VI. Applications........................................................................................... 16
VII. K110 External Control Signals ................................................................ 19
VIII. Revision History ..................................................................................... 20
Important notice:
This document is provided as a guideline and must not be disclosed without consent of
DediProg. However, no responsibility is assumed for errors that might appear.
DediProg reserves the right to make any changes to the product and/or the specification at
any time without notice. No part of this document may be copied or reproduced in any
form or by any means without prior written consent of DediProg.
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K110 Engineering ICP Programmer User Manual
USB
ICP
I. Introduction
This manual describes the hardware specifications and applications of the K110 Programmer,
and a quick guide for software installation.
K110 supports online programming, and offline programming through the socket adaptor.
Online programming is for programming the IC that is already soldered on the circuit board,
you can use the corresponding ISP adaptor and ISP cable to update the IC through the
programmer. Please contact with Dediprog for more information about the socket adaptor.
K110 can be used for development and production. It provides USB control, standalone/offline programming, and ATE integration for programming control in production.
There are Dediware manual and K100 application note on Dediprog official website.
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K110 Engineering ICP Programmer User Manual
K110
StarProg-ATE
Supported IC Kinds
EEPROM/SPI
NOR/SPI NAND
FLASH
EEPROM/SPI
NOR/SPI
NAND/MCU/CPLD
Mini USB Port
√
√
Socket Sites
√
X
ISP/ICP Port
√(Use with specific
adaptor)
√
ATE Port
X (note1)
√
Power
Cables/Pass/Busy/Error
LED Light
√
√
Start button
√
√
Off-line/Standalone
Programming
√
√
Multiple Programmers
(Note 2)
√
√
Programmer
Models
Function
II. Product Information
Note1. The specific adaptor provides Start, Busy, Pass, and Fail signal.
Note2. 1PC can drive multiple programmers that have the same model.
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K110 Engineering ICP Programmer User Manual
CPU:
P4 or above
OS:
Windows 7 / 8 / 8.1 / 10
USB Port:
USB 2.0
Free Disk Space:
At least 1GB
CD ROM:
It is necessary for installing the software
A. Start Button
B. Operation Lights
C. Power Signal Light
D. Programming Adaptor
III. System Requirement
*When programming large volume ICs (ex. NAND), please reserve enough space for buffering.
IV. Product Descriptions
4.1 Exterior
A. Start Button
Manually trigger to start in the production mode.
B. Operation Lights
Red LED (Error): Programming has failed.
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K110 Engineering ICP Programmer User Manual
E.
F.
Yellow LED (Busy): The programmer is operating.
Green (Pass): The programming has completed successfully.
C. Power Signal Light
The light indicates the programmer is powered on.
D. Programming adaptor
It is inserting socket adaptor or specific ISP adaptor to provide the controls of IC Programming
and the ATE equipment integration.
Power Connector
Mini USB Connector
E. Power Connector
The power inputs for off-line/standalone mode. (Please use the power adaptor that DediProg
provided, 5V/1A)
F. Mini USB Connector
Mini USB connector is for connecting the computer and the programmer when using
Dediware. (Mini-B, Speed is above 15MB/s); when you are not using the power adaptor, then
the USB is also able to provide electricity.
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K110 Engineering ICP Programmer User Manual
4.2 K110 Hardware Specifications
Programming Power Output
VCC: 1.2~3.6V/200mA .
Programming Signal Specifications x8.
Supported Voltage: 1.2V~3.6V
Dual direction
Support various programming protocol
Provides ESD proection
Embedded Memory: Use 2Gbit Flash (For Standalone).
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K110 Engineering ICP Programmer User Manual
4.3 Related Accessories
4.3.1 Socket Adaptor
K110 supports the IC socket adaptors that are designed by Dediprog, which includes SPI NOR
Flash, SPI NAND Flash, and EEPROM. For more information, please contact with Dediprog.
4.3.2 Dedicated ICP Socket Adaptor
Dediprog provides corresponding ISP adaptor for different IC kinds. The SPI/IIC ISP adaptor
supports SPI NOR Flash, SPI NAND Flash, SPI EEPROM, and I²C EEPROM Programming.
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K110 Engineering ICP Programmer User Manual
V. Dediware Quick Installation Guide
The software is provided with the purchase of K110 programmer.
5.1 Software Installation
1. Execute Dediware
2. Follow the instruction to complete the installation, and then a Dediprog icon will
appear on the desktop.
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K110 Engineering ICP Programmer User Manual
5.2 Install K110
1. Connect K110 to a computer (Make sure the computer recognizes the programmer).
2. Install the socket adaptor. If you are using the dedicated ICP adaptor, then please use
programming cable to connect to the circuit board.
