Do You Know the Modern Method to Get Information from Animals Ear Tag?

Humans have been using brands to recognize livestock animals for hundreds of years. In prehistoric times it was more of a ritualistic act. During the middle Ages in Europe, hot branding was used to identify the owner of livestock. This has sustained all the way through history. In the American West branding is often associated with trail drives and cattle rustlers. Electronic animal identification is a significant technology in contemporary animal husbandry offering immense benefits. Low-frequency applications are high-tech within the radio frequency classification of animals.

Ultra-high-frequency (UHF) submissions are appropriate for this purpose. Still, UHF systems have inadequacies through their defenselessness to metallic surfaces and liquids. Therefore, the reflection and amalgamation of electromagnetic radiation in the animals’ environment is often challenging. Modern farming techniques dictate careful and accurate control of livestock, including the skill to tell apart individual animals. Livestock ear or recognition tags have been generally used to identify livestock for centuries. The use of identification tags has led to vast improvements in competence in agricultural industries, in addition to enhanced safety and lower costs to consumers because disease and genetic mutations are more easily identified with each improvement in the tracking of livestock.

There are many types of identification devices in use, such as rings, tattoos, and identification tags. The concluding ones are attached to the ear of the animal. Normally they include inkjet or laser markings which recognize, for example, the animal on top of the location where it was raised. EID tags are small “button-like” tags that are positioned in the ear. Each EID tag has an exclusive 15-digit number printed on it, and the number can also be read by scanning the tag with an EID reader. These tags are intended to last for the life of the animal. RFID’s are commonly exploited for electronically identifying animals or objects. In many submissions, the transponder unit is laden with data and attached to an animal or object which is to be recognized.

An excellent application of non-powered RFID system is revealed for identification of animals in a meat-processing place. The reason for identifying individual animals in a meat-processing plant is for safety and sterilization reasons, and to perk up the meat quality and farming methods.

An Animal ear tag typically carries an Animal Identification Number (AIN) or code for the particular animal or for its herd or flock which helps in tracing and finding the animal and to know the detailed information about the animal.

Have You Used The Animal Tag For Your Pet Management?

Everyone loves having pets. They offer unconditional love and give the owner a sense of relaxation from the stressful life. It is evident that owning a pet is not as easy as you think. Everything needs to be scheduled and managed form their food and comfort to managing them when they’re out of the house. However, one must always be prepared for catastrophic situations, such as those when your pet gets lost. In such situations, people generally search for them in their vicinity, but that is not always helpful.

On the other hand, using the conventional manual tracking and identification methods that have long been used for livestock management is also not recommended, although, with improvements in technology, better techniques have been introduced that are more efficient and time-saving. RFID tags have proven to be quite helpful for pet owners as well as farmers, as this microchip tags provide effective traceability, thus ensuring safety.

RFID tags have a unique number that can individually identify your pet, as this RFID tags links to the database which already consists of the information of your pet. This information is about the date of birth, breed, owner’s information and more. RFID tagging has become a significant part of modern farm management. There are many reliable RFID animal tags available in the market nowadays. It also helps the suppliers to track their livestock accurately when any cross-border and national trading of livestock takes place.

Already being used far and wide in the livestock industry, RFID has been successful in serving more than one purposes, for instance, it is becoming set up across the entire food chain for tracking. This tag is easy to use, secure and highly efficient in pet identification. These tags can be applied easily on your pet as per the directions of the manufacturer. For the security of your pet, there is a wide range of ear tags and implantable RFID glass tags available in the market that is cost-effective and can be installed on any animal.

The RFID animal tags are quite effective in saving your time, money as well as labor. If you have an RFID tag installed on your pet, with all the necessary information embedded in it, then you don’t have to worry much even if your pets get lost or stolen. These tags are quite reliable and can be one of the best solutions for tracking your pet in a hassle free manner.

Radio Frequency Identification card

RFID cards have been around for many years in various forms and mostly used in access control, security and financial applications. The technology utilized was most likely proprietary to their supplier and no open systems had existed. Most of these cards used passive RFID techniques in the frequency range of 125kHz to 135kHz. These cards were considerably thicker than most common photo ID cards, much more expensive, had limited memory space and could only be read one at a time.

Most utilization of RFID cards involved “proximity”- “contact-less” cards. These cards replaced the popular contact cards that used actual metallic contacts on its surface, or embedded ferro-magnetic wires for communications. The “proximity” card applications provided a high degree of security, however the performance range of the card was typically limited to a couple of inches, at most.

During the past few years numerous standards have emerged and are currently being adopted by the RFID transponder manufacturers. ISO 14443 for “proximity” cards and ISO 15693 for “vicinity” cards, both recommend 13.56 MHz as its carrier frequency. These standards feature a thinner card, higher memory space availability and allow numerous cards in the field to be read almost simultaneously using anti-collision, bit masking and time slot protocols.

ISO 14443 proximity cards offer a maximum range of only a few inches. It is primarily utilized for financial transactions such as automatic fare collection, bank card activity and high security applications. These applications prefer a very limited range for security.
ISO 15693 vicinity cards offer a maximum usable range of out to 28 inches from a single antenna or as much as 4 feet using multiple antenna elements and a high performance reader system.

