[NEW] EFI-ROM Converting board for Apple MacBook J6100 SPI-ROM EFI ROM

Description

Description:
-What's this?
This board is really helpful for EFI-ROM Access at J6100 connector of
Apple MacBook LogicBoard.
See below case :
•
MacBook doesn't boot because of EFI-ROM.
•
Need to replace serial # after replacing LogicBoard.
•
Diagnose EFI-ROM and SPI communication.
-Must need this?
The answer is NO.
Actually, you can access EFI-ROM without converting board.
However, you'll more comfortable and easy to access if you have this.
See below case :
•
Don't need to remove EFI-ROM every working.
•
Don't need to solder jumper-wire on LogicBoard.
•
Don't need to disassemble LogicBoard.  (*Some models require disassembly.)
How to flash EFI-ROM via J6100 of MacBook. #MacBookBIOS #J6100 #unlockMacBook #EFIUnlock - YouTube
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맥북 바이오스용 컨버팅보드 REV 1.0 소개 및 사용방법 #맥북바이오스, #맥북EFI, #말잇못 #에이플러스맥 - YouTube
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Compatibility:
MacBook Air : 2012 ~ 2015
New MacBook : 2015 ~
MacBook Pro Retina : 2013 Late~2015 (15-inch)
2012 Late~2015 (13-inch)
MacBook Pro Retina(TouchBar, Non-TouchBar) : 2016 ~ 2017
Package include:
J6100 Main converting board              : 1PCS
DIP8 Converting board                        : 1PCS
Add-On Board                                     : 1PCS
FPC Cable 15cm                                : 1PCS +  1PCS free = 2PCS
1 X 4 Pin Header                               : 3PCS
How to solder J6100 Converting Board. #aplusmac, #J6100, MacBookBios, #EFI-ROM - YouTube
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J6100 Converting Board -RT809F- #MBA #EFIROM #MacBookBios - YouTube
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* NOTE *
- LED and resistor are not included. ( These don't affect the operation. )
- Everything are soldered except the header pin. ( You need to solder header pin yourself. )
( Please see 'Package include' picture)
- If some SPI programmer doesn't work, you need to supply 3.3V to 'PP3V3_SUS' of the Logic Board.
That can't be solved by the limitation of the J6100 pin map. That is not a defect of the converting board.
As mentioned that, you must supply 3.3V to the 'PP3V3_SUS' of the Logic Board using a DC power supply.
-
Some of SPI programmer has 'Pin check' option. Please ignore the message or disable it.
Shipping:
To worldwide via airmail shipping.
We provide tracking number after shipping out.
We will arrange shipping for you within 48 Hours after payment cleared except the holidays.
We only ship to confirmed eBay addresses.
Your eBay address must match your Shipping address.
All items will be dispatched from our warehouse in korea directly.
We ship items to Worldwide. Thank you.
International Buyers :
Import duties, taxes and charges are not included in the item price or shipping charges. These charges are the buyer's responsibility.
Please check with your country's customs office to determine what these additional costs will be prior to bidding/buying.
Contact us
Our working time:
Seoul time : Monday to Saturday 11:00 am to 6:00 pm.
We do not work holidays in South Korea.
If you send email to us, In our working hours will be resumed within 24 hours.
If you we are not satisfied with the product or service,
please contact me and don't give us negative or natural feedback,
We must give you a satisfactory solution.
Q: What is this product?
Q: 이 제품은?
​​  A: This product is a tool used for repairing. It’s difficult to explain all the necessary techniques and other technical details related to using this tool. Therefore, I recommend this tool to people who have prior knowledge about it and can use it without help from others. I cannot comment on each individual use. ​
A: 이 제품은 수리를 위한 도구이며, 이 도구를 사용하는 데에 필요한 방법 및 기술적인 모든 부분을 알려드리기가 어렵습니다. 즉, 이런 제품을 원했고 다른 사람의 도움이 없이 사용할 수 있는 분들에게 추천합니다.​ 모든 케이스에 대해 설명하기가 어렵습니다.
Q: How do I connect it to the board?
Q: 보드에 어떻게 연결하나요? ​​
A: The location of the J6100 Connector on the Logicboard is different for each board and, likewise, the direction of the connector is not all the same. Therefore, you must properly check the location and the direction of the J6100 Connector before connecting it to the board. ​
A: 로직보드에 있는 J6100 커넥터의 위치는 다르며 방향 또한 모두 동일하지 않습니다. ​즉, 직접 J6100의 커넥터의 위치와 방향을 확인하고 연결해야 합니다.
Q: I got it connected but EFI-ROM is not detected. Is it broken?
Q: 제대로 연결은 하였으나 EFI-ROM 인식이 안되는데 고장 난 건가요?
A. There are several cases where this happens: ​
1. EFI-ROM(SPI-ROM) on the logicboard is broken; or
2. another SPI communication line connected to EFI-ROM(SPI-ROM) is malfunctioning; or
3. SPI programmer currently in use is broken; or
4. operating voltage of the SPI programmer currently in use is low. ​ ​​
A: 이런 경우 여러 케이스가 있습니다:
1. 로직보드에 있는 EFI-ROM(SPI-ROM)이 고장이 난 경우
2. EFI-ROM(SPI-ROM)에 연결되어있는 다른 SPI 통신 라인이 오동작하는 경우
3. 사용하는 SPI 프로그래머 고장인 경우 ​
4. 사용하는 SPI 프로그래머의 동작 전압이 낮은 경우
Q: ​What should I do if operating voltage of the SPI programmer currently in use is low?
Q: 만약 사용하는 SPI 프로그래머의 동작 전압이 낮은 경우? ​​
A: You should supply the 3.3V to the 8th pin of the EFI-ROM(SPI-ROM) on the logicboard. While models may vary, the 8th pin is usually connected via PP3V3_SUS.
A: 로직보드에 EFI-ROM(SPI-ROM) 8번핀에 3.3V를 공급해주어야 됩니다. 보통, 8번핀은 PP3V3_SUS로 연결되어있습니다.
Q: ​I would like to know what the J6100 pin number is. Can you provide related information (i.e. Schematics, brd files)?
Q: J6100 핀번호를 알 수 있게 회로도 같은 정보를 알려주세요.
​​  A: As previously explained, it will be difficult to describe all the required techniques and other technical details related to using this product. Thus, schematics or brd file information will not be provided. ​
A: 위에서 알려드린 대로 이 도구를 사용하는 데에 필요한 방법 및 기술적인 모든 부분을 알려드리기가 어렵습니다.  즉, 회로도, brd파일 정보는 제공하지 않습니다.