SuperPro IS416N
SuperPro IS416N
In-System (ISP) Gang Programmer

Ultra-fast In-System (ISP) Gang Programmer
- Program up to 16 serial devices simultaneously
- Up to 4 parallel ISP chips can be programmed simultaneously (eMMC, NAND and NOR FLASH)
- Multiple programmers can be set up for project expansion
- Custom adapter available for off-line production setup
- USB 2.0, LAN and SD ports available
- Operation modes: USB online, network online and offline
- Adjustable programming speed and industrial grade reliability
- DLL/API/Command-Line Commands available with authorization agreement from both parties (Initial solution for integrating ISP sub-systems of ICT, FCT, ATE and testing fixture)
Xeltek Superior In-System Gang Programmer With 16 Channels
Superpro IS416N is a universal in-system programming (ISP) gang programmer designed for high-volume production, automated test integration, and reliable PCB panel programming. It supports devices across most common serial protocols and can program up to 16 serial devices simultaneously.
SuperPro IS416N also supports up to four parallel devices, including eMMC, NAND Flash, and NOR Flash, in-system at the same time. With USB 2.0, network remote control, and stand-alone operation, it is ideal for production environments, engineering labs, field service, and third-party system integration.
Application
PCB Panel Programming
Designed for programming multiple devices directly on assembled PCB panels.
ATE, FCT, ICT Integration
Suitable for automated test fixtures, functional test systems, and in-circuit test equipment.
High-Volume Production
Supports gang programming workflows for manufacturing and production programming stations.
Field Service and Repair
Useful for firmware updates, repair, and service applications for automotive, HVAC, industrial, and embedded electronics.
Key Features
Ultra-Fast Programming Speed
Semiconductor-manufacturer-approved algorithms, clean signal integrity, and FPGA-based state-machine architecture help deliver high programming yield and fast ISP performance while minimizing overshoot and ground bounce.
Up to 16-Channel ISP Gang Programming
Supports MCUs, serial Flash EEPROMs, and high-pin-count parallel devices such as eMMC, NAND Flash, and NOR Flash. Serial devices can be programmed across all 16 channels.
Scalable Expansion
Up to 16 programmers can be connected to a single PC or operated independently in stand-alone mode for flexible production expansion.
Mass Production Mode
Automatically starts programming when the target board is detected, enabling hands-free, high-throughput manufacturing workflows using TPIN/TPOUT trigger signals.
Control and Integration Options
SuperPro IS416N supports USB 2.0, network remote control, and stand-alone operation.
USB 2.0, Network Remote Control, Stand-Alone Operation, DLL, API, Command Line
Customized ISP Development
You Design the PCB - Xeltek Develop the Programming Algorithm
Each ISP solution is tailored to the customer's PCB specifications because every project and hardware environment is unique.
- Circuit Design
- Voltage Conditions
- Signal Routing
- Components connected to programming lines
- Protection Circuitry
For this reason, Xeltek does not provide a generic off-the-shelf ISP solution. Instead, they develop customized ISP programming algorithms to ensure stable communication, reliable programming, proper verification, and production-ready performance.
Customers may use existing supported device algorithms, whether free or license-based. If the current algorithm does not properly support the customer's PCB environment or application, Xeltek can provide customized device algorithm development and ISP support.
Additional development fees may apply depending on project complexity.
Advanced Software Features
Windows 10, Windows 8, Windows 7, Windows Vista, 32/64-bit
SuperPro IS416N includes powerful yet easy-to-use programming software designed for production operators and engineering teams. The interface is built for simple operation with minimal training while still supporting advanced programming and production control functions.

