KA.Barcode for RDLC is a RDLC development tool that easily adds GS1-128 barcode into RDLC Reports as graphics objects. No other barcode fonts or any third party tool is needed for EAN-128 barcode creation in RDLC Reports.
GS1-128 is a standard application barcode built based on Code 128 which is one of the most popular alphanumeric barcode symbology. GS1-128 is used in GS1 applications globally. The GS1 Application Identifiers are encoded with GS1-128.
RDLC EAN-128 Barcode Control Trial can be used by developers permanently for demo or testing purposes only because a "KA Barcode" watermark may appear on EAN-128 barcode image generated with this trial version.
What makes Code 128 different from GS1-128?
GS1-128 is a Code 128-based format required by the GS1 System. The difference is that Code 128 is the general barcode technology,
while GS1-128 is a specific implementation of it. GS1-128 uses a subset of the encoding characters available in Code 128.
What makes GS1-128 different from GTIN-14?
Both barcodes carry GS1 business information. GS1-128 can carry rich, detailed business data,
while a GTIN-14 barcode is limited to a single piece of information: the 14-digit GTIN.
What is GS1-128 used to encode?
The GS1-128 format encodes logistical data, supports up to 48 data characters. It encodes logistical data including batch/lot numbers,
product serial numbers, production dates, expiry dates, weights and prices.
What are the minimum and maximum dimensions of GS1-128?
The narrowest bar in a GS1-128 barcode, known as the X-dimension, determines its size.
The allowable X-dimension is between a minimum of 0.495 mm and a maximum of 1.016 mm.
What is the GS1-128 barcode's function code?
GS1-128 only works with Function Code 1 (FNC1), the FNC1 character serves as the primary function code and is positioned directly after the start character.
Encode FNC1 immediately following the GS1 start character.