3. Start programming after the software is open.
5.3 Dediware Setting
1. Double-Click the icon to run the software.
2. Software interface (Make sure the programmer has been detected by the Dediware,
please see the below image for reference)
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K110 Engineering ICP Programmer User Manual
3. Select the IC brand and the part number
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K110 Engineering ICP Programmer User Manual
4. Load the programming file.
5. Single Programming Operation
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K110 Engineering ICP Programmer User Manual
6. Batch Setup
Step1. Set up the Batch Setting in Config
Step2. Click Auto batch to start programming
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K110 Engineering ICP Programmer User Manual
7. Save and Load the Project File.
SavePrj will save the entire select, load, and config settings into a project file (*.dprj). On
the other hand, the Load Prj can import the previous project files.
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K110 Engineering ICP Programmer User Manual
8. Production Mode Steps
Step 1. Choose a project (SelectPrj)
Step 2. Run the Project (RunPrj)
Step 3. Click the start button when it is available (as shown), and then click StopPrj to
stop.
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K110 Engineering ICP Programmer User Manual
9. Standalone/Offline programming Setting. Only need to save the project file into the
programmer’s embedded memory card through Down Prj, and then the programmer
only needs to be connected to the external power in order to start programming. (Please
refer to Method C and D in VI. Application)
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K110 Engineering ICP Programmer User Manual
ICP
USB
USB
ICP
VI. Applications
In the engineering mode, once the K110 has been tested and created a project file (*.dprj),
there are several methods to conduct production.
Method A. Through Dediware
Operate and monitor all the production processes through Dediware. All the procedures will
be recorded in the log and it can program serial numbers and the unique key’s related serial
numbers as well.
Step1: Test and save the project (*dprj) under Dediware engineering mode. Make sure to
select “Start from handler” for start mode in the Config window.
Step2: Load the project file under production mode, and then start programming.
Method B: Through CLI
CLI can integrate with the production software. Importing project files to start according to
your production demands. However, the log and the serial number programming are not
available under this circumstance.
Step 1: Test and save the project (*dprj) under Dediware engineering mode. Make sure you
select “Start from handler” for start mode in the Config window.
Step 2: Connect the CLI (Command line) with your production software and import project file
to proceed. Please use the CLI that is provided by DediProg.
Method C. Standalone Programming (Use start button)
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K110 Engineering ICP Programmer User Manual
ICP
Standalone does not require a computer for programming. Just insert a SD card with project
files, connects a power cable to K110 and press the start button to begin.
Step 1: Test and save the project (*dprj) under Dediware engineering mode. Make sure to
select “Start from handler” for start mode in the Config window. And use DownPrj to load the
project file to the embedded memory.
Step2: Connect the external power to K110 (Not connected to USB), only need to press the
Start key on the programmer to execute programming.
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K110 Engineering ICP Programmer User Manual
USB
ICP&ATE
Method D. ATE Integration (Through Start/Busy/Pass/Fail Control Signal)
Use the specific socket adaptor to integrate K110 with the ATE equipment. Able to control the
programming functions through the Start, Busy, pass, and fail external signals after loading
the project file into the embedded memory.
Step 1: Test it under Dediware engineering mode, and then save the project file as *.dprj. Use
start mode to set-up the handler. And use DownPrj to load the project file to the embedded
memory.
Step2: Connect the external power to K110 (Not connected to USB), only need to press the
Start key on the programmer to execute programming.
※ Detail information, please refer to chapter VII.
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K110 Engineering ICP Programmer User Manual
Programmer
Control Signal
Pin 2
Pin 4
Pin 3
Pin 5
Pin 9
Pin 7
Programming
Signal
+3.3VD
D
GND
Busy Signal
Pass Signal
Fail
Signal
Start
Signal
VII. K110 External Control Signals
The dedicated ICP socket adaptor has a reserved set of connector for control signals to allow
the external equipment to control; the pin define as below.
The corresponding pins are listed as the below chart:
When you need to integrate the K110 with the ATE equipment, here are some suggestions:
i. Use Standalone method after load in the project file (*.dprj).
ii. The control signal Methods of the programmer are as the following:
GND => Ground with the ATE equipment
VCC => Programmer fixed output 3.3V
Start => Send a 100ms high electrical potential start
Pass, Busy, Fail => Normally, it will stay at low electrical potential; it will turn to high
electrical potential when it is in action.
After loading the project file into the programmer’s embedded memory, and the hardware
cables are all connected, then you can proceed to the below steps.
Step 1. Connect the electricity to the programmer
Step 2. Start initializing after the Busy light blinks for three times.
Step 3. Send a 100ms “Hi” signal to Start
Step 4. Meanwhile, the programmer will begin to program (Busy light will be on).
Step 5. After programming, whether it has passed or failed, the related signal will be Hi, and
the signal lights will be on according to the result.
Information furnished is believed to be accurate and reliable. However, DediProg assumes no
responsibility for the consequences of use of such information or for any infringement of
patents or other rights of third parties which may result from its use. Specifications mentioned
in this publication are subject to change without notice.
This publication supersedes and replaces all information previously supplied.
All rights reserved
Printed in Taiwan.
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