The CH341A "Exclusive" (often referred to as the black/gold v1.6 or v1.7 editions) paired with NeoProgrammer software is widely considered the "gold standard" budget setup for BIOS flashing and EEPROM recovery. Hardware: CH341A Exclusive (v1.6/v1.7)
The "Exclusive" designation typically refers to newer revisions that fix critical flaws found in the original black v1.0 boards.
Voltage Fix: Unlike the original black version which mistakenly output 5V on 3.3V data lines (potentially frying chips), the newer "exclusive" v1.6/v1.7 boards typically feature a toggle or fixed 3.3V rail for safer operation.
Versatility: It supports a wide range of 24-series I2C EEPROMs and 25-series SPI Flash chips found in PC BIOS, routers, and LCD monitors.
Design: These boards usually include a ZIF (Zero Insertion Force) socket , making it easy to swap chips without soldering. Software: NeoProgrammer (v2.2.0.10)
NeoProgrammer is a third-party alternative to the standard (and often clunky) Chinese CH341A software. It is highly praised by the EEVblog community and repair technicians.
Fast Detection: Features an "Auto-Detect" function that accurately identifies chips by their ID, which is much more reliable than manual selection.
Visual Feedback: The interface provides a clear "pin check" to ensure the chip is seated correctly before you start flashing.
Broad Support: It adds support for difficult chips, such as the ENE KB90xx Super IO , which older software versions often fail to recognize. Pros & Cons Pros Cons Price: Unbeatable value, often under $15 for the full kit.
Speed: Max 400kbps programming speed is slow compared to professional tools. NeoProgrammer Support: Massive database of supported chips.
Clips: The included SOIC8 clips are often low quality and can lose grip easily. Community: Large number of guides and tutorials available.
Voltage Risks: You must still verify that your specific board is 3.3V compliant . Verdict
For hobbyists and repair techs, this is a highly recommended kit. It provides professional-level recovery capabilities for the price of a coffee. Just ensure you are using the latest NeoProgrammer v2.2.0.10 to get the best chip compatibility and safety features.
NeoProgrammer 2.1.0.19 is a specialized software tool designed for use with the CH341A USB mini programmer
. It is widely considered a more advanced and updated alternative to the original AsProgrammer
utility, offering expanded support for a variety of memory chips. Key Features of NeoProgrammer 2.1.0.19 Broad Chip Support
: This version supports an extensive range of components, including SPI NOR flash SPI NAND flash (experimental), and I2C EEPROMs (24Cxx series). Specialized IC Support : It includes support for less common chips such as SPI F-RAMs AVR microcontrollers (ATmega, ATtiny), and NUVOTON Mcu (N76E003). Hardware Compatibility
: The software is compatible with both "Black" and "Green" editions of the CH341A hardware. Integrated Diagrams
: For chips requiring specific adapters or wiring, the software provides built-in schematics and diagrams to ensure correct physical orientation. Core Functionalities
The software is primarily used for hardware maintenance and firmware modification: BIOS Flashing
: Commonly used to recover corrupted BIOS or perform "Turbo Boost" unlocks on motherboards. Automatic Identification
: Features a "Detect IC" button that can automatically recognize the connected chip's manufacturer and model. Standard Operations : Supports full chip management, including Blank Check Technical Details & Fixes Multi-Language Support
: Includes translations in multiple languages, with specific fixes for previous I2C detection bugs and read/write issues. Voltage Requirements
: While the software supports low-voltage chips (e.g., 1.8V), users must still use a physical 1.8V adapter with the programmer to avoid damaging the IC. for your specific CH341A edition?
NeoProgrammer is a specialized software alternative for the CH341A USB programmer, designed for reading, writing, and erasing EEPROM and Flash memory chips. It is widely favored for its broader chip support and more modern interface compared to the software typically bundled with the device. 1. Setup and Installation
Download Software: NeoProgrammer (e.g., version 2.2.0.10) is typically distributed as a .zip file that does not require a full installation—simply extract it to a folder.
Install Drivers: In the extracted folder, navigate to Drivers/CH341A and run SETUP.EXE. Click Install to ensure your computer recognizes the programmer.
Hardware Prep: Connect your CH341A programmer to a USB port. It is often recommended to use a USB extension cable to avoid placing mechanical stress on your computer's ports. 2. Chip Connection and Detection
Orient the Chip: Match the Pin 1 (indicated by a dot or notch) on your IC with the diagram printed on the CH341A board or within the NeoProgrammer software. Choose Your Method:
Direct Slot: Use the onboard ZIF socket for DIP chips or soldered chips on adapter boards.
