USB PIC Bootloader


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USB PIC Bootloader Crack+ Free Download

USB PIC Bootloader Crack Mac supports two protocol communication modes:
USB Mass Storage Protocol: This mode is used by changing the device’s firmware into the factory default state. In order to do this, a firmware image is required. This mode is intended to be used as a firmware update tool after the device’s firmware has been corrupted or compromised. In the firmware update mode, data is sent to the device and the device’s firmware is rewritten with a selected image. This function is intended to be used by users who have lost their cryptographic key or forgotten it.
Device Management Protocol: In this mode, all firmware interfaces that support device management operations are enabled. This enables communication with other USB devices that are able to access file systems, view and manipulate device’s states and parameters.
Interface List: This mode is used by changing the device into factory default state. The firmware is read and written with an empty image. Any possible initialization data is completely removed by this operation. This mode is used for devices that contain the firmware image in the NOR flash. Only files from the SDK and HEX file formats are used.
In-Memory Programming: In this mode, it is possible to program firmware using the file editor. This mode is intended to be used by users who have lost their cryptographic key or forgotten it. However, it is impossible to find out if a successful programming is valid since the device starts with the factory default state.
Default Mode: This mode is used to access the device’s parameters through the USB Mass Storage Protocol. In this mode, the application function-wise requires no further interaction with the device.
USB PIC Bootloader Features:
Unlimited memory to communicate with the device
Save and Load application code from a file
Zero-Core memory usage
User Reset
Easy to use
Quicker to learn
Single Microcontroller with Dual Flash memory
Keypad interface
USB Mass Storage Protocol
Device Management Protocol
In-Memory Programming
Default Mode
Test Modes
Status Monitor
Output feature
Automatic Software Version Detection
Serial Communication: in- and out-line port
HID interface: Microsoft HID
Protocol Version 13
Encryption: A symmetric encryption algorithm
Available in BIN, HEX, C programs
Operating System Support: Windows 98SE, ME, 2000, XP, Vista, 7, 8, 8.1, 10
Available in ISO-9141, HEX, C programs
Supported by Microsoft’s HID Driver
Usefulness: Individual users or

USB PIC Bootloader Free

1. USB Loader Basic
2. “Bulk to HID”
3. “Bulk to File Transfer”
4. “Firmware Update Mode”
5. “System Control Functions (System Control option)”
6. “Debug Logging Functions (Debug option)”
7. “Additional Debugger Functions (Debug option)”
8. License
1. Features:
* Hardware switching using a single pin (HID)
* Installs a program as a bootloader
* Loads the firmware image into the device using standard USB communication
* Supports all PIC18F devices without serial converters
* Allows to program a jump vector
* Reverses the PIC while being in the user mode
* Disables interrupt
* Schedules code execution at a particular time (Serial Clock, VIO and USB Clock)
* Allows to use multiple threads
* Supports all memory allocation methods (using MCU SRAM, SDRAM, ROM and EEPROM)
* Will not allow to overwrite firmware image
* Allows to install debug breakpoints using standard USB
* Supports all Microsoft Windows and Linux platforms
2. Flash to HID:
* Allows to communicate with the device via a standard USB interface
* Supports all MCUs without serial converters
* Disables all interrupts
* Allows to remap the flash (SRAM, SRAM2, SDRAM, ROM, EEPROM)
* Disables remapping operations
* Allows to write text to the FLASH memory (SRAM, SRAM2, SDRAM, EEPROM)
* Allows to store the text written to the FLASH
* Allows to read the FLASH
* Allows to erase FLASH memory
3. Flash to File Transfer:
* Allows to communicate with the device via a standard USB interface
* Supports all MCUs without serial converters
* Disables all interrupts
* Allows to remap the flash (SRAM, SRAM2, SDRAM, ROM, EEPROM)
* Disables remap operations
* Allows to write binary to the FLASH memory (SRAM, SRAM2, SDRAM, ROM, EEPROM)
* Allows to store the binary written to the FLASH
* Allows to read the binary from the FLASH
* Allows to erase the FLASH memory
4. Firmware Update Mode:
* Allows the device to be programmed as a firmware

