SUPERPRO IS03 advanced in-system programmer ISP 

Features:

• Until now, Support 18 IC manufacturer, 2328 pcs devices and keeps growing.

• High-speed ISP production programmer with industrial grade quality. The ultimate choice for programming capability integration of ICT, FCT, ATE and test fixture.

• Supports almost all serial chips which includes, but not limited to  SPI, I2C, JTAG, BDM, UART,  MON, SCI, SWD, SBW, C2D, ICC, SWIM, SDQ, DBG, ICE, CSI, LIN. Supported manufacturers include, but not limited to ABOV, Ali, Altera, Atmel, Catalyst, Cypress, Freescale, Fujitsu, GD, Haier, Hitachi, Hynix, Infineon, IR, ISSI, Lattice, Macronix, Maxim, Microchip, Micron, NEC, Numonyx, NXP, ON, Panasonic, Renesas, Rohm, Samsung, Sanyo, Silicon Labs, Spansion, SST, ST, Teridian, TI, Toshiba, Winbond, Xilinx, Zilog.  

• Programs up to 16 serial chips or 4 parallel NAND, NOR, eMMC chips simultaneously.

• Supports ISP programming of multiple chips of different types in one PCB board serially.

• System control port available for control of signal isolation, Relay barrier, target power and  fixture close sensing, LED expansion etc.

• High and adjustable programming speed for varied target board requirements.


Three operation modes:


1) Online mode. Connected to local PC by USB2.0 (high speed)
2) Stand-alone mode. Using the stand-alone keyboard, LCD display, and mobile memory (standard SD cards), SuperPro IS03 can run independently off-line for flexible production and field setup. Project file size is only limited by the SD card memory size.
3) Network mode. Connected to local network, control locally or remotely.

• Advanced pin-driver technology supplies cleaner signals, wider voltage range and accurate / higher clock frequency. Precise frequency synthesizer and voltage generator ensure higher speed and qualified product ratio.

• Chip safety security mechanism: the built-in precise voltage self-calibration circuit ensures the voltage is within the preset range at any time. The self-diagnosis function continuously detects hardware fault to ensure the machine run normally.

• Over-current, over-voltage and ESD protection avoids damaging the programmers

• Powerful DLL, API, Command-Line Commands support Visual C, Visual Basic and Labview. SuperPro IS03 is easily integrated with ICT, FCT, ATE or testing fixture systems.

• Powerful software system with user-friendly interface: simplifies operation, improves efficiency and reduces mistakes.

1)Project. Simplifies processes such as device selection, file loading, device configuration setting, program option, and batch file setting into one step.
2)Project Group. Organizes batch running of multiple projects .
3)Super Project Group. Complicated PCBA or multiple combined PCBAs may need multiple programmers to work properly. The Super Scale Project Group is responsible for the work flow across multiple programmers.
4)Customer specific operation interface is available.
5)Auto Commands. Permit users to create a one-step command to execute common commands such as erase, blank check, program and verify.
6)Production Mode. Initiated by an external start signal, generally the signal of fixture close. Once the signal is detected, the system runs automatically.
7)Dynamic Buffer. Every chip may have different data to be written, and software can adjust by Xeltek per user's request (i.e. standard and customized series number generator – for MAC address).
8)Log files and production statistics function facilitates
9)quality-tracking.
10)Copyright Protection with SD encryption, project file encryption and access control, volume control and remote control.
11)Expansion. Users can control up to 12 machines with one GUI with a USB HUB or LAN SWITCH.
12)Support JAM/STAPL Player and Direct C
13)Support and recognize almost all known file formats automatically
14)Barcode management. Fulfill all setup tasks by scanning barcode on the job sheet.
15)Customized special functions and algorithm software available
16)Compatible with WINDOWS 8/7/VISTA/XP 32bit/64bit


ISP Advantages Over Off-line Programming

 

• High production rate due to parallel programming of multi-board panels. 

• Automated programming easily implemented with help of fixtures. 

• No risk of data loss in the SMT process due to heat-shock.

• Shorten lead time and reduce inventory expense. Programs codes just in-time in-system with boards after SMT .

• No replacement of pre-programmed device on board is needed when firmware or software update is required.