SOIC8 Clip: Allows you to clip onto chips while they are still on the motherboard, though this can sometimes be unreliable for beginners.
Auto-Detect: Open NeoProgrammer and click Detect IC (often a magnifying glass icon). For SPI (25 series) chips, the software will automatically identify the chip's signature and ask you to confirm the exact model. 3. Core Operations
Read & Backup (Critical): Always click Read IC and then Save File before making any changes. It is best practice to read twice and compare the checksums of both files to ensure the backup is not corrupt. Programming New Data: Open: Load your new .bin or .hex file.
Write: Click the Write IC button. Ensure the options for Erase, Blank Check, and Verify are checked to ensure a clean and successful flash.
Verify: The software will compare the data on the chip to the file to confirm they are identical. Important Safety Considerations
Voltage Levels: Many standard CH341A (black PCB) units output 5V on data lines, which can damage 3.3V chips. Some users perform a "volt mod" to fix this or use a 1.8V adapter for low-voltage chips.
Power Down: When using a clip in-circuit, ensure the motherboard or device being programmed is completely powered off and its CMOS battery is removed. Programming ENE KB90xx chips with the CH341A
NeoProgrammer (specifically version 2.1.0.19) is a popular, lightweight third-party software used with the CH341A USB programmer to read, write, and verify BIOS and EEPROM chips. It is widely preferred over the original Chinese "Black Edition" software due to its broader chip support, English interface, and improved stability. Quick Setup Guide
Driver Installation: Use the CH341PAR driver from the official WCH site to ensure your PC recognizes the programmer in "Parallel/Programmer" mode. Hardware Connection: Insert the CH341A into your USB port.
Connect your chip (e.g., 24 or 25 series) to the programmer. For laptop BIOS chips, a SOP8 test clip is often used to program without desoldering. Using NeoProgrammer:
Detect: Click the "?" or "Detect" button. If the hardware and connections are correct, it will identify your chip's manufacturer and capacity.
Read: Click "Read" to pull the current data from the chip. Always save a backup (File > Save) before making changes.
Write: Open your new firmware file (File > Open), then click the "Auto" or "Write" button. This typically erases, programs, and verifies the chip in one sequence. Key Features of NeoProgrammer 2.1.0.19
Expanded Database: Supports a vast range of SPI Flash (25 series), I2C EEPROM (24 series), and specialized chips like MicroWire (93 series).
Voltage Safety: Many CH341A "Black" dongles output 5V on data lines, which can damage 3.3V chips. You may need a 3.3V voltage modification for safer operation on modern motherboards. neoprogrammer 21019 ch341a exclusive
Speed: Known for faster reading and writing cycles compared to AsProgrammer or the official software. Troubleshooting Tips
"Device not found": Ensure the jumper on the CH341A is set to pins 1-2 (Programmer mode).
Detection Failure: Clean the chip pins with isopropyl alcohol. If using a clip, ensure it is perfectly aligned; even a slight tilt will prevent detection.
Verification Errors: This often indicates insufficient power. Try using a powered USB hub or shortening the cables between the programmer and the chip.
The CH341A programmer, often used with NeoProgrammer software, is a popular tool for flashing BIOS chips and recovering bricked electronics. For those specifically looking for version NeoProgrammer 2.1.0.19, it is a key piece of software for managing 24 I2C and 25 SPI EEPROM chips. Key Features of NeoProgrammer with CH341A
Chip Compatibility: Supports a wide range of chips, including 25Q64, 25Q32, and 24 I2C EROMs.
User Interface: Provides a visual diagram showing the correct IC orientation (pin 1 location).
Essential Operations: Features dedicated buttons for "Detect IC," "Read IC," "Write IC," and "Save File".
Driver Support: Often bundled with specialized drivers (PAR/EPP mode) required for the programmer to be recognized by Windows. The "Golden Rule" of BIOS Flashing
Before attempting any write or erase operations, you must create a backup dump of the original IC. Connect the CH341A programmer to your PC. Use the Detect IC button to identify the chip. Click Read IC to pull the existing data into the buffer.
