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- Joined
- Nov 2, 2017
- Messages
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- 40
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- Tbilisi
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- alexlaptoprepair.com
sorry for that but this is the version available
boardview softwares
https://www.alexlaptoprepair.com/fo...ad-asc-bdv-brd-bv-f2b-gr-cst-tvw-cad-fz.5621/
boardview softwares
https://www.alexlaptoprepair.com/fo...ad-asc-bdv-brd-bv-f2b-gr-cst-tvw-cad-fz.5621/
Last edited:
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Inductor Motherboard Tester, Detect Inductance & Coil Activity – Diagnose Dead Rails in Seconds!
Inductor Handheld EMF Pulse Inductor Tester for Laptop Motherboard Repair
This compact diagnostic tool is designed to detect high-frequency electromagnetic pulses emitted by PWM coils on laptop motherboards. It allows technicians to quickly identify switching activity in critical power rails—such as CPU, GPU,POWER SYSTEM or charging circuits, without the need for pulse trigger test with oscilloscope.
Simply place the tester near a motherboard inductor; if switching pulses are present, the onboard Green LED will turn on. This makes it an essential tool for diagnosing issues like dead CPU rails, shorted VRMs, or missing gate drive signals during board-level repair.
Detect Missing Switching on Key Power Rails
Identify inactive S5, S0, VCORE, or VCCGT rails with ease.
Pinpoint Faulty Components
Helps locate issues such as open coils, circuit bad MOSFET drivers, or failing PWM controllers.
High-Frequency EMF Detection
Sensitive to switching frequencies from 100 kHz up to several MHz.
Instant Visual Feedback
LED indicator on when switching pulses are detected.
Specs:
Power: CR2032 coin cell ( not included )
Indicator: Red LED for for POWER & Green LED for pulse detection
Trigger range: 100 kHz – 5 MHz
Size: Compact and fits any technician’s toolkit
LINK OF THE PRODUCT
DDR5 LAPTOP TESTER FOR Motherboard Detect the CPU Short or Open And Slot tester with Light Detection
DDR5 Laptop Motherboard Tester
Quickly detects CPU shorts, open lines, and DDR5 slot faults.
LED indicators show fault status—off for open line, extra bright for short.
Test points like BULK,ALERT,HSA,RESET, HSDA, HSCL،POWER GOOD can be measured online.
Pin reference guide on the back for easy troubleshooting.
DDR5 Laptop Motherboard Tester – Detects CPU Short or Open Circuit & Slot Status via Light Indicator
How It Works:
Open Line (No Connection): The LED remains off, indicating a possible fault in the DDR5 slot or the CPU—this may also suggest the CPU requires reballing.
Short Circuit Line : The LED will glow brighter than the others, signaling a short in the slot or CPU area.
Important Test Points:
For advanced diagnostics, you can remove the tester’s battery (cr2032) and power on the laptop to measure key signals directly from the test points, including:
Easily Detect CPU Reset Signal:
The tester allows for quick and easy detection of the reset signal coming from the CPU, helping you verify whether the processor is initializing properly.
LED Indicator Pin Reference:
If any LED shows abnormal behavior, you can identify the corresponding pin number by checking the label on the back of the tester. This allows for easier troubleshooting of specific signal lines or faults.
LINK OF THE TOOL
Quickly detects CPU shorts, open lines, and DDR5 slot faults.
LED indicators show fault status—off for open line, extra bright for short.
Test points like BULK,ALERT,HSA,RESET, HSDA, HSCL،POWER GOOD can be measured online.
Pin reference guide on the back for easy troubleshooting.
DDR5 Laptop Motherboard Tester – Detects CPU Short or Open Circuit & Slot Status via Light Indicator
How It Works:
Open Line (No Connection): The LED remains off, indicating a possible fault in the DDR5 slot or the CPU—this may also suggest the CPU requires reballing.
Short Circuit Line : The LED will glow brighter than the others, signaling a short in the slot or CPU area.
Important Test Points:
For advanced diagnostics, you can remove the tester’s battery (cr2032) and power on the laptop to measure key signals directly from the test points, including:
- BULK
- HSDA
- HSCL
- HSA
- RESET
- ALERT
- POWER GOOD
Easily Detect CPU Reset Signal:
The tester allows for quick and easy detection of the reset signal coming from the CPU, helping you verify whether the processor is initializing properly.
LED Indicator Pin Reference:
If any LED shows abnormal behavior, you can identify the corresponding pin number by checking the label on the back of the tester. This allows for easier troubleshooting of specific signal lines or faults.
LINK OF THE TOOL
MEC jTAG ADAPTER SUPPORT MULTI HEADER FOR DIFFERENT PROGRAMMER SUCCESSOR,SVOD,RT809XX,ETC
The MEC JTAG Adapter is designed to save you time by allowing easy and fast access to MEC KBC I/O. It supports multiple headers and is compatible with SUCCESSOR, SVOD,RT809XX and UNIVERSAL programmers.
mec1663,mec5085,mec5075,mec1609,mec1619,mec1618,mec1633,mec5085,mec55,mec5045,mec5035,mec1663,mec1650
MEC JTAG Adapter
The MEC JTAG Adapter is built to streamline your work with MEC KBC I/O like , providing quick and convenient access while saving valuable time. It supports multiple header types and is fully compatible with programmers such as SUCCESSOR, SVOD, RT809XX, and more.
