Wimax Scavenger Scraper v.1.2

Here's the latest Wimax Scavenger Scraper v.1.2 by Mr.MacAddress this is a Stable Version.

How to used?

1. You need an Access to a provider network in short a working Wimax. Used the IP address of the working Wimax and Scan on IP Scavenger

2. After pinging all IP Used the Mac Scraper

3. Change working Mac from the list on Mac Changer. Your can Export MAC by Right CLICK . All Scrap MAC are Save on NOTEPAD

4. Right Click "send to Mac Suggest.

5. Mr. Mac Suggest is a calculated MAC from the Original MAC of the Legit User this is a great tool you don't need to calculated it on a scientific calculator. Choose Common method (- +) 460 HEX or Mr. MacAddress method. This way your sure that you are only the one using the mac. Open the VBS script to Auto Change MAC and auto Reboot after Changing MAC.

6. It should open like this one Windows Telnet. {makers}

NOTE: In Windows 7 Telnet is disabled by default and you need to enable it.

Read More

How to enable telnet on Windows 7

This simple and easy graphical snapshot will guide you on how to enable telnet on Windows 7, all you have to do is follow the screenshots.

From here you may type the command "cmd" and press enter without the " " to able to go the command line interface, after type the command it will prompt you a window box for the command line.

After the prompt of the command line interface you can now check if the telnet is working, just type telnet and press enter.

Read More

DIY Flash EEPROM BIOS Programmer

I got this Gateway Dx4300 computer motherboard with a dead BIOS chip in it, that wont start at all, so I figured it must be a corrupt bios. The motherboard was kinda nice that supports Phenom II quad processors & DDR3 ram (I think) .. so I didn't want to waste it just because it had a bad bios chip.

Buy a replacement bios chip you say ? .. sure , but i dont feel like spending $25-$35 right now for a motherboard i got for free .. so I had an idea to build a simple BIOS programmer that I can build & use to save his board and possibly others in the future ..

so the bios chip was an Macronix MX25L8005 (1MB) .. and .. luckily, it sat on a socket (not soldered in) ..

After some research, I found a few DIY kits & projects along with comercial ones like the Willem, Acron, SMARTPRO ..etc , they were all expensive. Eventually I stumbled upon a design that will probably do the job, so I built the simple circuit & started experiminteng with it .. a few attempts later, I was able to reflash the chip with a new bios that saved the motherboard from the garbage man, later I decided to add some improvements to this design to make it more convenient to use in the future.

My design is based on RayeR's with slight improvements, I have added a voltage regulator to power it directly from USB port, a switch and some LED indicators ..

Supported chips (and possibly others):

AMIC	SST	ST Microelectronic
A25L05PU/PT (64kB) A25L10PU/PT (128kB) A25L20PU/PT (256kB) A25L40PU/PT (512kB) A25L80PU/PT (1MB) A25L16PU/PT (2MB) A25L32PU/PT (4MB) A25L64PU/PT (8MB) A25L512 (64kB) A25L010 (128kB) A25L020 (256kB) A25L040 (512kB) A25L080 (1MB)	SST25VF010 (128kB) SST25VF020 (256kB) SST25VF040 (512kB) SST25VF080 (1MB) SST25VF016 (2MB) SST25VF032 (4MB) SST25VF064 (8MB) SST25VF128 (16MB) SST26VF016 (2MB) SST26VF032 (4MB) SST26VF064 (8MB)	M25P10 (128kB) M25P20 (256kB) M25P40 (512kB) M25P80 (1MB) M25P16 (2MB) M25P32 (4MB) M25P64 (8MB) M25P128 (16MB)
EON	Winbond	Macronix
EN25P16 (2MB) EN25P32 (4MB) EN25P64 (8MB) EN25P128 (16MB) EN25F16 (2MB) EN25F32 (4MB) EN25F64 (8MB) EN25F128 (16MB)	W25X10 (128kB) W25X20 (256kB) W25X40 (512kB) W25X80 (1MB) W25X16 (2MB) W25X32 (4MB) W25X64 (8MB)	MX25L1005 (128kB) MX25L2005 (256kB) MX25L4005 (512kB) MX25L8005 (1MB) MX25L1605 (2MB) MX25L3205 (4MB) MX25L6405 (8MB)
Spansion	Atmel
S25FL004A (512kB) S25FL008A (1MB) S25FL016A (2MB) S25FL032A (4MB) S25FL064A (8MB) S25FL128P (16MB)	AT26DF041 (512kB) AT26DF081A (1MB) AT26DF161A (2MB) AT26DF321 (4MB)

NOT BAD AT ALL FOR A $5 HOME-MADE FLASHER !!!

The finished PCB in action, just remember to erase the chip first before re-programming, it works best that way... the extra 3 pin white-connector you see is for my personal use to get +5VDC & +3.3VDC directly out (optional) .. you don't need to have that.

Software ???

There are many option out there that work with SPI based LPT port programmer .. I tested a few, SPIPGM (DOS) worked best for me .. the pic below is from a Window$ based GUI that I also tested .. and finaly, I will definately make a nice housing for this PCB and add a ZIF socket to make it more convenient to use ..

And off-course .. here's the schematic ..

This project being written by Nader Gator all works are credited to him.

Read More