NFC RFID Android Free Software
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Showing posts with label card. Show all posts
Showing posts with label card. Show all posts
Thursday, September 10, 2015
Wednesday, June 24, 2015
NFC NDEF Programming examples for uFR Reader/Writer by D-Logic
NFC NDEF Programming examples for
uFR Reader/Writer by D-Logic
About RFID NFC reader writer
http://www.d-logic.net/nfc-rfid-reader-sdk/
Buy RFID NFC readers writers
Tuesday, June 23, 2015
NFC RFID reader writer reading distance testing
NFC RFID MIFARE READER WRITER
reading distance testing
About NFC RFID Mifare readers
Buy NFC RFID Mifare reader:
Thursday, June 18, 2015
D-logic video blog 3 NFC RFID reader writer uFR Nano - unboxing
NFC RFID reader writer uFR Nano - unboxing
More about NFC RFID reader uFR Nano:
Buy uFR Nano:
NFC RFID reader video blog 2
Half card size NFC RFID reder uFR Nano
Buy NFC RFID reader - online shop
Wednesday, June 10, 2015
RFID NFC PRODUCT LINEUP
RFID NFC PRODUCT - LINEUP
NFC RFID READER uFR Classic on Android
NFC RFID READER uFR OEM on Android
NFC RFID READER PN533 on Android
NFC RFID READER PN533 on PC
NFC RFID READER uFR Classic on Mac
NFC RFID READER uFR OEM on Mac
NFC RFID READER uFR Nano on Mac
NFC RFID READER uFR Nano on PC
You can buy all these products at:
Monday, May 25, 2015
New RFID NFC reader product site
New redesigned RFID NFC reader product site
Is now available at: http://www.d-logic.net/nfc-rfid-reader-sdk/
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| RFID NFC reader product site |
Thursday, April 2, 2015
OEM card size reader based on PN533 chip
OEM card size NFC RFID reader PN533
The OEM card size reader with PN533 enables reading and writing of NFC cards and tags as well as NFC P2P communication.
The stick is produced by Digital Logic LTD. It is build upon the NXP PN533 chip according to manufacturers recommendations and guidelines. NXP's PN533 supports the full range of the NFC Forum specifications and standards.
This product is fully supported by the open source library LibNFC, which makes it a good starting point for development of NFC applications on various platforms.
Using LibNFC libraries and examples is well explained on LibNFC community and forums.
LibNFC is open source project, has a big community and is developed continuously.
The stick is produced by Digital Logic LTD. It is build upon the NXP PN533 chip according to manufacturers recommendations and guidelines. NXP's PN533 supports the full range of the NFC Forum specifications and standards.
This product is fully supported by the open source library LibNFC, which makes it a good starting point for development of NFC applications on various platforms.
Using LibNFC libraries and examples is well explained on LibNFC community and forums.
LibNFC is open source project, has a big community and is developed continuously.
TYPICAL USAGE:
- Read NFC-Tags: Read contents of NFC-tags like most of Mifare cards, FeliCa, Topaz.
- Write NFC-Tags: Write contents to NFC-Tags (URLs, SMS, Phone No, vCards, MIME types…).
- Card emulation: Emulate Type 2 and Type 4 NFC tags, which can be read by other NFC-devices.P2P communication: Use the device for active NFC-based P2P communication to transfer data between NFC capable devices.
SOFTWARE:
The device is delivered without any binary driver. Using LibUSB and LibNFC you can compile drivers for Windows, Mac OS X and Linux.
Using compiled driver you can further explore LibNFC C API and continue developing your own software.
On Windows platform you can use the official NXP Drivers for the PN533 based products.
Using compiled driver you can further explore LibNFC C API and continue developing your own software.
On Windows platform you can use the official NXP Drivers for the PN533 based products.
NOTICE: Does not support software developed for the uFR Series of devices.
HIGHLIGHTS:
- Supports ISO/IEC 14443A/MIFARE.
- Supports ISO/IEC 14443B.
- Supports MIFARE 1 KB or MIFARE 4 KB emulation encryption in Reader/Writer mode and MIFARE higher transfer speed communication at 212 kbit/s and 424 kbit/s.
- Supports contactless communication according to the FeliCa protocol at 212 kbit/s and 424 kbit/s.
- Supports NFC P2P communication.
- Large community (LibNFC) support.
- Small dimensions (75 x 20 x 9 mm), convenient for everyday use.