Use Save File to store this original image securely on your hard drive. Common Hardware Setup & Troubleshooting
Comprehensive Guide: NeoProgrammer 2.1.0.19 for CH341A Exclusive Use
The NeoProgrammer 2.1.0.19 is a widely used software utility specifically designed for the CH341A USB Programmer. It serves as a modern, feature-rich alternative to older tools like AsProgrammer 2.1.0.13. This "exclusive" version is particularly valued by repair technicians and electronics enthusiasts for its ability to handle a broad range of memory chips that standard software often fails to support. Key Features of NeoProgrammer 2.1.0.19
This version introduces several "exclusive" capabilities and broad device support:
Broad Protocol Support: It handles SPI NOR flash, SPI NAND flash (experimental), I2C EEPROMs (24Cxx), and MicroWire EEPROMs (93Cxx).
Special Component Access: It can read, write, and erase specialized chips like the M35080 and M351xx series, often found in automotive and industrial modules.
Microcontroller Support: Provides limited support for AVR MCU (ATmega, ATtiny), NUVOTON MCU, and ENE KB90xx Super IO chips, which are critical for laptop motherboard repairs.
Built-in Hex Editor: Users can modify binary files (e.g., adding a MAC address to router firmware) directly within the application before flashing.
Auto-Detection: High-reliability chip detection for the 25 series SPI flash, identifying signatures and suggesting the correct chip model from its database. Hardware Compatibility & Setup
To use NeoProgrammer 2.1.0.19 effectively, you need the right hardware and drivers:
Programmer Choice: While both "green" and "black" CH341A boards exist, many experts recommend the Black CH341A V1.7 for its superior stability and more reliable power circuitry.
Driver Installation: Before launching the software, you must install the CH341PAR.EXE drivers to ensure the PC recognizes the programmer.
Voltage Safety: Some chips require 1.8V (like the 25Q128FW), which necessitates a 1.8V adapter to prevent damage from the programmer's default 3.3V/5V output. Standard Workflow for BIOS Flashing
For critical tasks like recovering a bricked BIOS, the following steps are recommended:
Detection: Use the "Detect IC" button. If it fails, check the chip orientation (Pin 1 is usually marked with a dot).
Backup (Mandatory): Always "Read" and "Save" the current chip contents before making any changes. This is your only safety net if the new firmware fails.
Verification: After reading or writing, use the "Verify" function to ensure data integrity.
Flashing: Load the new firmware file, then proceed with the "Write IC" sequence, which typically includes erasing, blank checking, and writing. Troubleshooting Common Issues
"IC Not Responding": Often caused by a loose connection with the SOP8 test clip. Cleaning the chip pins or desoldering the chip for direct connection to the programmer usually resolves this.
USB Port Power: If the software crashes or detection is inconsistent, try moving the programmer to a USB 3.0 port for more stable power delivery.
1.0.19 version or need a list of compatible 1.8V adapters for your programmer? Programming ENE KB90xx chips with the CH341A
NeoProgrammer 2.1.0.19 a specialized, alternative firmware and software tool designed for the CH341A USB programmer
, used widely for flashing BIOS chips, EEPROMs, and SPI flash memory. It is often cited as an "exclusive" or superior replacement for the older AsProgrammer Key Features of NeoProgrammer 2.1.0.19 Broad Component Support : Handles a vast family of chips, including SPI NOR flash I2C (24Cxx) (93Cxx) components. Experimental Support : Includes early-stage compatibility for SPI NAND flash Optimized for CH341A
: Specifically built to improve detection of older SPI components (using opcodes like AB and 15) and fix bugs present in earlier versions. Language & Availability : Often distributed through enthusiast communities like and technical file repositories such as Important Technical Context
If you are using this version with a standard "black" CH341A programmer, be aware of the common 3.3V vs. 5V power issue
. Many generic CH341A boards output 5V on the data pins, which can damage 3.3V BIOS chips; users often modify these boards or use a 1.8V adapter for compatibility with modern low-voltage chips. Comparative Table: Software for CH341A Notable Feature NeoProgrammer 2.1.0.19 / 2.2.0.10 Experimental SPI NAND support; high stability AsProgrammer The open-source foundation for NeoProgrammer CH341A Programmer The official/original manufacturer software Lightweight alternative often used for specific chipsets setting up the drivers for your CH341A programmer?
