XELTEK SP6100 USB Interfaced Ultra-Fast 144-pin Stand-Alone Universal PROGRAMMER, US $1,615.50 – Picture 0

XELTEK SP6100 USB Interfaced Ultra-Fast 144-pin Stand-Alone Universal PROGRAMMER, US $1,615.50 – Picture 1

Xeltek Sp6100 Usb Interfaced Ultra-fast 144-pin Stand-alone Universal Programmer

US $1,615.50

Boca Raton, Florida, United States
Feb 16th

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AUTHORIZED DISTRIBUTOR SuperPro 6100 USB Interfaced Ultra-Fast 144-pin Stand-Alone Universal Programmer Highlights CE and RoHS92,000+ devices supported from 332 IC Manufacturers ARM9 32 Bit MCU + Linux for algorithm processing Supports NAND / eMMC devices up to 256 GB Stand-alone (no PC required) and PC hosted mode Built-in 144 universal pin-driver NAND Flash Data Recovery / Duplication on SuperPro 6100 Many applications such as data recovery and repair involve reading or duplicating a Master NAND chip to a blank device. The most recommended and preferred programmer for such applications is SuperPro 6100, an ultra-fast 144pin Universal Programmer supporting 92,000+ devices. SuperPro 6100 can program high density NAND and eMMC devices up to 256 GBytes. Duplicating a NAND chip is different than copying any other EEPROM or flash chips because bad blocks exist in NAND flash chips. In order to understand basic NAND flash programming and related terminology, please refer to our NAND flash programming article. Steps for duplicating a NAND chip from the master chip: 1) Reading original device: If the NAND flash has been programmed by a third party programmer, the chip can be read directly without checking for good or bad block. Good or bad block could be checked with “Write over bad blocks/hard copy” in the SuperPro 6100 software Device Configuration setting. This method is used to read all the data from a NAND device to the buffer without considering bad block handling schemes. A master file can be saved in binary format by clicking File a Save for future use. 2) Bad block checking: The success of programming operations can be hindered by bad block(s) occurrence in target devices. Therefore, the target device (blank chip) must be free of bad blocks. Users can also check the number of bad blocks in the device by enabling boot check assert in the config word field. For doing this, fill Boot Start Block with “0000”, and Size of Boot blocks with total blocks (800). Click Boot Block Check in the software panel and the number of bad blocks will show. 3) Program and Verify: As the NAND flash has been programmed by a third party programmer, chip-copy operation should be done by hard copy . Make sure that hard copy is selected in config word and run “Program”. After programming passes. Run “Verify” to ensure successful programming. Please note that this method is not recommended for mass production because many target chips will have bad blocks. For more details, please contact techsupport 800-379-6664 ASK FOR GRAYSON

Condition:	New: A brand-new, unused, unopened, undamaged item in its original packaging (where packaging is applicable). Packaging should be the same as what is found in a retail store, unless the item is handmade or was packaged by the manufacturer in non-retail packaging, such as an unprinted box or plastic bag. See the seller's listing for full details. ...	Brand	XELTEK
Country/Region of Manufacture	Taiwan
MPN	SP6100