Xeltek

Xeltek automated IC programming systems are engineered for mid to high volume production where high throughput, consistency, and automation are essential.

SuperBOT 5 Series – High Speed Automated IC Programming System

• Programs up to 2,500+ units per hour.
• Ideal for high-volume IC manufacturing.
• Reduces labor costs with automated precision.
• Supports Tray, Tape, Ink Dot, and Laser Marker.

SuperBOT9 – High speed Automated IC programming system

• Programs up to 2,800+ units per hour
• Ideal for high-volume IC manufacturing
• Reduces labor costs with automated precision
• Supports Tray, Tape, Ink Dot, and Laser Marker

SuperBot 2 Automated IC programmer

• 16-Socket Automated IC Programmer
• Equipped with four SuperPro 7500N universal IC programmer
• Each module supports up to 4 sockets (total 16 sockets)

Xeltek offers versatile universal IC programmers for development to production environments, backed by one of the industry’s largest and continuously updated device libraries.

SuperPro 7500N - Universal IC Programmer

• Algorithms engineered to program up to 4 chips simultaneously
• Supports most device memories on the market.
• Programs eMMC devices up to 64 GB.
• Supports most package types including WLCSP.
• Operates in PC hosted, stand-alone, and LAN modes

SuperPro 6100N – Universal IC programmer

• Ultra-Fast Universal IC Programmer - 144 Pin Driver
• 104,000+ devices supported from nearly 400 IC manufacturers
• Operates in PC hosted and stand-alone modes
• Supports devices including EEPROM, MCU, and others

SuperPro 610P

• High Speed Universal Device Programmer
• Universal 48-pin driver supports today's most complex devices
• Programs eMMC devices up to 64 GB

Xeltek offers both traditional gang programmers and modern stand-alone models for production cluster setups. Traditional gang programmers come with four independent sockets that allow chips to be programmed concurrently.

SuperPro 6104NGP - Ultra-high Speed Universal Gang Programmer

• 4 independent programming modules operating concurrently for high-speed programming
• Supports NAND / eMMC devices up to 256 GB 
• Built-in 144 universal pin drivers
• Comes with free device updates within the warranty period
• Powerful ARM9 programming processor.

SuperPro X108

• 8 Socket Production Programmer
• Speed up high density chip programming with SuperPro X108, engineered to program up 8 IC devices. 
• Recommended for eMMC, NAND and Microcontroller memory chips. 
• SPX108 supports most IC manufacturers and other memory devices. 

Xeltek in-circuit serial programming tools provide a convenient method for configuring microcontrollers and various serial devices. A jumper/DIP switch enables in-system programming, and a set of serial programming connectors (such as an IDC connector) connects the target board to an ISP programmer.

SuperPro IS01 - Ultra-fast In-System (ISP) Programmer

• Field proven industrial usage for volume in-system programming (ISP)
• Ability to program concurrently (reduces programming time)
• Fastest in-system programmer in the industry with a built-in ARM9 32Bit RISC MCU processor
• Programs devices with VCC as low as 1.2V

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

SuperPro XPS02 ISP production workstation

• Work with up to five sixteen-channel ISP programmers (SuperPro IS416)
• Support up to 80 PCBs programming in parallel
• Support ISP programming with multiple chips in one unit 
• Interface include USB 2.0 and LAN 

Sockets and connectors used to make Xeltek SuperPro adapters are sourced from world renowned manufacturers such as Yamaichi, Enplas, TI, Wells and Okins.

Designed to withstand various application demands, socket adapters are manufactured with strict quality assurance guidelines. Users are encouraged to use Xeltek adapters with SuperPro models to avoid project shutdown from third party adapter incompatibility.