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| The bios backup and repair kit (BIOS KIT) is specifically designed for the backup, repair and analysis of corrupt or damaged computer motherboard bios chips. Nearly all computers manufactured today have motherboards which use bios chips based on flash memory technology. Flash memory is ideal for bios applications as it allows updates without removing the chip from the board. To that end, a flash bios is ideal until something goes awry. Whether a computer virus, a malfunction during a bios update or a random failure, once the bios program becomes damaged or corrupt, the motherboard and computer are rendered useless. The BIOS KIT kit provides you with a complete set of backup, analysis and repair tools for any standard bios part. Note: The BIOS KIT must be connected to a working computer to perform the backup, analysis and repair operations. The BIOS KIT cannot repair a bios part if the chip itself is electronically defective. (Comments from customers who purchased the BIOS kit) | ![]() |
| 1. Take a corrupt or damaged bios chip and reprogram it from a file or working bios. The disk file may be downloaded from the motherboard manufacturers website, other internet site or obtained from a copy of a working bios. | ![]() |
| 2. Back up a working bios chip to a disk file. The backup file may then be used to reinitialize the original chip in the event of a failure or another bios from an identical but non-functional computer. | ![]() |
| 3. Compare one bios chip to another or a chip to a file. This allows you to determine if two bios parts are identical. You may also compare a suspect bios to a master file. The BIOS KIT software will perform a byte-by-byte compare and display any differences. | ![]() |
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| 1. ABOUT THE BIOS BACKUP AND REPAIR KIT | 6. INSERTING THE BIOS CHIP INTO THE PROGRAMMING UNIT |
| 2. HOW TO LOCATE THE BIOS CHIP ON THE MOTHERBOARD | 7. HOW TO BACK UP A WORKING BIOS |
| 3. HOW TO REMOVE THE BIOS CHIP | 8. HOW TO RESTORE A CORRUPT OR DAMAGED BIOS |
| 4. HOW TO IDENTIFY THE BIOS PART NUMBER | 9. HOW TO COMPARE TWO BIOS CHIPS |
| 5. CONNECTING THE PROGRAMMING UNIT AND STARTING THE SOFTWARE | 10. WRAPPING UP - INSTALLING THE REPAIRED BIOS |
CHOOSE
FROM TWO BIOS KITS
| STANDARD BIOS KIT (#BBK-1) - The Standard Bios Kit supports all bios parts in DIP packages. The BBK-1 includes the EPROM+ programming unit, BIOS KIT software, EPROM+ software, BIOS KIT website on disk, BIOS KIT start up document, EPROM+ manual, printer port cable and power pack. If the bios devices with which you are working are primarily DIP parts, this is the most cost effective solution. You may also purchase the APLCC32HB adapter in the future if you encounter bios devices in PLCC packages. | ||
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| BIOS KIT PLUS (#BBK-2) - The Bios Kit Plus supports all bios devices in both DIP and PLCC packages. The BBK-2 includes the EPROM+ programming unit, BIOS KIT software, EPROM+ software, BIOS KIT website on disk, BIOS KIT start up document, EPROM+ manual, printer port cable and power pack. It also includes the APLCC32HB adapter. This adapter adds support for all bios devices in PLCC packages, both standard and firmware hub. With the BIOS KIT PLUS you will be capable of supporting virtually all known bios parts. If you purchase the BIOS KIT PLUS you receive the APLCC32HB adapter at half its normal cost. | ||||
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NOTE: If you already own an EPROM+ system and wish to purchase the illustrated BIOS KIT documentation disk, you may do so for $19.00