CH341A NeoProgrammer "IC не отвечает" : r/hardwarehacking
The static hum of the server room was the only sound in the world for Jaxon. It was 2:00 AM, and the glow of three monitors bathed his face in a spectral blue light. On the central screen, a single line of text blinked rhythmically, mocking him.
TARGET: PROTECTED. VARIANT: UNKNOWN.
Jaxon was a Neoprogrammer. In the sprawl of the late 21st century, that title meant something. It didn’t just mean he wrote code; it meant he spoke to the silicon ghosts inside the machines. He didn’t just compile; he negotiated. But tonight, he was hitting a wall.
He was trying to access the firmware of a vintage automaton—a rusted, pre-war medical drone that held the encryption keys to a lost fortune in cryptocurrency. The drone’s logic board was locked tight, protected by a proprietary security layer that modern decompilers choked on.
"Come on," Jaxon whispered, his fingers dancing over the mechanical keyboard. "Give me the hand-shake."
The screen flashed red. ACCESS DENIED.
He leaned back, rubbing his temples. He needed a physical bridge. Something raw, something that didn't care about modern protocols or USB-C handshakes. He needed voltage, not drivers. The CH341A "Exclusive" (often referred to as the
He spun his chair around to the workbench behind him. It was a graveyard of circuit boards, wires, and legacy tech. Buried under a tangle of IDE cables was the tool he was looking for. It wasn't sleek. It was a rectangle of cheap green PCB, unassuming and utilitarian.
It was the CH341A.
To the uninitiated, it was just a USB programmer for EEPROM and BIOS chips. But to Jaxon, it was the "Exclusive" key. In a world of cloud-based unlocking and remote SaaS subscriptions, the CH341A was an anarchist. It didn't ask for a license key. It didn't ping a server in Zurich. It just dumped the data, raw and screaming, into the computer.
"Let's go old school," Jaxon muttered.
He grabbed the clip adapter—the silver jaws of the SOIC clip looking like the head of a robotic mosquito. He flipped the switch on his custom control box. It was a device he had bought on the dark nets from a user named 21019.
The transaction had been weird. No bidding, no auction. Just a direct message: For the Neoprogrammer who knows the difference between reading and understanding. The seller, '21019', claimed this specific unit was exclusive. Modified.
Jaxon carefully attached the clip to the legs of the BIOS chip on the drone's motherboard. Click. Click. Click. Click.
He plugged the CH341A into his terminal. The drivers—he had written them himself years ago—loaded instantly.
DEVICE DETECTED: CH341A USB DEVICE. VENDOR ID: 1A86. PRODUCT ID: 21019.
Jaxon froze. He looked at the Product ID again.
21019.
It wasn't the standard ID for a CH341A. Usually, it was a hex code like 5512. But this... this was the seller’s signature. The device wasn't just a programmer; it was a message.
He opened his hex editor. The chip was a 25xx series SPI flash. Standard procedure was to read, then save.
"Read," he commanded.
The progress bar crept across the screen. 10%... 25%... 50%...
Suddenly, the screen garbled. The hum of the server room changed pitch. The cheap green PCB of the CH341A began to heat up, the smell of ozone hitting Jaxon’s nose.
Then, text began to pour into his terminal window, bypassing his hex editor entirely. It wasn't binary. It wasn't hex. It was a high-level syntax, ancient and elegant.
AUTO-DECRYPTION INITIATED... COURTESY OF ARCHITECT 21019.
The modified chip wasn't just reading the data; it was brute-forcing the encryption on the hardware level. The "Exclusive" nature of the device wasn't just a marketing tag—it was a hardware backdoor installed by a ghost from the past. 21019 wasn't a seller; 21019 was a version number.
Jaxon watched as the firmware of the drone unraveled. The security layers melted away like wax under a flame. The encryption keys he had spent weeks hunting were laid bare in a text file on his desktop.
KEY ACQUIRED.
But there was one more line at the bottom of the file, typed in green.
Welcome to the Neoprogrammer tier. The hardware is the password.
Jaxon unplugged the device. The CH341A cooled down, looking innocent once again. He held the cheap green board up to the light. To anyone else, it was e-waste. To him, it was the master key.
In a world obsessed with the cloud, he had found the ultimate power on the ground. He smiled, cracked his knuckles, and began to type.
