SRU9508M4

RFID Chip in Tires | Smart Tire Tracking for Automotive Safety & Lifecycle Management

RFID chips embedded in tires are transforming the automotive industry by enabling intelligent, traceable, and connected tires. These tiny yet powerful chips are inserted during the tire manufacturing process, storing and transmitting critical data such as serial numbers, manufacturing date, tire type, and usage history — all without relying on external markings that can wear off.

Used by OEMs, tire manufacturers, fleet operators, and logistics companies, RFID-enabled tires ensure better lifecycle tracking, inventory control, and maintenance scheduling. Unlike barcodes or manual logs, RFID chips provide permanent, tamper-resistant identification throughout the tire’s entire lifespan.

Key Features:

  • Embedded for Life: RFID chips are inserted into the tire sidewall or bead during production, ensuring durability and longevity in extreme conditions.

  • Permanent Unique ID: Each tire gets a digital fingerprint, enabling real-time identification and history tracking across different vehicles and locations.

  • Improved Safety & Compliance: Track tire age, usage cycles, and maintenance history — helping prevent accidents and meet regulatory standards.

  • Fleet Management Optimization: Monitor tire conditions and replacements across hundreds or thousands of vehicles, improving operational efficiency.

  • Automated Inventory & Logistics: Streamline tire distribution, warehousing, and replacement using RFID readers with no line-of-sight required.

Applications Include:

  • OEM Manufacturing: For serialization, recall management, and warranty tracking.

  • Fleet & Tire Service: For maintenance reminders, pressure checks, and lifecycle optimization.

  • Smart Mobility & EVs: For integrated tire data within connected vehicle platforms.

With RFID chips in tires, your tire becomes a data-rich asset, delivering valuable insights to improve safety, reduce downtime, and cut operating costs. It’s a vital step toward fully digitized, smart vehicle ecosystems.

Physical Specification
Item
SRU9508M4
Antenna size
95*8 mm
Tag size
98*11 mm
Thickness
11–18 mils / 279–463 microns
Material
Paper / PP / PET or customized
Adhesive
Solvent free permanent acrylic adhesive
Color
White, Transparent, etc.
Weight
0.01 g
RFID Specification
Air Interface Protocol
ISO/IEC 18000-6C, EPCglobal Class 1 Gen 2
Operating Frequency
860-960 MHz (Global)
IC Type
Impinj Monza 4E, Impinj Monza 4D, Impinj Monza 4i, Impinj Monza 4QT
Memory
Monza 4QT: EPC-512 bits; User-128 bits; TID-96 bits
Monza 4E: EPC-128 bits; User-496 bits; TID-96 bits
Monza 4D: EPC-32 bits; User-128 bits; TID-96 bits
Monza 4i: EPC-480 bits; User-512 bits; TID-96 bits
Write Endurance
100,000 cycles
Data Retention
Up to 20 years
Read Range
5 m to 9 m (Depend on reader and environment)
Feature
Bulk identification
Environmental Specification
Operating Temperature
-40 °C to +85 °C / -40 °F to +185 °F
Operating Humidity
20% to 60% RH
Recommended Storage
+25°C / 77°F, 40% RH
Bend Diameter
> 1.97” / 50 mm
Pressure
< 5N/mm2
Drop Resistance
Per ASTM D5276
Shelf Life
2 years at +25°C / +77°F, 40% RH
ESD Voltag Immunity
±2 kV peak HBM
Other Specification
Package Detail
3000 pcs/reel, vacuumed in ESD bag or customized
Core Size
76.2 mm / 3 in, etc.
Delivery Format
On reel for dry inlay, wet inlay, label
Samples Policy
For free if stock available
Personalization
Pre-print Logo / Barcode / QR / Series number, Pre-encode / encrypt, etc.
Final Inspection
100% tested, defective tags marked
Certification
CE Approved, RoHs Approved, etc.
Application
Used for tire tracking, etc.

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