RFID
RFID technology uses radio waves to identify objects remotely. The design and operation of the system are very simple. Small devices, known as tags, are attached to objects. A tag consists of an electronic circuit with stored data and a transceiver antenna. The data is recorded and read using radio waves generated by an RFID reader, which has its own antenna.
=LONG=RFID readers RFID 125 kHz readers RFID 13.56 MHz readers RFID copiers RFID cards RFID 125 kHz cards RFID 13,56 MHz cards RFID key fobs RFID 125 kHz key fobs RFID 13.56 MHz key fobs RFID stickers RFID tags RFID tags 865-868 MHz RFID tags 840-960 MHz RFID tags 840-940 MHz RFID tags 13,56 MHz
A Few Words About RFID Technology
The increasing dynamics of development in industries such as transportation, the clothing market, and manufacturing is driving the demand for advanced and accurate object tracking systems. The answer to these needs is RFID technology, which uses radio waves to identify objects from a distance. Radio Frequency Identification (RFID) is a technology that allows for automatic and contactless identification of objects, animals, or people using radio waves. An RFID system typically consists of three main components: RFID tags, RFID readers, and system software that enables the processing and analysis of collected data.
How Does RFID Technology Work?
RFID tags contain a microchip and an antenna, which together enable the reception and transmission of information to an RFID reader. These readers emit radio waves that activate the tag and then read and decode the data from it. This data can then be sent to a central computer system for further analysis. RFID operates at different frequencies, and the choice of the appropriate one depends on the application, range, and working environment. ![The principle of RFID technology.]()
Applications of RFID Technology:
- Logistics and Supply Chain Management: RFID technology facilitates the tracking of goods at every stage from the manufacturer to the consumer. RFID allows for automatic inventory management and reduces the risk of errors.
- Access Control: RFID tags are often used in access cards for buildings, security systems, and as tools for controlling entry to parking lots or public transportation.
- Healthcare: RFID tags can be used to track medical equipment, medications, and even patients and staff, which helps in hospital resource management and error prevention.
- Production Automation: RFID enables automatic tracking of components on the production line, significantly increasing production efficiency and reducing costs.
- Animal Management: RFID is used for the identification of pets, livestock, or wild animals, which facilitates population management and monitoring of animal health.
- Retail: Stores use RFID to prevent theft, manage inventory, and improve customer experience by speeding up checkout transactions.
Types of RFID Devices
- RFID Tags: These can be passive (without their own power source, activated by the reader's signal) or active (with a built-in battery, enabling signals to be sent over longer distances). Tags can also be disposable or reusable.
- RFID Readers: These are devices that can read information from RFID tags. They can be stationary (e.g., mounted at entry gates) or portable (e.g., used by warehouse workers to scan goods).
- RFID Antennas: These are an integral part of the system and can be customized for various applications, depending on the required range and configuration.
- Frequency of operation: 125 kHz
- Reading method: automatically
- Confirmation of reading: light and sound signal
- Readable chip types: EM4100, SMC4001, EM4200, EM4305, T5577
On Sale
- Frequency of operation: 125 kHz, 13,56 MHz
- Reading method: automatically
- Confirmation of reading: light and sound signal
- Power supply: USB DC 5V
- Frequency of operation: 13,56 MHz
- Reading speed: up to 200 ms
- Reading method: automatically
- Power supply: USB DC 5V
- Frequency of operation: 125 kHz i 13,56 mHz
- Reading speed: up to 200 ms
- Reading method: automatically
- Confirmation of reading: light and sound signal
- Frequency of operation: 125 kHz
- Reading method: automatically
- Confirmation of reading: light
- Power supply: USB DC 5V
- Reading method: automatically
- Reading confirmation: light and sound signal
- Operating frequency: 125 kHz
- Power supply: 2x AAA battery
On Sale
- Frequency of operation: 125 kHz
- Reading method: automatically
- Confirmation of reading: light and sound signal
- Reading speed: up to 200 ms
- Operating frequency: 125 kHz
- Material: PVC
- Finish: white gloss with HDWR logo
- Chip included: TK4100
- Operating Frequency: 125 kHz
- Material: ABS
- Color: blue
- Device Dimensions: 41 x 34 x 5 mm
- Operating Frequency: 125 kHz
- Material: PVC
- Finish: white gloss
- Device Dimensions: 86 x 54 x 1 mm
- Operating Frequency: EU 865-868 MHz, US 902-928 MHz
- Material: ceramic
- Reading Distance: up to 7 m (handheld reader), up to 10 m (stationary reader)
- Color: black
- Packaging: the price quoted is for a package of 10 pieces
On Sale
- Frequency of operation: 125 kHz
- Reading method: automatically
- Confirmation of reading: light
- Interface: USB
RFID technology uses radio waves to identify objects remotely. The design and operation of the system are very simple. Small devices, known as tags, are attached to objects. A tag consists of an electronic circuit with stored data and a transceiver antenna. The data is recorded and read using radio waves generated by an RFID reader, which has its own antenna.
=LONG=RFID readers RFID 125 kHz readers RFID 13.56 MHz readers RFID copiers RFID cards RFID 125 kHz cards RFID 13,56 MHz cards RFID key fobs RFID 125 kHz key fobs RFID 13.56 MHz key fobs RFID stickers RFID tags RFID tags 865-868 MHz RFID tags 840-960 MHz RFID tags 840-940 MHz RFID tags 13,56 MHz
A Few Words About RFID Technology
The increasing dynamics of development in industries such as transportation, the clothing market, and manufacturing is driving the demand for advanced and accurate object tracking systems. The answer to these needs is RFID technology, which uses radio waves to identify objects from a distance. Radio Frequency Identification (RFID) is a technology that allows for automatic and contactless identification of objects, animals, or people using radio waves. An RFID system typically consists of three main components: RFID tags, RFID readers, and system software that enables the processing and analysis of collected data.
How Does RFID Technology Work?
RFID tags contain a microchip and an antenna, which together enable the reception and transmission of information to an RFID reader. These readers emit radio waves that activate the tag and then read and decode the data from it. This data can then be sent to a central computer system for further analysis. RFID operates at different frequencies, and the choice of the appropriate one depends on the application, range, and working environment. ![The principle of RFID technology.]()
Applications of RFID Technology:
- Logistics and Supply Chain Management: RFID technology facilitates the tracking of goods at every stage from the manufacturer to the consumer. RFID allows for automatic inventory management and reduces the risk of errors.
- Access Control: RFID tags are often used in access cards for buildings, security systems, and as tools for controlling entry to parking lots or public transportation.
- Healthcare: RFID tags can be used to track medical equipment, medications, and even patients and staff, which helps in hospital resource management and error prevention.
- Production Automation: RFID enables automatic tracking of components on the production line, significantly increasing production efficiency and reducing costs.
- Animal Management: RFID is used for the identification of pets, livestock, or wild animals, which facilitates population management and monitoring of animal health.
- Retail: Stores use RFID to prevent theft, manage inventory, and improve customer experience by speeding up checkout transactions.
Types of RFID Devices
- RFID Tags: These can be passive (without their own power source, activated by the reader's signal) or active (with a built-in battery, enabling signals to be sent over longer distances). Tags can also be disposable or reusable.
- RFID Readers: These are devices that can read information from RFID tags. They can be stationary (e.g., mounted at entry gates) or portable (e.g., used by warehouse workers to scan goods).
- RFID Antennas: These are an integral part of the system and can be customized for various applications, depending on the required range and configuration.