NeoProgrammer is a streamlined, third-party software for the CH341A USB programmer, designed for reading, writing, and erasing EEPROM and Flash memory chips. Version 2.1.0.19 is a specific stable build known for several critical performance and compatibility updates. Key Features of NeoProgrammer 2.1.0.19
This "exclusive" version brought significant technical refinements over earlier iterations of NeoProgrammer and its predecessor, ASProgrammer:
Refined Detection Algorithms: This version specifically updated the 93Cxx detection algorithm and improved the identification of old SPI components.
Enhanced Chip Support: Added compatibility for I2C CT1C08, AT34C04, and 24C00 components.
Data Integrity: Fixed bugs related to AVR file imports and suppressed certain opcodes before writing non-volatile registers on SPI NAND chips to prevent errors.
User Interface Improvements: Improved visibility of the progress bar for short operations and added a "Search Datasheet" button for the currently selected chip. Using NeoProgrammer with CH341A
The CH341A programmer is widely used to recover bricked BIOS, unlock turbo boost, or swap firmware on routers. Hardware Setup:
Align the chip with pin number one (indicated by a dot or curved side) facing upward.
For 25 series SPI Flash (e.g., BIOS), use the left side of the programmer; for 24 series I2C EEPROM, use the right side.
Voltage Warning: Many standard black CH341A units output 5V on data lines, which can damage 3.3V or 1.8V chips. Users often perform a "volt mod" or use a 1.8V adapter for low-voltage ICs. Software Execution:
Install the CH341A drivers found in the software's subdirectory.
Use the "Auto Detect" feature for 25 series chips; 24 series chips must often be selected manually from the database.
Always read and backup the original chip content twice and compare them with a hex editor before writing new data. Version Comparison NeoProgrammer 2.1.0.19 Newer Versions (e.g., 2.2.0.10) SPI NAND Initial protection bit handling. Adds support for spare area reading/writing. SST Chips Standard support. Improved programming speeds for SST class 25 chips. File Formats Standard .bin / .hex support. Added ASUS .CAP file conversion support.
For critical tasks, the Black CH341A Programmer is generally considered more reliable for chip detection and verification than the green version, despite the potential need for a manual voltage modification.
NeoProgrammer 21019 offers a refined interface for the CH341A programmer, bridging the gap between hobbyist hardware and professional-grade software stability. This version focuses on expanded chip support and fixing the common "Device Not Found" errors found in older releases. Key Features of the 2.1.0.19 Update
Enhanced Chip Database: Adds support for newer 1.8V SPI Flash and I2C EEPROM chips.
High-Speed Mode: Optimizes data transfer protocols for faster read/write cycles on the CH341A.
Automatic Voltage Detection: Improved logic for identifying required power levels (3.3V vs 5V).
Multi-OS Compatibility: Better stability on Windows 10 and 11 compared to the original Chinese software. Why Use NeoProgrammer Over the Standard Software? a massive chip database update
Searchability: Includes a robust search function to find specific chip models instantly.
Visual Pinouts: Provides on-screen diagrams for correct chip orientation in the ZIF socket.
Stability: Drastically reduces the frequency of verification errors during the "Burning" process.
Language Support: Features a clean, fully translated English UI for global users. Quick Setup Guide
Drivers: Ensure you have the CH341PAR or CH341SER drivers installed first.
Connection: Insert the CH341A into your USB port and wait for the green status light.
Detection: Click the "Detect" icon (magnifying glass) to identify the chip automatically.
Action: Use the "Read," "Blank Check," and "Write" buttons in sequential order for the safest results.
💡 Pro Tip: If you are working with 1.8V chips (like those found on modern motherboards), always use a 1.8V adapter to prevent permanent hardware damage. To help you get started with your project: Your specific chip model (e.g., W25Q128) The operating system you are using Any error messages you've encountered so far
I can provide the exact driver links or troubleshooting steps for your specific hardware.
Title: Unlocking the Power of Neoprogrammer 21019 CH341A Exclusive: A Comprehensive Guide
Introduction
In the world of electronics and programming, having the right tools at your disposal can make all the difference. One such tool that has gained popularity among programmers, engineers, and electronics enthusiasts is the Neoprogrammer 21019 CH341A Exclusive. This device is a game-changer for anyone looking to program, debug, and interact with various types of chips and microcontrollers. In this blog post, we'll dive into the features, benefits, and applications of the Neoprogrammer 21019 CH341A Exclusive, and explore how it can elevate your projects and workflow.
What is Neoprogrammer 21019 CH341A Exclusive?