Mifare Desfire EV1 4K

The MIFARE DESFire is designed for multi-application, such as public transportation, physical access control and e-government programs. By delivering the perfect balance of cost efficiency, speed, and card performance, MIFARE DESFire’s open concept allows future tailored integration of varied ticketing forms such as Keyfobs, Combiwatch, smart paper tickets and mobile phones with Near Field Communication technology.

The MIFARE DESFire is a special release of NXP SmartMX platform. Featuring an on-chip backup management system and the triple Des authentication, a MIFARE DESFire card can store and hold up to 28 different applications and 16 files per application.

Mifare DESFire 4K operates at a distance of up to 100mm and in accordance with the international standard ISO14443A perfectly meets mid-end transportation segment needs, including security and cost effectiveness. It features a 4Kbyte non-volatile memory, a high speed triple-DES data encryption co-processor, a flexible memory organization structure, a mutual 3-pass authentication technique, a true random number generator, and an anti-tear mechanism to guarantee data integrity during contactless transactions.

Features
Contactless interface
Operating distance: Up to 100 mm
Operating frequency: 13.56MHz
Fast data transfer
High data integrity
Uses ISO 14443-4 transport protocol
ID-1
Material: PVC
No printing

Applications
e-Government
e-Healthcare
Access Control
e-Purse & Loyalty
Transportation

Mifare Plus S 2K

Embodying the next level of security in mainstream contactless smart card systems, MIFARE Plus S 2K is part of the MIFARE Plus family, and is supported by leading system integrators. It provides a high security level at a reasonable cost, and is the easiest way to secure MIFARE Classic installations.

Features
Contactless interface
Supports ISO/IEC 14443 Type A UIDs (4-byte UID, 4 Byte NUID, 7-byte UID), optional support of random IDs
2 KB or 4 KB EEPROM
Communication speed up to 848 Kbps
Simple fixed memory structure compatible with MIFARE Classic 1K and MIFARE Classic 4K
Memory structure identical to MIFARE Classic 4K (sectors, blocks)
Access conditions freely configurable
Multi-sector authentication, Multi-block read and write
AES-128 used for authenticity and integrity
Anti-tearing mechanism for writing AES keys
Keys can be stored as MIFARE CRYPTO1 keys (2 × 48-bit per sector) and – as AES keys (2 × 128-bit per sector)
Basic support of virtual card concept
Number of single write operations: 200000 cycles (typical)
Common Criteria Certification: EAL4+
ID-1
Material: PVC
No printing

Applications
Access Control
e-Purse & Loyalty
Transportation

Super-thin Card & Inlay

Inlay for contactless card has a need of getting thinner and more flat, which is essential to produce super thin & flat RFID card. In additional, possible to deploy additional layer material for anti-counterfeiter or other application in the card.

To meet such market demand, OPRFID proudly introduces you Super Thin Sheet Inlay which is under mass-production and patent driven. Imagine the pre-laminated sheet inlay with a thickness of 0.2mm or even thinner?

Any layout,thickness,HF chips will be easy applied to support your high quality card comes!

Brief Specification

Sheet Size Max.750mm X 540mm
Thickness 0.20,0.24mm, 0.32mm, 0.36mm±0.04mm
Chip Type HF(NXP Mifare, ICode,NTAG Families, Infineon, EM,Sony Felica or any RFID chip brand)

LF(on request)

HF Operating Frequency 13.56MHz Reader Standard(ISO/IEC 5693,ISO/IEC 14443)
Storage Temperature -20℃ ~ +50℃
Material Copper wire antenna and module with white matt PVC sheet

Options

Oval antenna
Customer specific layout
Materials:PET-G ,PVC

Features:
Super-thin thickness (0.24mm), suitable for making ultra-flat & ultra-thin card
Perfect personalized printing effect on finished cards , no marks on chip and coils
Better physical performance of bending & torsion
Mature production technologies, higher throughout

Quality Guarantee:
1.Inlays are 100% function tested. Each transponder’s UID data and RF parameters will be detected and recorded. Providing the UID data along with shipping is possible.
2.Inlays are 100% dimension measured & visual inspection
3.Strict production management & QC process control according to ISO standards
4.Proven quality level for global customers. Widely using in Europe, Japan etc market.

Magnetic Stripe Card

Magnetic Stripe Card is made from high-strength high-temperature-resistant plastic or paper-coated plastic, damp-proof, wear-proof, flexible, portable, stable and reliable. In general, one side of the magnetic card is printed information tips, e.g.: direction of inserting the card; another side of the magnetic card has magnetic layer or magnetic stripe, with 2-3 magnetic tracks recording relevant information data.

Application: The magnetic stripe has three magnetic tracks. The former two magnetic tracks are read-only magnetic tracks, and the third magnetic track is read-write magnetic track, e.g.: recording book balance, etc. The magnetic card is relatively simple and easy in reading and writing information, easy in use and low in cost, so it has got developed early, and has been applied to many fields, e.g.: telephone prepaid card, rate card, appointment card, entrance ticket, deposit card, credit card, etc.

