving or in very near proximity to each other.


Bluetooth vs NFC, An NFC chip is very easy to create and doesn’t need any verification. All you want to do is turn the NFC on, and carry your devices in close contiguity of each other, and the data transmission occurs rapidly.

Bluetooth needs a serial procedure to be followed for data communication. Usually, you will need to enter a PIN and arrange a few other settings to couple your devices with other devices. This makes using Bluetooth a little more time-consuming.

Power consumption

NFC is slower and also has a very small range. It uses a low-power wireless transmitter/receiver, and so doesn’t affect the battery of the device much. As such, NFC can be retained ‘ON’ all the time without disturbing about it difficult the battery.

Bluetooth takes a low quantity of control, it is quite a substantial chunk as related to NFC. If the Bluetooth on your device is saved ON, you have assured to notification the charging level drop faster than it generally would. Hence, in terms of power consumption, NFC is the winner.

Speed of data transfer

Bluetooth vs NFC, NFC is a minimum power and short-range technology, and then, it has lower data transmission speed. NFC timers a small 400 Kbit/s, which is much lesser than most other wireless technologies. However, seeing the specific parts of the application that it is planned for, this speed appears to be satisfactory enough.

Bluetooth usages a more powerful, and is destined to offer service over a much better range. As such, it expressively has advanced data transmission speeds of over 2 Mbit/s. This brands it ideal for communications of higher data, such as tune, pictures, videos, etc.


NFC positively winners Bluetooth, however, it has no safety procedures in place, such as confirmation, certification, etc. Because of its very small range, a hacker would essential to be correct in front of you in demand to seize an NFC communication, which will expose his/her individuality, and therefore overthrow his resolution. This makes NFC perfect for making payments and for other communications relating complex/private data.

Bluetooth has PIN-based authentication and other refuge structures, Bluetooth transmissions still face safety issues and remains susceptible to being slashed. This is because of its higher range, which can let a hacker stop the signal being communicated, secretly from a distance.

Install and configuration security


NFC needs the frequency range and data transmission rate required for multimedia applications such as attaching to wireless headphones, speakers, etc. Bluetooth communication is lengthy and fast sufficient and is, therefore, best for multimedia applications.

Passive tags

NFC can work with passive RFID tags. One valuable application of this is that you can remove information about the owner of a misplaced dog only by tapping your NFC-enabled phone on the RFID label on the dog’s neck. RFID tags can also be planned to start special tips on the phone, such as primary a specific application, filling a webpage, etc. Bluetooth doesn’t work with inactive tags, and so, cannot be used in any request connecting their use.