The Neoprogrammer 21019 CH341A Exclusive is a versatile programming and debugging tool designed to work with a wide range of chips and microcontrollers. It's based on the CH341A chip, a popular and highly integrated chip developed by WCH (WinChipHead), which provides a USB interface for programming and communication. The Neoprogrammer 21019 is an exclusive version of the CH341A, offering enhanced features and improved performance.
Key Features
So, what makes the Neoprogrammer 21019 CH341A Exclusive stand out? Here are some of its key features:
Benefits and Applications
The Neoprogrammer 21019 CH341A Exclusive offers numerous benefits and applications across various industries and fields:
Getting Started
If you're excited to try out the Neoprogrammer 21019 CH341A Exclusive, here's a quick guide to get you started:
Conclusion
The Neoprogrammer 21019 CH341A Exclusive is a powerful tool that can streamline your workflow, improve productivity, and open up new possibilities for your projects. Whether you're a seasoned programmer, engineer, or electronics enthusiast, this device is definitely worth considering. With its versatile features, compact design, and ease of use, the Neoprogrammer 21019 CH341A Exclusive is an excellent addition to any electronics or programming toolkit.
NeoProgrammer 2.1.0.19 is a specialized, community-driven software tool designed to work with the CH341A USB programmer
. It is widely considered a superior alternative to the original manufacturer software because of its significantly broader chip support, faster interface, and stability. Key Features & Performance Extensive Chip Compatibility : Supports a massive range of components, including SPI NOR flash (25xxx series), I2C EEPROM (24Cxx), and Advanced Support : Features experimental support for SPI NAND flash and specialized components like (ATmega, ATtiny) and Nuvoton MCUs (N76E003). User Interface
: Unlike the cluttered original software, NeoProgrammer 2.1.0.19 is praised for having an intuitive, "no-nonsense" design without unnecessary "OK" pop-ups, which speeds up the flashing workflow. Auto-Detection
: Efficiently reads chip signatures (IDs) for SPI chips to automatically identify the model, though I2C chips still require manual selection. Technical Specifics Version Context : This version replaced older utilities like AsProgrammer 2.1.0.13
. While newer versions like 2.2.0.10 exist, version 2.1.0.19 remains a stable and widely used benchmark for CH341A users. Integrated Schematics
: The software includes built-in diagrams for adapters needed for specific chips (e.g., 1.8V adapters or MicroWire setups), making it easier for users to ensure correct wiring. File Support : Full support for common binary formats, including (specifically for ASUS BIOS files). Practical Considerations Hardware Warning
: When using this software with a standard black CH341A programmer, be aware that many units output 5V on data lines
, which can damage 3.3V BIOS chips. It is highly recommended to use a 1.8V adapter
or perform a voltage modification if working with sensitive components. : To function, the software requires the CH341PAR driver rather than the standard serial driver. in NeoProgrammer if auto-detect fails?
NeoProgrammer 2.1.0.19 прога для CH341A - SMD - DB-X7
The term exclusive in this context refers to hardware-level timing and voltage control.
Most generic CH341A drivers treat the chip as a standard USB-to-serial/I2C bridge. NeoProgrammer 2.1.0.19, however, uses a proprietary (or exclusive) communication routine that does three things:
Pros:
Cons:
SPI Mode 3 support for certain problematic BIOS chips.NeoProgrammer is a community-driven fork of the original AsProgrammer. Version 21019 (often stylized as v2.1.0.19) represents a significant milestone release that introduced stability fixes, a massive chip database update, and enhanced voltage handling.
When paired with a CH341A hardware dongle, the term "Exclusive" refers to specific builds of the software that unlock hardware features often crippled by generic drivers. These exclusive builds allow the CH341A to interface with 1.8V, 3.3V, and 5V logic levels (via adapter boards) and support protocols beyond standard 24/25 series EEPROMs, including SPI Flash, I2C, and even Microchip AVR microcontrollers.
Why should you upgrade from the generic CD-ROM software that came with your programmer? Here are the killer features:
If you use a CH341A-based programmer (the black or green USB flash/EEPROM programmer), you’ve probably heard about NeoProgrammer – the improved fork of the older CH341A Programmer software.
The latest release 2.1.0.19 includes changes marked “CH341A exclusive” – here’s what’s actually helpful to know.
Because this is "exclusive" community software, installation is not as simple as double-clicking an MSI package. Follow this step-by-step guide: