Enter an ATR (Answer To Reset) and I will parse it for you.
Parsing ATR:
| TS = 0x3B | Direct Convention |
|---|---|
| T0 = 0xFE | Y(1): b1111, K: 14 (historical bytes) |
| TA(1) = 0x18 | Fi=372, Di=12, 31 cycles/ETU (129032 bits/s at 4.00 MHz, 161290 bits/s for fMax=5 MHz) |
| TB(1) = 0x00 | VPP is not electrically connected |
| TC(1) = 0x00 | Extra guard time: 0 |
| TD(1) = 0x80 | Y(i+1) = b1000, Protocol T=0 |
| ---- | |
| TD(2) = 0x31 | Y(i+1) = b0011, Protocol T=1 |
| ---- | |
| TA(3) = 0xFE | IFSC: 254 |
| TB(3) = 0x45 | Block Waiting Integer: 4 - Character Waiting Integer: 5 |
| ---- | |
| Historical bytes | 53 43 45 36 30 2D 43 44 30 38 31 2D 6E 46 |
| Category indicator byte: 0x53 | (proprietary format) "CE60-CD081-nF" |
| TCK = 0xA9 | correct checksum |
Possibly identified card:
3B FE 18 00 00 80 31 FE 45 53 43 45 36 30 2D 43 44 30 38 31 2D 6E 46 A9
G&D Sm@rtCafé Expert 6.0 (JavaCard)
http://www.smartcardfocus.com/shop/ilp/id~684/smartcafe-expert-6-0-80k-dual-/p/index.shtml
The parsing code is part of pyscard and is available at parseATR.py.
The list of known ATR is also available online at smartcard_list.txt.
My blog contains a serie of artickes about ATR bytes.