Discover Xeltek's Best-Selling Programmers Designed for Every Application
Introducing the SuperPro 6100N and SuperPro 7500N - Proven Bestsellers!
SuperPro® 6100N is designed with high programming speed in mind. our semiconductor manufacturer approved algorithms, precision, and clean signals guarantee high programming yield. Special design was made to eliminate overshoot and ground bounce.
(socket adapters not included)
Remarkably Fast Universal Programmer
Electronic and car repair, forensic and data recovery, medical devices
SuperPro® 7500N can be used to program up to 4 chips at a time. Many EEPROM/Flash/MCU/eMMC chips are also supported in 2-gang or 4-gang mode to increase throughput by nearly four times!
(socket adapters not included)
Advanced Universal LAN Programmer
Great for master chip duplication, repair, and rework
All common serial interfaces supported including I2C, SPI, UART, BDM, MON, MW, JTAG, CAN, ICC, and RS232 and more.
Xeltek has one of the largest ISP device libraries currently supporting Microchip PIC microcontrollers, Atmel AVR (ATtiny, Atmega), ST ARM based STM8 &STM32 series microcontrollers, TI MSP430 and serial EEPROMs/flash devices from different manufacturers.
Over 10,000 devices supported. Custom algorithm requests accommodated to satisfy user's target panel board.
Xeltek's gang programmers are equipped with 144-pin drivers by default allowing for optimal device support. Xeltek is the industry leader supporting over 110k+ devices and counting. Xeltek maintains robust partnerships with 400+ IC manufacturers delivering swift support and quick access to chip samples and programming specifications.
Xeltek's SuperPro® universal device programmers are truly universal with its unmatched device support and device library count. Xeltek also carries a wide-range of adapter designs to support the highest number of chips sharing common package types.
Sockets and connectors used to make Xeltek SuperPro adapters are sourced from world renowned manufacturers such as Yamaichi, Sensata, Enplas, TI, Wells and Okins.
