ENCARD Smart Card 4.4.1b

3B 9F ?? 80 1F C3 00 68 11 44 05 01 46 49 53 45 31 C8 ?? 90 00 ??
mask: FFFF00FFFFFFFFFFFFFFFFFFFFFFFFFFFFFF00FFFF00
← All cards
2
Total reports
0%
Success rate
2012
First report
2012-03-14
Last report
ATR Analysis ISO 7816-3 · local Full analysis on smartcard-atr.apdu.fr ↗
Convention
direct
Protocol
T=0 T=15
Historical bytes
0068114405014649534531C8??9000
COMPACT-TLV (ISO 7816-4, category 0x00)
TCK checksum
✗ invalid 00
# Byte Name Description
0 3B TS Direct convention (TS = 3B)
1 9F T0 Format byte: 15 historical bytes, Y1=0b1001 (TA1=present, TB1=absent, TC1=absent, TD1=present)
2 ?? TA1 TA1: Fi=372, Di=RFU masked
3 80 TD1 TD1: T=0 protocol indicator, Y2=0b1000 (TA2=absent, TB2=absent, TC2=absent, TD2=present)
4 1F TD2 TD2: T=15 protocol indicator, Y3=0b0001 (TA3=present, TB3=absent, TC3=absent, TD3=absent)
5 C3 TA3 TA3: 0xC3
6 00 T1 Historical byte 1
7 68 T2 Historical byte 2
8 11 T3 Historical byte 3
9 44 T4 Historical byte 4
10 05 T5 Historical byte 5
11 01 T6 Historical byte 6
12 46 T7 Historical byte 7
13 49 T8 Historical byte 8
14 53 T9 Historical byte 9
15 45 T10 Historical byte 10
16 31 T11 Historical byte 11
17 C8 T12 Historical byte 12
18 ?? T13 Historical byte 13 masked
19 90 T14 Historical byte 14
20 00 T15 Historical byte 15
21 ?? TCK Check byte: XOR(T0…TCK) = 8A → ✗ INVALID masked
⚠ TCK check failed — ATR may be corrupted or masked

3 bytes are shown as ?? because the ATRMask at those positions is 00 — these bits are variable across card instances and were not recorded. The analysis above is based on the known bytes only. Use smartcard-atr.apdu.fr with your card's real ATR for a complete decode.

Software compatibility

Software Version Reports Success rate
EIDAuthenticate 0.5.0.1 2
0%
Details

Operating system compatibility

OS Architecture Service pack Reports Success rate
Windows Seven x86 Service Pack 1 2
0%
Details

Provider / middleware compatibility

Provider DLL Version Company Reports Success rate
ENCARD CSP 1.1 Unknown Unknown Unknown 2
0%
Details