This adapter includes all the essential JTAG pins—TMS, TDI, TCLK, RST, GND, and 3.3V—allowing you to power the latest MEC chips directly from your programmer, eliminating the need to connect an external power adapter to the motherboard.
It also features breakout points connected to some resistors places allow you to pull-up or pull-down for key signals like MSDATA, nFWP, and RESET, which are useful in scenarios where enabling or disabling write protection or other features is necessary. These breakouts make it easy to adapt the configuration depending on your specific use case.
The MEC JTAG Adapter comes complete with the required headers for soldering (based on your programmer), a connector, and JTAG wires.
mec1663,mec5085,mec5075,mec1609,mec1619,mec1618,mec1633,mec5085,mec55,mec5045,mec5035,mec1663,mec1650
MEC JTAG Adapter
The MEC JTAG Adapter is built to streamline your work with MEC KBC I/O like , providing quick and convenient access while saving valuable time. It supports multiple header types and is fully compatible with programmers such as SUCCESSOR, SVOD, RT809XX, and more.
This adapter includes all the essential JTAG pins—TMS, TDI, TCLK, RST, GND, and 3.3V—allowing you to power the latest MEC chips directly from your programmer, eliminating the need to connect an external power adapter to the motherboard.
It also features breakout points connected to some resistors places allow you to pull-up or pull-down for key signals like MSDATA, nFWP, and RESET, which are useful in scenarios where enabling or disabling write protection or other features is necessary. These breakouts make it easy to adapt the configuration depending on your specific use case.
The MEC JTAG Adapter comes complete with the required headers for soldering (based on your programmer), a connector, and JTAG wires.
USB-C Line Tracer and Tail Plug Detector – Laptop Dock Tester Tool
This compact USB‑C tester plugs directly into a port to probe every signal line, using the internal ESD protection diodes of connected TYPE-C ICs OR PD CONTROLLER. You can directly check the USB-C Port and all lines connecting to the Type-C chip directly or PD chip , and also know what protocol is activated on this input.
The tester can check all these pins
Power & Configuration
CC1, CC2 (A5, B5): Configuration Channel – determines plug orientation, establishes host/device role, negotiates power level, and signals alternate modes.
Data PINS
D+, D- (A6, A7, B6, B7): USB 2.0 differential pairs – always connected regardless of plug orientation.
TX/RX pairs (A2/A3/A10/A11 and B2/B3/B10/B11): SuperSpeed signals for:
USB 3.1 Gen 1/2
Thunderbolt 3/4
DisplayPort (via Alt Mode)
These lines are flipped depending on plug orientation.
Sideband / Auxiliary
SBU1, SBU2 (A8, B8):
DisplayPort Alt Mode (AUX channel)
Analog audio (e.g., headphone dongles)
USB Debug Accessory Mode (UART)
No HS, SBU, or CC → No CC negotiation; no PD connection .
HS detected, SBU absent → Likely USB‑3.x only.
HS & SBU detected → Indicates support for DP/Thunderbolt or USB‑3.x with SBU-based features.
SBU only → Debug or audio path present, but no USB‑3.x.
USB-C Line Tracer and Tail Plug Detector – Laptop Dock Tester Tool
MPS PMBUS PASSWORD PROTECTION
MPS PMBUS PASSWORD PROTECTION
Do processor circuit ICs (VRM) really have passwords?
Do you remember the video where I explained how to program modern processor circuit ICs using a PMBUS programmer? I mentioned at the time that in some cases, we would need the schematic, because even though there are many dump files available now, for some models it’s not possible to backup the file from another board because the ic is protected.
This is because some modern processor VRM ICs support a feature called PMBUS Protect. This feature allows the manufacturer to set a password to protect the IC. It provides three levels of protection:
As for the second type, you can still take a backup and write it to a new or used VRM IC later without any issues.
Are there any ways to break this protection? No.
Are there any workarounds to bypass it? No.
Do processor circuit ICs (VRM) really have passwords?
Do you remember the video where I explained how to program modern processor circuit ICs using a PMBUS programmer? I mentioned at the time that in some cases, we would need the schematic, because even though there are many dump files available now, for some models it’s not possible to backup the file from another board because the ic is protected.
This is because some modern processor VRM ICs support a feature called PMBUS Protect. This feature allows the manufacturer to set a password to protect the IC. It provides three levels of protection:
- Protection from reading the registers
- Protection from writing to the registers
- Protection from both reading and writing to the registers
As for the second type, you can still take a backup and write it to a new or used VRM IC later without any issues.
Are there any ways to break this protection? No.
Are there any workarounds to bypass it? No.