ISO 15693 and ISO 14443 both use the same 13.56 MHz frequency, but they work in different ways.
ISO 15693 is ideal for books, documents, tools, and similar items. ISO 14443 is for fast and reliable authentication at doors, gates, and payment systems.
Choosing the wrong type can cause a shorter read range, reader compatibility issues, and higher costs. This article explains ISO 15693 and ISO 14443 and provides guidance on how to choose the right one.
What Are ISO 15693 and ISO 14443?
What Is ISO 15693?
ISO/IEC 15693 is a standard for contactless vicinity tags. It supports a longer read range and can identify multiple tags.. For example, a library reader can scan several tagged books on one pad.
What Is ISO 14443?
ISO/IEC 14443 is a standard for contactless proximity cards and tags. It works at close range and usually reads one card at a time.
ISO 15693 vs ISO 14443:Quick Comparison Table
| Feature | ISO 15693 | ISO 14443 |
| Type of Standard | Vicinity | Proximity |
| Frequency | 13.56 MHz | 13.56 MHz |
| Read Range | Longer | Shorter |
| Main Purpose | Identify tagged items | Reading one card or tag |
| Data Transfer Rate | Up to 26.5 kbit/s | 106 kbit/s or more |
| Multiple Tag Reading | Suitable for inventory work | Usually selects one card or tag |
| NFC Type | NFC Type 5 | NFC Type 2 or Type 4 |
| Common Uses | Libraries, asset management, and document tracking | Access control, payment systems, and transportation |
Key Differences Between ISO 15693 and ISO 14443
Reading Distance
ISO 14443 operates at read distances of up to 10 centimeters.
ISO 15693 can operate at distances of up to 1 meter with the proper configuration.
Communication Speed
ISO 14443 is intended for fast tapping at doors, gates, and payment system readers.
ISO 15693 is intended for reading tagged items.
NFC Compatibility
ISO 14443 is compatible with NFC Types 2 and 4.
ISO 15693 is compatible with NFC Type 5, also known as NFC-V.
Test the chip for compatibility with your customers’ phones.
Operating Frequency
ISO 15693 and ISO 14443 operate at 13.56 MHz, but they use different protocols.
Check which protocol your reader uses.
Data Transfer Speed
ISO 14443 operates at a speed of at least 106 kbit/s.
ISO 15693 operates at 26.5 kbit/s.
ISO 14443 is designed for fast processes, while ISO 15693 is suitable for transferring information about tagged items.
Anti-Collision and Multi-Tag Reading
ISO 15693 can detect multiple tagged items at once.
ISO 14443 can detect multiple cards at once and select one.
Memory and Data Structure
Memory capacity depends on the chip.
ISO 15693 most often uses memory blocks.
ISO 14443 supports both basic tags and secure cards.
Security
ISO 14443 offers a wider range of chip options.
Password protection and memory security can also be added to ISO 15693 chips.
The chip determines the level of security.
Reader Compatibility
Your reader must support the selected protocol and chip.
Some readers support both protocols but don’t provide access to the chip’s full functionality.
NFC and Smartphone Compatibility
ISO 14443 is supported by NFC-enabled phones.
Some NFC-enabled phones also support ISO 15693 through NFC-V.
Make sure the chip is supported by your customers’ phones.
ISO 15693 vs ISO 14443 Applications
Applications of ISO 15693 RFID
Library Management
Books can be fitted with RFID tags that comply with ISO 15693. A reader pad or handheld reader can read several books at once.
Industrial Asset Tracking
ISO 15693 RFID tags are used in industries for tools, moulds, parts, and machinery. UHF are more suitable because of the longer read range.
Medical Equipment Tracking
Hospitals use RFID tags for trays, equipment, samples, and other supplies. The tags must be able to withstand cleaning processes and metallic environments.
Document Management
Companies and archives use ISO 15693 RFID tags for folders and documents. Shelf scanning helps locate the files.
Applications of ISO 14443 RFID
Access Control
ISO 14443 RFID technology is used for employee cards, hotel key cards, campus cards, and security fobs.
NFC Applications
ISO 14443 RFID technology is used for digital cards, links to product pages, and smart packaging. Users simply tap the tag to access the information.
Transportation Cards
ISO 14443 RFID tags are widely used in transportation cards and tickets. Their fast response time allows people to pass through gates.
Payment Systems
ISO 14443 technology is suitable for fast contactless payments. Suitable chips, readers, and software are required.
ISO 15693 vs ISO 14443: Which One Should You Choose?
