FiXPro — Flash iX Pro

◈ DASHBOARD

No Chip Selected

Select a chip from the library or use Auto-Detect

SELECT CHIP

◈ FiXPro Hardware Control

Protocol

—

Capacity

—

Voltage

—

JEDEC ID

—

Page Size

—

Sector Size

—

⬡ Protocol Selection RP2040 PIO — всі протоколи в залізі

⟳

SPI NOR

до 62.5 MHz PIO

⬡

SPI NAND

W25N01G, GD5F

⇌

I²C

400 kHz Fast Mode

↺

MicroWire

93Cxx / 59C / BR90

⊟

FWH

BIOS Firmware Hub

⊛

JTAG

ARM, FPGA, RISC-V

◈

SWD

ARM Cortex debug

△

AVR ISP

ATmega / ATtiny

⚡

HVSP/HVPP

High Voltage Prog

⟶

UART/UPDI

Bootloader / AVR

—

1-Wire

DS18B20, iButton

⋮

Parallel

NOR Flash, GAL, PAL

◇

S3F

Samsung S3F MCU

◬

Nuvoton 51

N76E003, MS51

⬟

PIC ICSP

PIC10/12/16/18

▶ Operation Status

Idle —

Speed: —

ETA: —

Address: —

CRC32: —

◫ CHIP LIBRARY

0 chips

All SPI NOR NAND FWH I²C MicroWire AVR ISP HVSP/PP SWD/ARM JTAG UART/UPDI S3F Nuvoton PIC 1-Wire

Manufacturer / Name	Protocol	Capacity	Voltage	JEDEC / ID	Page	Read ⚡	Write ⚡

⚙ OPERATIONS

▶ Main Operations

⊛ Extended

📁 File

⬡ Progress

Idle —

Speed: —

ETA: —

Processed: —

CRC32: —

⚙ Protocol Config

SPI Speed

SPI Mode

I²C Speed

JTAG Speed

VCC Target

VPP

◈ Write Options

Verify after write (CRC32)

Erase before write

Skip blank pages

Check write protection

Enable SRP (status reg protect)

⊞ HEX EDITOR

Size: 0 B

Selected: —

Offset: 0x0000

Value: —

CRC32: —

Non-FF: 0

⌥ SCRIPT ENGINE

SCRIPT // JavaScript API

// FiXPro Script Engine v2.1.0
// Available API:
//   fixpro.spi.transfer(bytes[])  → Uint8Array
//   fixpro.spi.readId()           → {mfr, type, cap}
//   fixpro.spi.chipErase()
//   fixpro.spi.readStatus()       → number
//   fixpro.i2c.scan()             → address[]
//   fixpro.i2c.write(addr, bytes[])
//   fixpro.i2c.read(addr, len)    → Uint8Array
//   fixpro.jtag.readIdcode()      → number
//   fixpro.swd.readDP(reg)        → number
//   fixpro.avr.readSig()          → [b0,b1,b2]
//   fixpro.gpio.write(pin, val)
//   fixpro.gpio.read(pin)         → number
//   fixpro.delay(ms)
//   log(msg)                    → console
//   buf                         → current buffer Uint8Array

async function main() {
  log('FiXPro Script Engine started');
  
  // Example: Read SPI JEDEC ID
  const id = await fixpro.spi.readId();
  log(`JEDEC: MFR=0x${id.mfr.toString(16).toUpperCase()} TYPE=0x${id.type.toString(16).toUpperCase()} CAP=0x${id.cap.toString(16).toUpperCase()}`);
  
  // Example: Read status register
  const sr = await fixpro.spi.readStatus();
  log(`Status Register: 0x${sr.toString(16).padStart(2,'0').toUpperCase()} (${sr.toString(2).padStart(8,'0')}b)`);
  
  log('Done.');
}

main().catch(e => log('ERROR: ' + e.message));

OUTPUT Ready

00:00:00FiXPro Script Engine ready. Select a template or write your own script.

⬡ SECURITY

🔒 Write Protection

🛡

Hardware Write Protect (WP#)

Physical WP pin state

Not Checked

📋

Status Reg WEL Bit

Write Enable Latch

Not Checked

🔐

Block Protection Bits

BP0-BP3 in Status Reg

Not Checked

⬡

Status Reg Protect (SRP/SRL)

Permanent lock protection

Not Checked

✓ Data Integrity

⟳

CRC32 Checksum

Buffer integrity

Not Computed

⊛

Chip vs Buffer Match

Post-write verify

Not Verified

◫

Blank Check

All 0xFF or 0x00

Not Checked

⬡

USB Communication CRC

CRC-16/CCITT framing

Active

🔑 Fuse Bits (AVR)

Fuse Low

Fuse High

Fuse Ext

Lock Bits

⚡ OTP / Unique ID

🔖

Unique ID / UID

—

🔒

OTP Security Register

One-Time Programmable area

⬡

SFDP (Flash Parameters)

Serial Flash Discoverable Parameters

≡ SETTINGS

🔧 MCU / Firmware

MCU Type

USB VID:PID

Firmware FiXPro-FW v2.1.0

⚡ Performance

DMA Chunk

USB Timeout

Use DMA transfers

Dual-core parallel verify

Overclock MCU (200 MHz)

🔬 Реальні бенчмарки — DCProgrammer 0.9.8.1 Джерело: 4pda.to/forum — реальні заміри

Chip / Operation	USBASP	CH341A	Arduino	FT232H	FX2LP	PostalAVR	CH347	FiXPro/RP2040
SPI F max	—	1.6 MHz	4 MHz	30 MHz	24 MHz	4 MHz	48 MHz	62.5 MHz
I²C F max	100kHz	400kHz	400kHz	400kHz	400kHz	300kHz	400kHz	1 MHz
FWH support	✗	✓	✗	✓	✓	✗	✗	✓ PIO
NAND support	✗	✓	✗	✓	✓	✓	✗	✓
MicroWire 93C	M only	✓	✓	✓	✓	✓	✓	✓ PIO
S3F / Nuvoton / PIC	✗	✓	✗	✓	✓	✓	✗	✓ PIO
Open Source	✓	✗	✓	✓	✓	✓	✗	✓ MIT
Ціна (орієнтовно)	~$2	~$1.5	~$3	~$15	~$8	~$5	~$6	~$0.70