HID Global Corporation SE3210 Manuale Utente
Transponder /
IC Type
Manufacturer
Form Factor
Standard /
Modulation Scheme
SRF
[MHz]
Typical
Read
Range
[mm]
iCLASS 2k
HID Global
ID1 Card
ISO/IEC15693
13.48 95
My-d vicinity plain
(SRF55V02P)
(SRF55V02P)
Infineon
Technologies
ID1 Card
ISO/IEC15693
13.93 90
My-d vicinity secure
(SRF55V10S)
(SRF55V10S)
Infineon
Technologies
ID1 Card
ISO/IEC15693
14.44 75
Tag-it HF-I Plus
Texas
Instruments
ID1 Card
ISO/IEC15693
13.74 70
ICODE SLI
(SL2ICS20)
(SL2ICS20)
NXP
Semiconductors
ID1 Card
ISO/IEC15693
13.38 80
ICODE SLI-S
(SL2ICS53)
(SL2ICS53)
NXP
Semiconductors
ID1 Card
ISO/IEC15693
13.68 120
LRi2K
ST
Microelectronics
ID1 Card
ISO/IEC15693
13.68 110
13.89 90
13.89 90
FeliCa RC-S962
Sony Corporation
ID1 Card
FeliCa
13.52 65
14.15 50
14.15 50
FeliCa RC-S915
Sony Corporation
ID1 Card
FeliCa
13.57 35
13.58 35
13.58 35
7.3.3 Typical Read Ranges with HID Multi Technology Cards
For this read range tests the serial number of each individual HF chip inside the multi
technology card was read. For Prox read ranges, see Section 7.4 6500-101-03 Prox
Antenna.
Note: Read range varies depending on the transponders antenna size, design, SRF and
Note: Read range varies depending on the transponders antenna size, design, SRF and
Quality.
Table 18: Typical Read Ranges 4090A10 HF Antenna - HID Multi Technology Cards
Table 18: Typical Read Ranges 4090A10 HF Antenna - HID Multi Technology Cards
Card Type
Manufacturer Standard /
Modulation Scheme
Chip
Typical Read
Range[mm]
MIFARE / Prox
HID Global
ISO/IEC14443 (Type A) MIFARE
40
DESFire / Prox
HID Global
ISO/IEC14443 (Type A) DESFire
35
iCLASS /
MIFARE / Prox
HID Global
ISO/IEC14443 (Type A) MIFARE
45
ISO/IEC15693
iCLASS
60
iCLASS /
DESFire / Prox
HID Global
ISO/IEC14443 (Type A) DESFire
40
ISO/IEC15693
iCLASS
50
7.3.4 ULPM Card Detection Range
The card detection range in Ultra Low Power Mode depends on the loading effect the
transponder imposes on the iCLASS SE Reader Module’s antenna. That means that cards
with lower loading effect will generally have a shorter detection range.