Select ISO 15693 to track multiple books, documents, tools, or pieces of equipment.
Select ISO 14443 for fast and secure tapping in access control, transportation, payment systems, and NFC applications.
Use ISO 15693 for objects and ISO 14443 for cards.
ISO 15693 vs ISO 14443 RFID Products: What Should Buyers Consider?
Chip Selection
Begin by considering your current reader or system.
For ISO 14443 chips, consider NTAG, MIFARE Classic, and MIFARE DESFire.
For ISO 15693 chips, consider NXP ICODE and ST25TV.
Compare memory capacity, security features, phone compatibility, and stock availability before ordering.
Card and Tag Materials
Select a material that is suitable for your item and application.
Use PVC for access card applications, paper or PET for books and files, and hard materials for tools and equipment.
Also consider heat, moisture, chemicals, metals, and regular wear and tear.
Customization Options
Consider printing, size, quantity, and packaging customization options as early in the process.
You may also need locked memory, UID information, or batch encoding.
How to Choose the Right RFID Standard for Your Project
Always begin with the problem itself.
Select ISO 15693 when you need to read multiple books, documents, tools, or other tagged items.
Select ISO 14443 for fast user interactions involving access control, transportation, payments, or NFC applications.
Next, consider whether your existing reader or system is compatible with the selected standards and chips.
You should also consider read range, security, phone compatibility, tag surfaces, metal, liquids, and operating conditions.
Testing several samples before placing a bulk order is necessary.
ISO 14443 Type A vs Type B
The ISO 14443 standard consists of two types: Type A and Type B.
Type A is widely used for access cards, transport cards, and NFC tags. This type includes NTAG and many MIFARE cards.
Type B is used for some national ID cards and passports.
Select the right type based on your reader and chip.
ISO 15693, ISO 14443 and NFC Tag Types
The different types of NFC tags can help you decide which chip is best for your phone, reader, and application.
NFC Type 2 is mostly based on ISO 14443 Type A. Popular chips include NTAG213, NTAG215, and NTAG216. They’re suitable for pairing, smart cards, and product information.
NFC Type 4 is based on either ISO 14443 Type A or Type B. It’s suitable for secure smart cards and other applications.
NFC Type 5 is based on ISO 15693, also known as NFC-V. This tag type is suitable for library labels, asset tracking, and item labeling.
Conclusion
Although ISO 15693 and ISO 14443 both use the 13.56 MHz frequency, their applications are different.
Use ISO 15693 technology for tracking and longer reading distances.
Use ISO 14443 technology for fast and secure interactions using cards or mobile phones.
Before placing an order, make sure to evaluate your reader, selected chip, tag material, and application environment.
JLTRFID will be happy to help you select the right chip, design your tag, encode it, and test samples.
Common Questions About ISO 15693 and ISO 14443
Can ISO 14443 readers read ISO 15693 tags?
Normally, it can’t.The reader must be compatible with ISO 15693 or with both standards.
What is the main difference between ISO 15693 and ISO 14443?
ISO 15693 is intended for item-level tracking and longer read distances, whereas ISO 14443 is designed for fast contactless card interactions.
Which standard has a longer read range?
ISO 15693 usually provides a longer reading distance.
Is ISO 15693 an NFC standard?
Yes. ISO 15693 corresponds to NFC Forum Type 5, which is sometimes called NFC-V.
Can an NFC phone read ISO 15693 tags?
Quite often, it can. However, this depends on the phone model.
Can one reader support both standards?
Yes. Some readers are designed to support both standards.
Is MIFARE ISO 14443 or ISO 15693?
Majority of MIFARE cards use ISO 14443 Type A.
Is NTAG213 ISO 14443?
Yes. NTAG213 uses ISO 14443 Type A.
Which standard is better for access control?
ISO 14443 is typically suited for access control.
Which standard is better for asset tracking?
ISO 15693 is normally preferred for HF asset tracking.
Does ISO 15693 support anti-collision?
Yes. Several tags can be identified during a single read.
Is ISO 14443 more secure than ISO 15693?
ISO 14443 offers a wider range of chips that generally provide stronger security. However, the actual security of the system depends on the chip.
Should I use ISO 15693 or UHF RFID?
Use ISO 15693 for item-level HF tracking in a controlled environment. For longer read distances and mass inventory scanning, choose UHF RFID.
What NFC type is ISO 15693?
ISO 15693 is NFC Forum Type 5, also known as NFC-V.
