smartcard is not inserted correctly

[bubbleboy]

First we need more info suchs ird model 3100 2700?
Second what firmwareversion?
Third what is your atmega programed with..nawap18x2?

[Chapster99]

SG-1, go to system info screen (menu-6-1-3), it'll be shown on the Software line ie: E433

Check out this thread for possible solution to your error 019. You can always try rubbing a soft pencil eraser on the Atmega contacts. It's been known to work...sometimes it's a simple fix like that...ya never know.

http://www.dssftp.com/forum/upload/showthread.php?t=6354

[spanky]

i get that same error or i get stuck att the acquiring sat signal
im running 3100 with E430 , atmega with M18X2
i have 3 atmegas and only 1 will actually work others get those errors

any ideas?

[Darnat]

The jumper is the one with 3 pins,one way to program the atmega and one way to play,make sure youre using a valid cam # or else you'll get hit.

[Darnat]

I have never seen the one with 10 pins but the one with 2 is used this way...when you program it the jumper has to be on the 2 pins and when you want to use it,take the jumper off,if you have no jumper use a piece of wire to connect both,you can find jumpers on any old pc m/b.
The valid cam# is from a smartcard that is subscribed so it makes the atmega look like it's valid.

[bubbleboy]

I have taken this from another site hope maybe it helps there is also a new nawapo19f

- Courtesy of Dbrush & CM -

In E433, Bev added new hack card testing methods at bootup.

Methods:
10). For the first 5 seconds bootup, receiver stops internal clock to card slot, so ROM3/10/AVR will stop working so they are ok, toggle power to smartcard/Atmega128 On/OFF, Due to Atmega128 is uisng external clock and still running, It crash and stop working, After 5 seconds, Everything back to normal but Atmega128 stop working.


solution1):
1). Simple but not the best (Bev can change power supply toggling speed and it may disable it)
Use Notepad to open NawapoM18x2

Step 1)change: Processor = ATMega128, a0, 89, ff

To: Processor = ATMega128, ae, 8b, ff

Step 2). Change:
case CLK18.0000MHz: // 18.0000 MHz external crystal.
SetImageWord(Flash, 0FC, e52c, LE)
SetImageWord(Flash, 12E, e007, LE)
SetImageByte(FuseLo, 0, af) <=========== (Change this)

To:
case CLK18.0000MHz: // 18.0000 MHz external crystal.
SetImageWord(Flash, 0FC, e52c, LE)
SetImageWord(Flash, 12E, e007, LE)
SetImageByte(FuseLo, 0, ae)

Save the file and program your Atmega128 again with M18X2, it will work fine. you can share your file to other people

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Methods 2: (Work but not the best)
If you have good hand soldering skill, Just add a small capacitor to power line, 10V, 50uF.
- your Atmega128 will work fine and power up.

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Method 3: (The best), Need very good soldering skill

Buy a clock tripler chip X4 chip (Approm, $4) or steal one from dead computer motherboard and replace Atmega128's Xtal with this and connect it's clock input pin to card slot clock . This is the best method

[spanky]

Sweet Thanks !!!!