USB PIC Bootloader Product Key [March-2022]

To begin with, USB PIC Bootloader is designed to execute the “user code” in a flash memory. In this mode, no firmware remapping, interrupt vector switching or reset operations are required. The “user code” can be a firmware application image that is provided in the file format. Another advantage is that USB PIC Bootloader is not required to put in the device’s chip. Just connect the device and select the firmware application image through the software’s user interface.
USB PIC Bootloader runs as a standard Windows HID application and is fully compatible with Microsoft Windows HID drivers. In order to prevent against firmware overwriting, it uses standard XTEA algorithm to encrypt the firmware application image. Since all the communication functions are performed by HID drivers, this tool does not interfere with the functionality of the standard Windows HID drivers. It can be used in both Windows XP and Windows Vista platforms. USB PIC Bootloader is launched and managed only when the USB device is connected to the PC. The application runs on both 32-bit and 64-bit platform. This tool does not require any special configuration of the device.

USB FLASH Bootloader Overview:

USB FLASH Bootloader is designed to be a version of USB FLASH Bootloader with improved user interface and more boot modes. This tool uses a hash table algorithm to avoid the conflicts between different versions of the firmware.
There are two USB FLASH Bootloader modules within this utility: firmware and user mode. At first, the firmware mode is selected by the boot mode key provided by the tool. This module configures the device’s chip completely and executes the firmware application image by using only hardware techniques such as power-on/reset and jumppoint. After this module, the user mode module launches. This module just saves the interrupt vector, jump point and reset vector to the hash table. In this way, it is possible to create new versions of firmware by using the user interface of USB FLASH Bootloader.
USB FLASH Bootloader comes in two different file formats (.hex and.bin)..bin is a regular firmware application image that can be programmed by any hex editor or flash programmer. But.hex can be the source of any other files too. For example, a new version of.hex can be converted to.bin by using any hex editor and then be loaded. As.hex is typically used for application images, this bootloader is suitable for transferring the firmware applications to the flash chip

What’s New in the USB PIC Bootloader?

The application’s structure is:
| – Bootloader
|- Bootloader.c
|- FASTROM.asm
|- Syncronization.c
|- Internal.c
|- Internal.h
| – Firmware
|- firmware.c
|- Firmware.h
|- HID.h
|- HID.c
| – Windows
|- winmain.c
|- Windows.h

Update – November 18, 2016:
The latest version of USB PIC Bootloader supports devices running the latest MCU firmware by directly targeting the PIC18F4550, 1550, 18F45J5, and 18F45J9 microcontrollers.

Update – February 10, 2017:
The latest version of USB PIC Bootloader supports devices running the latest MCU firmware by directly targeting the PIC18F4450, 1550, 18F44J5, and 18F44J9 microcontrollers.

Change History:

June 25, 2017 – v1.7.0:
Major improvement: The app’s.exe file contains a CHANGES.txt file with small text detailing changes that made are made from v1.6.0 to v1.7.0.

May 10, 2016 – v1.6.0:

– Python support for PIC18Fx22 and PIC18Fxx32 family of MCUs

– Added an option to select the device type (Firmware, User, and Devices) in the icon’s tooltip

– Added a help button to display the app’s help page

– Removed the Help and Quit buttons from the app’s main window

– Improved device initialization code


– Fixed a memory leak that could potentially occur if several instances of the app were running at the same time on multiple devices

– Fixed a hard-to-detect issues caused by running the app in user mode

System Requirements For USB PIC Bootloader:

PC Recommended:
OS: Windows 7, 8, or 10
Processor: Intel Core i3 2.5GHz
Memory: 4 GB RAM
Graphics: DirectX 11 compatible GPU
DirectX: Version 11
Hard Drive: 1 GB available space
DVD-ROM Drive: 1 DVD-ROM drive or equivalent
Sound Card: DirectX compatible sound card
Network: Broadband Internet connection
Mac Recommended:
OS: Mac OS X 10.5 or higher
Processor: 2 GHz Intel Core

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