Batronix BX848 Baplexo II Set

The Batronix BX448 and BX848 are extremely fast, reliable, convenient and easy to use universal gang programmers. They are based on the latest BX48 Batego technology and offer chip data transfer rates of up to 50 Mb/s per socket. Asynchronous and concurrent operation allows you to start programming immediately upon insertion of a chip.

The BX448 and BX848 are stand alone programmers. They include an embedded PC and a 19” TFT display. On the embedded PC, Windows 7 and Prog-Express are pre-installed and ready to use.

The 1 Gbit Ethernet interface allows easy updates of project and data files within a company network. The built-in 256 GB HDD allows the storage of many projects and data storage on the gang programmer.

The new Batronix Batego pin driver technology allows supporting future chips with an extremely low power supply according to JEDEC Norm JESD8-14A.01. Chips meeting this standard have to be powered with a supply voltage of 1.0 Volt with a maximum tolerance of 100 mV.

The chips are programmed at a high level of quality and reproducibility in the shortest time possible by using optimized algorithms and micro-controller managed programming times. All supported chips can be programmed directly in DIP/DIL packages and suitable adapters are available for specialized packages such as PLCC, SOP, TSOP and QFP.

Supported Devices	BX448 Baplexo I / BX848 Baplexo II
very old NMOS EPROM (VPP > 15 V)
NMOS EPROM (VPP <= 15 V)
EPROM (27, 27C, 87, ...)
EEPROM (28C, 28HC, ...)
NV-RAM, Timekeeper (48, DS12, ...)
FLASH (27E, 27SF, 28F, 28SF, 29C, 29F, ...)
LPC, FWH, Firmware Hubs (39, 49, ...)
Serial EEPROM (24, 25, 45, 93, 95, ...)
16 Bit EPROM, FLASH
PLD, SPLD, EPLD, GAL, PALCE
Microcontroller, MCU, PIC
NAND Flash
Chip updates on customer request	Free via software updates
Supported chip variants Last update (day.month.year)	42990 06.10.2016
Expected chip variants supported within the next 6-12 months	> 50000
Complete chip support list

Hardware

A new chip was introducted specifically for supporting the pin control functions. This new pindriver ASIC provides the performance and flexibility previously inconceivable.

The BX48, BX448 and BX848 are the only programmers in the world supporting extremely low power supply ICs according to JEDEC Norm JESD8-14A.01.

Chips meeting this standard have to be powered with a supply voltage of 1.0 V with a maximum tolerance of 100 mV.

Each of the 48 pins can be used independently and flexibly:

• Four supply and programming voltages from 0.9 V up with 10 mV resolution!
• Logic-Output
• Logic-Input
• High speed serial interface
• Analog Input (A/D measurements with 10 mV resolution!)
• Analog Output (D/A voltage output with 10 mV resolution!)
• Six switchable pullup+pulldown resistors on VPP, VCC and GND
• Adjustable clock frequencies up to 24.5 MHz
• Ground

Software

Batronix Prog-Express SoftwareThe operationg software, all updates and future versions are freeware and the current version can be downloaded from www.Batronix.com at any time and used without an activation key. This allows the Batronix programmers to remain current even after several years. Support for further chips is added quickly and free of charge based on customer requests, as long as these chips are supported by the hardware.

You can find the complete description at the Prog-Express page.

Video Presentation

We would like to show you how easy it is to use the Prog-Express software and the Batronix USB programming devices in a video presentation. Within 5 minutes, you will learn how to program a chip with the data from a file, copy an existing chip, read a chip and program 20 chips in volume production mode.

Quality "Made in Germany" with a 5 year warranty period!

We believe in the quality and advantages our products offer and invite you to buy our products risk free for 30 days today! You can test the product for 30 days and if you aren't 100% satisfied, you can send the device back and we will refund the product price!

All Batronix BX programming devices are covered by a 5 year warranty.