RFID   (Radio Frequency Identification)

RF tags are widely utilized in various applications such as production, logistics, retail, services and transportation. RF tag technology plays an important role in fields ranging from identification and traceability of small substances, and authenticity control to streamlining of workplaces. As devices are getting more compact, components used are getting smaller in size in additional to higher performance.

 Products by SK-E, made in Japan

  • Extremely minimized antennas are integrated with μm size (less than 1 mm)
  • “Metal version”, which overcome the conventional RFID’s weakness, can be embedded into the metal parts

EXTREME TAG >>

μm level of “Small size” is a key feature

 FRAM Type EEPROM Type
   Outer size 0.9 × 0.9 × 0.15(mm) 0.6 × 0.6 × 0.15(mm)
   Frequency UHF band：860～960 MHz(Japan) UHF band：860～960 MHz(Japan)
   Distance Longer than 2.0mm Longer than 2.5mm
   Memory size TID：176 bits（Non rewritable）
EPC Code：128 bits（Rewritable）		 TID：64 bits（Non rewritable）
EPC Code：96bits（Rewritable）

EXTREME TAG – METAL VERSION >>

μRF communication is available even embedded into Metal or Plastic resin

 FRAM Type EEPROM Type
   Outer size 2.5 × 2.2 × 0.9(mm) 2.5 × 2.2 × 0.9(mm)
   Frequency UHF band：860～960 MHz(Japan) UHF band：860～960 MHz(Japan)
   Distance Max. 4.0mm; In case of attaching on metal surface is 3.0mm. Max. 5.0mm; In case of attaching on metal surface is 4.0mm.
   Memory size TID：176 bits（Non rewritable）
EPC Code：128 bits（Rewritable）		 TID：64 bits（Non rewritable）
EPC Code：96bits（Rewritable）

APPLICATIONS

MANUFACTURING SITE
  • Parts management in the manufacturing equipment;
  • Making maintenance efficient
BRANDS AUTHENTITY
  • Measures against the counterfeit of branded goods;
  • Tracing the distribution channel
MEDICAL FIELD
  • Management of Medical devices;
  • Making the tracing of unit number, locations, and cleaning history possible.
RESEARCH FIELD
  • Ecological research on small animals and insects;
  • Slide glass management.