Wednesday, April 1, 2015
Totally wireless RFID reader with SDK
TWR PRO Contactless reader
View more: http://d-logic.net/nfc-rfid-reader-sdk/products/twr-pro
TWR Pro is revolutionary and innovative product, based on 13.56 MHz RFID and 433 MHz wireless technology. These relatively well known technologies are combined with D-logic's genuine Low Power Consumption fundamentals. D-Logic – Low Power Consumption (DL-LPC) is a result of 2 year long research conducted at our R&D labs. After thorough research and lot of testing, finally we got unexpectedly good results regarding devices power consumption.
Based on that result, we made TWR Pro, unique product among all other RFID readers worldwide. TWR is acronym for Total Wireless Reader; Pro stands for Professionals, for whom it is primarily intended. It comes as a set with all needed resources, including more additional reader/writer for Mifare card programming, set of cards for testing, well documented SDK API and DLL, demo software with examples and source-code for several programming languages like Delphi, Lazarus, C/C++. Regular updates and improvements of firmware and documentation can be obtained absolutely free from download section at our site.
TWR Pro can read MiFare ISO 14443 type-A proximity cards and tags. It can read Mifare unique CSN (4-byte or 7-byte) only, or user defined data like cardholder number and system ID's. Card blacklisting feature is also avaliable as a standard option. TWR Pro incorporates 48-bit standard Mifare keys with special security keys to provide better security.
Technology brief:
TWR Pro is set of two paired hardware devices: a card reader and RF transceiver.
Card reader device is contactless RFID reader intended for all passive ISO14443 A-type MiFare cards and tags. Maximum card reading range is up to 4 cm (approx. 1.5 “) from reader's surface. It uses 433 MHz wireless technology platform to transmit all card related data and device status data to RF transceiver.
Due to our Low Power Consumption technology, we can provide enough power for readers everyday regular operations with only one battery pack. According to our lab and on-field testing results, one battery pack has enough capacity to provide 1,000,000 (1 Million) card reading cycles. Also, it can work in stand-by mode for 10 years or it can give one Full-dump Log package (64KB) package per day for next 80 years! Reader can be mounted as indoor or as outdoor device, with use of special housing.
Reader has it's paired device, a small and clever RF transceiver which can be connected to PC's USB port. Reader and RF transceiver communicate with each other by dedicated wireless link established on a frequency of 433 MHz. It also incorporates separate channel groups, which are good way to avoid collisions or "RF pollution". NO external power is needed.
Known limitations of USB cable length can be override by RS-485 RF transceiver module, if needed. This is exception from common installation practice, since that type of topology needs some cabling, but is also good way to override longer distances and get closer to reader's area due to some specific site installation demands.
Due to our Low Power Consumption technology, we can provide enough power for readers everyday regular operations with only one battery pack. According to our lab and on-field testing results, one battery pack has enough capacity to provide 1,000,000 (1 Million) card reading cycles. Also, it can work in stand-by mode for 10 years or it can give one Full-dump Log package (64KB) package per day for next 80 years! Reader can be mounted as indoor or as outdoor device, with use of special housing.
Reader has it's paired device, a small and clever RF transceiver which can be connected to PC's USB port. Reader and RF transceiver communicate with each other by dedicated wireless link established on a frequency of 433 MHz. It also incorporates separate channel groups, which are good way to avoid collisions or "RF pollution". NO external power is needed.
Known limitations of USB cable length can be override by RS-485 RF transceiver module, if needed. This is exception from common installation practice, since that type of topology needs some cabling, but is also good way to override longer distances and get closer to reader's area due to some specific site installation demands.
Features
Indoor or outdoor mounting options
Reader is self adaptive, smart, low power device without any external power needed
Up to 1,000,000 card reading cycles with one battery
Reading of Mifare ISO 14443A cards with 4 and 7-byte UID
Reading of unique CSN (Card Serial Number) or user defined card number values
Whole data communication between reader and RF transceiver is through air medium in frequency range of 433 MHz, on a specific set of channels, which can be changed by user
Effective range distance between reader and RF transceiver can be up to 100 meters, while best results are achieved in range of 25 meters, depending of environment and EMI influence
Reader has internal clock (RTC) and flash memory for events storage
All device status messages can be obtained on demand
All device settings can be made via user interface without physical approach to device
Up to 65535 unique card numbers
Up to 16384 card events
4 predefined event types (regular entrance/exit, blacklisted card attempt, foreign card attempt)
Up to 8 user defined actions (like private leave, business leave, lunch etc)
All events can be monitored in Real Time
Reader can act as a one-way or two-way reader with anti-pass back functionality
When using user defined cards, security is taken into consideration by defining and using Mifare card keys
Reader support ‘blacklist card’ option for prohibiting access up to 65535 user defined cards
Reader has some built-in security features in purpose for preventing counterfeited cards access
Reader supports locking with user defined password for security sensitive options, like time programming, reader firmware upgrade, log reading
RF transceiver can be protected with user defined password and data, which can be used as license key functionality, protection of software etc.
