Xeltek device programmers and IC socket adapters

Xeltek IC programming equipment: SuperPro universal programmers, SuperBOT automated systems, in-system ISP tools, and IC socket adapters.

Universal IC programmers SuperPro 6100N and 7500N

Xeltek SuperPro 6100N and 7500N universal device programmers support extensive memory chips and microcontrollers across engineering laboratories. Units feature 144-pin universal pin drivers, high-speed USB 2.0 links, and stand-alone operation without personal computers.

Extensive chip library supporting Flash, EEPROM, eMMC, and microcontrollers
Universal ZIF socket with zero insertion force for DIP packaged components
Stand-alone programming mode via LCD screen and secure SD memory storage
Low-jitter precision pin drivers with independent voltage supply control

Automated IC programming systems SuperBOT series

Xeltek SuperBOT robotic systems deliver automated high-throughput programming for high-volume manufacturing lines and EMS factories. Platforms integrate precision pick-and-place handlers, optical vision positioning, and input modules for tape, tray, and tube packaging.

Multi-socket SuperPro programmer integration for parallel cluster operations
Automated component handling supporting tape and reel, tray, and tube formats
Optical alignment camera monitoring pin coplanarity and component rotation
Rigid industrial chassis designed for continuous multi-shift production duty

In-system serial device programmers SuperPro IS01

Xeltek SuperPro IS01 and IS03 in-system programmers flash microcontrollers and serial memories directly on assembled printed circuit boards. Systems incorporate galvanic signal isolation alongside industrial CAN, USB, and RS-232 communication interfaces for production lines.

Serial flashing protocols spanning JTAG, SWD, SPI, I2C, UART, and BDM channels
Galvanic signal isolation protecting target boards against ground loop faults
Seamless integration with automated test equipment and fixture controllers
One-touch standalone cycle execution for streamlined plant floor operations

Socket adapters SA and DX series for BGA and QFP packages

Xeltek socket adapters interface SuperPro programming hardware with chips packaged in BGA, QFP, TSOP, SOIC, PLCC, and QFN footprints. Adapters incorporate high-end contact sockets manufactured by reputable makers including Yamaichi, Enplas, TI, Wells, and Okins.

High endurance contact pins rated for thousands of actuation insertions
Clamshell and open-top socket frames facilitating rapid manual component loading
Optimized high-frequency trace routing suppressing digital cross-talk noise
Fine pitch package support starting from 0.4 mm up to standardized footprints

Multi-socket gang programmers SuperPro 7504N and 6104N

Xeltek SuperPro 7504N and 6104N gang programmers duplicate microcontroller and memory firmware across medium production runs. Four independent programming modules run concurrently, enabling simultaneous or asynchronous multi-chip programming on factory workbenches.

Concurrent programming of up to four or sixteen components within single run
Independent socket initiation triggered upon correct component pin insertion
Synchronous and asynchronous execution profiles maximizing operator uptime
Interchangeable adapter modules accommodating diverse integrated circuit footprints

Replacement ZIF sockets, ISP cables, and Xeltek hardware parts

To sustain uninterrupted programmer availability, Xeltek provides replacement ZIF socket heads, ISP flat ribbon harnesses, power supply adapters, and module interface boards. Timely renewal of worn contact pins prevents intermittent errors during high-speed firmware cycles.

Replacement zero insertion force ZIF sockets matching SuperPro base units
Shielded interface ribbon harnesses dedicated to in-system ISP programmer modules
Regulated industrial switching power supplies with built-in surge protection
Spare retention lids and alignment inserts for BGA, QFP, and TSOP socket frames

Founding history of Xeltek and stand-alone programming milestones

Established in 1992 in Sunnyvale, California, Xeltek has maintained a prominent position in developing advanced device programming equipment for over three decades.

In 2000, company engineers introduced the SuperPro 2000 programmer, marking the first time stand-alone programming capability was brought to universal programmer hardware.

Stand-alone operation utilizing an embedded CPU, LCD display, and removable SD storage freed production lines from dedicated host PCs, improving operational dependability on factory floors.

Today, Xeltek engineering and manufacturing centers in the United States and China deliver automated systems supporting over one hundred thousand distinct chips.

Modular hardware architecture of SuperPro programmers and 144-pin drivers

Flagship Xeltek SuperPro 6100N and SuperPro 7500N universal programmers employ modular hardware architecture equipped with low-jitter pin electronics.

Incorporating 144 universal pin drivers enables the hardware to supply logic levels, clock pulses, and programming supply voltages to any pin of the universal ZIF socket.

This architecture eliminates bulky discrete jumper adapters and enables rapid hardware reconfiguration for newly introduced semiconductor devices.

Equipment supports devices operating down to 1.2 V core potentials, spanning high-density NAND and NOR Flash, eMMC memories, microcontrollers based on ARM or RISC-V, and programmable logic devices.

SuperBOT automated robotics systems for high-throughput EMS assembly lines

For high-volume electronic manufacturing services and OEM production facilities, Xeltek engineered the SuperBOT automated system family.

Platforms combine precision pick-and-place servo handlers, optical inspection cameras verifying pin alignment, and multi-socket clusters driven by four to eight integrated SuperPro engines.

Systems manage continuous component feeding from all common carrier formats, including tape and reel feeders, standard JEDEC matrix trays, and plastic tubes.

Positioning speed reaches thousands of devices per hour during continuous factory shifts, accompanied by automated optical rejection of misaligned or defective components.

In-system programming with SuperPro IS01 and test fixture integration

Modern electronics assembly relies heavily on in-system serial programming after components have been soldered onto printed circuit boards.

Xeltek SuperPro IS01 and IS03 programmers configure microcontrollers and serial flash memories inline through standardized interfaces such as JTAG, SWD, SPI, I2C, and UART channels.

Hardware units feature galvanic isolation up to 2.5 kV across signal lines and ground paths, shielding target electronics against transient spikes and electrostatic hazards. Dedicated CAN buses and hardware ATE handshake lines enable seamless integration with automated fixture testing stations.

Engineering design of SA and DX socket adapters for BGA and QFP devices

To handle surface-mount chips in fine-pitch BGA, CSP, QFP, and TSOP configurations, Xeltek manufactures a comprehensive family of SA and DX socket adapters.

Adapters integrate high-durability contact sockets from global suppliers including Yamaichi, Enplas, and Wells, maintaining low contact resistance without bending leads.

Adapter circuit boards feature multilayer layouts with controlled trace impedances, preventing signal cross-talk and reflection during steep programming transitions.

Configurations include clamshell socket mechanisms for engineering development and open-top sockets designed for high-throughput manual production lines.

Device algorithm library updates and preventive maintenance procedures

The primary strength of Xeltek programmers lies in continuously updated device programming algorithms created in direct partnership with leading semiconductor manufacturers.

The engineering division issues regular SuperPro software updates, incorporating new microcontrollers and flash memory device support.

To ensure stable programming parameters over extended operational periods, maintenance protocols recommend periodic dry air socket cleaning, inspection of contact spring pins, and replacement of ZIF sockets upon reaching mechanical cycle thresholds.

All replacement parts adhere to official factory specifications.

Xeltek and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of Xeltek and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.