Förstå skillnaderna mellan 13,56 MHz och 125 kHz RFID-taggar

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Förstå skillnaderna mellan 13,56 MHz och 125 kHz RFID-taggar

Choosing between 13.56 MHz and 125 kHz RFID tags isn't just about specs—it's about finding the right fit for your environment, security needs, and future goals. This guide breaks it all down without hype, helping you make a smart, informed decision.
13,56 mhz vs 125 khz

What RFID Frequency Really Means (LF vs HF)

RFID systems use radio waves to communicate between Taggar and readers. The frequency they use affects how far they can read, how fast they send data, how they behave around metal or water, and what kind of data they can store.

Here’s the core idea:

Low-Frequency (LF) = 125 kHz RFID Tags

  • Short range
  • Slower data rate
  • Excellent performance near metal or liquids
  • Simple, rugged, and affordable
    High-Frequency (HF) = 13,56 MHz RFID-taggar
  • Längre räckvidd
  • Faster data rate
  • More advanced security
  • Compatible with NFC and smartphones

13.56 MHz vs. 125 kHz

Särdrag13,56 MHz RFID-taggar125 kHz RFID-taggar
Frekvens13,56 MHz (HF)125 kHz (LF)
Läs RangeUpp till 1 meter2-10 cm
DataöverföringshastighetHögLåg
Performance Near MetalMåttligStark
SäkerhetSupports encryption, mutual authenticationBasic, usually no encryption
NFC / Smartphone SupportJaInga
KostaHögreLägre
125 kHz RFID-taggar

Security: Is One Frequency Safer?

125 kHz RFID-taggar are often used in older systems and typically use fixed unique IDs with no encryption. That makes them easy to clone with off-the-shelf devices. They’re okay for low-risk systems, but they don’t meet modern security standards.

13.56 MHz RFID Tags, especially MIFARE or DESFire cards, support:

  • Kryptering
  • Mutual authentication
  • Secure memory storage
  • Multiple applications on a single card
    Bottom line:
  • Stick with 125 kHz RFID Tags for low-security needs (like locker keys, time clocks).
  • Choose 13.56 MHz for access control, payments, or any system storing personal data.

NFC and Smartphone Compatibility

If your project involves phones, 125 kHz RFID Tags won’t work.

Only 13,56 MHz RFID-taggar support NFC (Near Field Communication)—the tech used in mobile payments, check-ins, and tap-to-pair features.
Most smartphones can read and write NFC tags using 13.56 MHz, making this frequency ideal for:

  • Digital tickets
  • Event check-ins
  • Smarta affischer
  • Loyalty cards
  • Contactless mobile ID
    If smartphone support matters, 13.56 MHz is your only choice.

Real-World Use Cases by Industry

Industry / Application125 kHz RFID-taggar13,56 MHz RFID-taggar
ÅtkomstkontrollBasic entry systems, legacy doorsSecure credentials, modern ID badges
Public Transport / TicketingNot supportedMIFARE/NFC-based fare cards
DjurspårningWidely used due to tissue penetrationRare
Industriell automationReliable near metal/liquid, rugged useLess common in harsh environments
SjukvårdNot ideal for patient or medication trackingBetter for secure ID and asset tagging
Libraries / ArchivesRarePopular for book tracking and checkouts
Marketing / EventsNot applicableSmart posters, NFC event passes
Vehicle Anti-TheftEmbedded 125 kHz RFID Tags in keys/ignitionsNot used
125khz vs 13,56mhz

How to Choose Between 13.56 MHz and 125 kHz for Your Project

Use this checklist to narrow down your decision:

1. Security Level

  • Need encryption or secure access? → Go with 13.56 MHz
  • Low-risk tracking or basic ID? → 125 kHz may be enough.

2. Environment

  • High interference, metal, or liquid nearby? → 125 kHz works better
  • Clean office or indoor space? → Either works; choose based on features.

3. Smartphone Integration

  • Want users to scan with phones? → Only 13.56 MHz supports this

4. Budget

  • 125 kHz tags are cheaper upfront
  • But 13.56 MHz offers more long-term value if you need features or security.

Still Using 125 kHz RFID Tags? Upgrade or Stay?

125 kHz RFID Tags are still widely used in:

  • Legacy access control systems
  • Factory floor operations
  • Livestock tagging
  • Auto anti-theft systems
    But if you’re managing:
  • Staff credentials
  • Betalsystem
  • Multi-use ID cards
  • NFC integration
    …then it might be time to switch.

Upgrade Paths:

  • Install dual-frequency readers
  • Issue combo cards (support both 13.56 MHz and 125 kHz)
  • Gradual rollout: support both systems during migration

FAQs About 13.56 MHz vs 125 kHz RFID

Is 13.56 MHz the same as NFC?

Yes, NFC is a type of 13.56 MHz RFID. Most smartphones support it.

Not usually. You’ll need a dual-technology reader to handle both.

 

13.56 MHz generally has a longer read range (up to 1 meter). 125 kHz is limited to a few centimeters.

For modern, secure access systems, 13.56 MHz is strongly recommended.

Skillnaden i läsavstånd beror främst på arbetsfrekvensen. Högre frekvenser som 13,56 MHz har ett större räckvidd, medan lägre frekvenser som 125 kHz är optimerade för kortare avstånd.

125 kHz RFID-taggar är mer effektiva i miljöer med metaller eller vätskor på grund av deras överlägsna penetreringsförmåga.

Ja, 125 kHz RFID-taggar är generellt sett mer kostnadseffektiva, vilket gör dem till ett lämpligt alternativ för budgetmedvetna applikationer. Men valet bör även beakta prestandakrav och applikationsmiljöer.

Key Standards and Chip Types

13,56 MHz (HF)

  • ISO/IEC 14443: Used in contactless cards (MIFARE, DESFire)
  • ISO/IEC 15693: Longer range, used in libraries, logistics
  • ISO 18000-3: Item-level tracking

125 kHz (LF)

  • Proprietary formats, often fixed-ID (e.g., EM4100, HID Prox)
  • Mostly used in older systems and basic applications

Final Takeaways

If you’re still wondering which way to go, here’s the summary:

Use 125 kHz RFID Tags for:

  • Harsh conditions (metal/liquid)
  • Low-security applications
  • Budget-conscious deployments
  • Legacy systems

Use 13.56 MHz RFID Tags for:

  • Mobile/NFC support
  • Secure access and payment
  • Multi-use cards
  • Future-ready systems

Both have a place—but you should pick based on use case, not just cost or habit.

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