Ultralight EV1 (48 Byte) vs. NTAG210µ
These two chips, the Ultralight EV1 (48 Byte) and the NTAG210µ are from different NFC chip families. The Ultralight EV1 (48 Byte), manufactured by NXP belonging to the MIFARE family, and the NTAG210µ, also manufactured by NXP.
The NXP MIFARE Ultralight® EV1 is a updated version of the very popular Ultralight chip from NXP. The original Ultralight chip dates back to 2001 and the product has been used for ticketing the world over. It’s a very simple, reliable and cost effective product. Unfortunately, there’s probably almost as many non-genuine MIFARE Ultralight chips as genuine ones. The EV1 update added an originality check feature to help counteract this.
There are two variants of the Ultralight EV1 with two memory capacities. The smaller chip has 48 bytes of usable memory (similar to the NTAG210 and NTAG210micro) and the larger has 128 bytes (similar to the NTAG212).
The NTAG210µ or NTAG210 micro was released by NXP to create the cheapest possible price point for an NFC chip. Having a small memory capacity and minimal features, it's designed primarily for short ID's, short web links or just for a UID.
However, despite it's limited memory and features, it still packs the same great ScanStrength performance of the rest of the NTAG range. Seritag regularly stock large tag quantities with the NTAG210µ chip as it's a great cost-effective way to add NFC to packaging and products.
Both these chips have a strong ScanStrength and will work very well with mobile phones.
Key Features
Key Specifications
| Brand | NXP |
| Chip Series | MIFARE |
| NFC Forum | Type 2 |
| Availability | High |
| ScanStrength | High |
| Brand | NXP |
| Chip Series | NTAG |
| NFC Forum | Type 2 |
| Availability | Medium |
| ScanStrength | High |
Phone compatibility
Typical Use Cases
- Single Use Vouchers
- Transport Ticketing
- Event Ticketing
- Marketing
- Packaging
- Product marketing
- Advertising
- Large scale asset tagging
User Features
| Ultralight EV1 (48 Byte) | NTAG210µ | |
|---|---|---|
| Total memory (bytes) | 80 | 64 |
| User memory (bytes) | 48 | 48 |
| Max URL (chars) | 40 | 40 |
| UID (bytes) | 7 | 7 |
| ECC signature | ||
| 32-bit password | - | |
| UID ASCII mirror | - | - |
| Scan Counter | - | - |
| Counter ASCII mirror | - | - |
| Lockable |
Technical Specifications
| Ultralight EV1 (48 Byte) | NTAG210µ | |
|---|---|---|
| Chip thickness | 75 µm / 120 µm | 75 µm / 120 µm |
| NFC Forum | Type 2 | Type 2 |
| Operating Freq. | 13.56Mhz | 13.56Mhz |
| Data Trans. Rate | 106 kbit/s | 106 kbit/s |
| Input Capacitance | 17pF / 50pF | 17pF / 50pF |
| Fast read | - | |
| Data retention (years) | 10 | 10 |
| Write endurance (cycles) | 100000 | 100000 |
| Anticollision | - | - |
| Standard | ISO/IEC 14443 A | ISO/IEC 14443 A |
| Release date | 2013 | 2016 |
Other popular comparisons
A quick intro to NFC tags - what they are, how they are used and the different types of tags
Pricing for our encoding, scanning, ID printing and batching services.
Details of our NFC tag encoding services.
How to order ID / QR code printing on your NFC tags.
How you can order a UID scan of your NFC tags.
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