Fully featured SDK and API
Regular updates and improvements are free
Custom options for specific purposes are available through our technical support and sales
Hardware features:
| Mounting | Wall mount, desktop, horizontal, vertical |
| Dimensions | 160 g (5.64 oz) with RF transceiver and battery |
| Style | Attractive, slim polycarbonate enclosure |
| Card format | Mifare Classic 1K, ISO 14443 A |
| Wireless communication effective range | Up to 50 meters (100 m LOS); best results at 20 m |
| Operating frequency | 13.56 MHz card reading; 433 MHz LPD range for device communication |
| Hardware | 16-bit microcontroller, Built-in RealTimeClock |
| Memory | 2 MB onboard Flash |
| Communication port | USB 2.0 |
| Visual indicators | Two LEDs indicate device I/O activity and card events |
| Audible indicator | Buzzer |
| Power supply requirement | Built-in Long Lasting 3.6 V Battery pack, enough for up to 1,000,000 (1M) device cycles, which in total includes card reading events, log reading, info reading or 10 years in stand-by mode |
| Power consumption | Max. 12 µA at stand-by |
| Operating temperature | -10° to +60° C |
| Operating humidity | 5% to 90% relative, non-condensing |
| Installation place | Indoor; Outdoor with special housing/mounting case (ordered separately); Always avoid direct rain, snow or water |
| Warranty | Warranted against defects in materials and workmanship for 12 months |
Nfc rfid reader based on PN533 chip
LibNFC NFC RFID reader PN533
The NFC USB Stick enables reading and writing of NFC cards and tags as well as NFC P2P communication.
The stick is produced by Digital Logic LTD. It is build upon the NXP PN533 chip according to manufacturers recommendations and guidelines. NXP's PN533 supports the full range of the NFC Forum specifications and standards.
This product is fully supported by the open source library LibNFC, which makes it a good starting point for development of NFC applications on various platforms.
Using LibNFC libraries and examples is well explained on LibNFC community and forums.
LibNFC is open source project, has a big community and is developed continuously.
The stick is produced by Digital Logic LTD. It is build upon the NXP PN533 chip according to manufacturers recommendations and guidelines. NXP's PN533 supports the full range of the NFC Forum specifications and standards.
This product is fully supported by the open source library LibNFC, which makes it a good starting point for development of NFC applications on various platforms.
Using LibNFC libraries and examples is well explained on LibNFC community and forums.
LibNFC is open source project, has a big community and is developed continuously.
TYPICAL USAGE:
- Read NFC-Tags: Read contents of NFC-tags like most of Mifare cards, FeliCa, Topaz.
- Write NFC-Tags: Write contents to NFC-Tags (URLs, SMS, Phone No, vCards, MIME types…).
- Card emulation: Emulate Type 2 and Type 4 NFC tags, which can be read by other NFC-devices.P2P communication: Use the device for active NFC-based P2P communication to transfer data between NFC capable devices.
SOFTWARE:
The device is delivered without any binary driver. Using LibUSB and LibNFC you can compile drivers for Windows, Mac OS X and Linux.
Using compiled driver you can further explore LibNFC C API and continue developing your own software.
On Windows platform you can use the official NXP Drivers for the PN533 based products.
Using compiled driver you can further explore LibNFC C API and continue developing your own software.
On Windows platform you can use the official NXP Drivers for the PN533 based products.
NOTICE: Does not support software developed for the uFR Series of devices.
Highlights:
- Supports ISO/IEC 14443A/MIFARE.
- Supports ISO/IEC 14443B.
- Supports MIFARE 1 KB or MIFARE 4 KB emulation encryption in Reader/Writer mode and MIFARE higher transfer speed communication at 212 kbit/s and 424 kbit/s.
- Supports contactless communication according to the FeliCa protocol at 212 kbit/s and 424 kbit/s.
- Supports NFC P2P communication.
- Large community (LibNFC) support.
- Small dimensions (75 x 20 x 9 mm), convenient for everyday use.
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