XJTAG FLS-0010 | XJFlash, Module for In-System Programming of Flash Memory

Name: FLS-0010 | XJFlash, Module for In-System Programming of Flash Memory
Brand: XJTAG
SKU: FLS-0010
Availability: InStock

Manufacturer number: FLS-0010

New

Delivery time upon request

On Request

or choose one of the following options:

Request a quote Product inquiries Request education-price

XJTAG FLS-0010 | XJFlash, module for in-system programming of flash memory.

Technical Data

Weight (kg):	0

Description

FLS-0010 | XJFlash, Module for In-System Programming of Flash Memory

The XJFlash FLS-0010 module from XJTAG is an FPGA-based solution for extremely fast in-system programming of flash memory via JTAG. It utilizes the FPGA on the target board to achieve programming speeds that can be up to 50 times faster than conventional boundary-scan methods.

Typical applications include programming SPI, QSPI, and parallel NOR flash devices, particularly configuration memories for FPGAs and FPGA-based SoCs. XJFlash can be integrated into XJTAG test projects and run using XJRunner.

Product Features:

Product Code: FLS-0010
Technology: FPGA-based flash programming via JTAG
Supported Flash Types: SPI, QSPI, and parallel NOR flash devices
SPI Modes: Single-bit, Dual, Quad, QSPI, and Octal
Supported FPGA Manufacturers: Altera/Intel, AMD/Xilinx, Microchip/Microsemi, and Lattice
Programming functions: Initialize, erase, program, and verify
Integration: Integration into XJTAG test systems via XJDeveloper; Execution with XJRunner
Typical performance: Programming and verification of 256 Mbit SPI NOR Flash in approximately 42 to 46 seconds, depending on TCK speed and memory type
Licensing: XJFlash license required for project creation; execution via XJRunner possible without a specific XJFlash license
Additional Support: NAND flash support available upon request

About the Manufacturer

XJTAG

XJTAG is a global leader in JTAG boundary scan hardware and software tools for debugging, testing, and programming electronic assemblies. The solutions are used in aerospace, automotive, defense, medical technology, manufacturing, network technology, and telecommunications, among other sectors, and support more efficient development, test, and production processes.