Features of Magnetic Stripe Card

Features of Magnetic Stripe: Data are readable and writable, that is, the capacity of changing data on the site; data storage can meet demands; easy in use and low in cost. These advantages broaden the magnetic card’s application fields, e.g.: credit card, bank ATM card, membership card, cash card (such as telephone magnetic card), air ticket, bus ticket, vending card, etc. The limiting factor of the magnetic card technology is that time of the data storage is restricted by the durability of the magnetic particle polarity. Additionally, data security of the magnetic card is relatively low, e.g.: careless contact of magnetic material results in loss or disorder of the magnetic card’s data; to enhance security performance of the data storage, the magnetic card must use related technologies, which increase the cost. With the development of new technology, the magnetic card with relatively-poor security performance is gradually replaced. Under the existing conditions, due to a large number of existing magnetic card equipment, maturity of the magnetic card and low cost, the magnetic card technology is still applied to many fields in a short term.

AT24C02 Contact IC Card

AT24C02 Contact IC Card-AT24C02-001 is one type of Contact IC Card, it’s Consists of the chip, the sensor antenna,it’s Packaged in a standard PVC, ABS, PET material card, No exposed parts of the card.the AT24C02 Contact IC Card Reading and writing process, ibetween coupled resonant circuit with the reader via radio waves or contact contact To complete the read and write operations. the AT24C02 Contact IC Card is a non-powered,When the reader read and write to the card reader signals superimposed on the composition consists of two parts: one part is a power signal, the signal received by the card, rather than their own L / C resonance, producing an instant energy tosupply chips work. The other part is a combination of data signals, the command chip to complete the modification of data, storage and return it to the reader, to complete a read or write operation. The data on the card can save more than 10 years long,it’s use to attendance , access control , schools , business , patrol management,hotel.etc

 Contact IC Card Specification
 Material    PVC, ABS, PET
 Size Standard: 20*45mm, 30*50mm, 86*54*0.76mm, 160*90mm or customized
 Thickness  For the pvc card, thichkness:0.38-2mm, for the chip pvc card. thickness:0.86-2mm
 Chip Type  AT24C02
 Work Frequency
Surface Glossy, Matte and Frost
Available Artworks/Crafts Gold/silver hot stamping | Embossed number | Gold/slver wire drawing
Gold/sliver silk-screen printing | Lase  logo | UV spot | Barcode | QR code ect.
Application attendance , access control , schools , business , patrol management,hotel.etc..
  Declare The attached picture is only reference. We provide services of designing 
and  manufacturingaccording to customer requirements.
 Packaging 200pcs/box, 25boxes/carton, Box size: 22.5*9.3*6cm, carton size:47*23.5*30cm Weight: 1000pcs 7KG, 5000pcs 35KG
Payment Just accpet TT or Western Union or Alibaba Trade Assurance System(cc)
Delivery Time   3-7 working days after all detail is confirmed and recieved the payment

125KHz RFID card inlay/card prelam

125KHz RFID card inlay/card prelam, made of PVC/PET material, with about 0.5mm thickness, widely used for ISO card making.

Specifications :
1>Material: PVC or PET;
Antenna material: Copper,Aluminium foil;
2>Layout: 3×7, 5×5,3×8,4×8,4×6, 2×5,2×4, or any Customization of CR80 card or any unit antenna size;
3>Dimension: 310mm x 468mm, Max. size 520mm x420mm, A4 210mm x297;
4>Thickness: 0.5mm, customiztaion(0.06mm for UHF inlay);
5>Available Chip Model:EM4200, EM4100/EM4102, TK4100;Mifare 1K, Mifare 4K, Mifare Ultralight, I CODE SLI, UHF;
6>Antenna: Cooper, AL, Ultrasonic;
7>Protocol: ISO14443,ISO15693,ISO 18000;
8>Read range: More than 50mm with our reader;
9>Working temperature: -25°C ~ +55°C;
10>Store temperature: -25°C ~ +65°C;
11>Sample Supply: Free samples are available on your request;

Atmel AT24C64 Contact IC Cards

AT24C64 contact smart card is one of the most popular memory chip card that used in Hotel, Membership, E-ticket, etc. We promise the stable function, good printing, thickness, cost control, fast delivery, strong package.

Specification:
1)Material: High Quality PVC/ABS/PET/PETG;
2)Size: ISO CR80 standard(86mm x 54mm) or customized;
3)Thickness: on your demond;
4)Operating Frequency: 13.56Mhz or 125Khz;
5)Standard: depend on the chips;
6)Read Distance: depend on the chips;
7)Read Times: >100 000;
8)Certificate: ISO 9001-2000,SGS;
9)Available Crafts: 4 color off-set printing,magnetic stripe,embossing number,signature panel,photo,barcode,thermal printing, gold/shiver color scratch-off,series number punch,hole punched,UV printing,etc;
10)Package Details:
For standard card(85.5*54*0.86mm): White box: 6*9.3*22.5 CM(200pcs/box) Cart
We are one of the best Smart Cards manufacturers China, we also supply different types of Contact IC Cards products, waiting for your pleasant cooperation!