137-page professionally written lab manual by
university professor, Enoch Hwang, PhD with
11 hands-on labs correlated to any textbook
for microprocessor design training.
iPad version of manual available on iTunes
Works with any Windows XP or higher system
(32-bit only)
Sturdy blow molded carrying case makes the
entire lab lightweight and portable.
16 LED’s
3, 7-segment displays
16 slide switches and 3 push-button switches
Expandable breadboard allows the system to
grow as students' knowledge increases.
4 each, regulated 5V power (Vcc) and ground
(GND) points
8 input/output connection sockets
2-year warranty on all parts and workmanship
DL-030 Microprocessor Design Trainer
Features:
Innovative Training Solutions globalspecialties.com
Embedded Systems Design Series
Digital Logic Trainers
With the DL-030
Embedded Systems
Design Trainer you
will:
Learn general FPGA
design, prototyping and
testing
Have a fully functioning
microprocessor or
microcontroller in minutes
Third in its series of embedded systems
design trainers, Global Specialties’ DL-
030 teaches students the advanced
concepts of embedded systems control
via designing and implementing
microprocessors/microcontrollers on an
FPGA.
The Embedded Systems Design Trainer
is specifically engineered with
classroom/lab learning in mind. Written
by an instructor, the Student Trainer Lab
Manual serves as a supplementary
textbook covering essential
microprocessor design topics such as
data path and control unit design. With
11 hands-on labs, students will gain a
solid understanding of advanced
embedded systems design in an FPGA
environment.
Global Specialties has created the
perfect classroom tool by putting
together everything you need to
implement custom designed
microprocessor circuits in one complete
and easy-to-use trainer. Using system-
on-a-programmable-chip (SOPC)
framework, every aspect of the DL-030 is
designed for students to get right to the
business of learning embedded systems
control designs.
Utilizing the DL-030 and Altera Quartus®
II software, one can carry out general
FPGA design, prototyping and testing, or
you can continue with the Nios® II
embedded design suite to successfully
implement a fully functioning
microprocessor or microcontroller in
minutes.
Model DL-030
FPGA
Altera Cyclone®III
EP3C16F256C8N 16k LE
Microprocessor
Altera Nios® II embedded
processor
Logic Indicators
16 independent LED’s
Seven-Segment Displays
Three sets of independent 7-
segment displays
Slide Switch
16, debounced
Push Button Switch
3, debounced
Clock
16 MHz
I/0
8-pin general purpose
Bread Board
27 tie point
Tie Points
4-input 5Vcc
4-input GND
Machined Pin Connecting
Wires
100 pcs
USB Interface
USB extension cable
Physical Dimensions
(H x W x D)
3.5 x 13.5 x 8.5”
(8.9 x 34.3 x 21.6 mm)
Weight
3.4 lbs (1.54 kg)
Training Manual with
Hands-On Exercises
137 page manual
11 hands-on labs
System Requirements
Windows XP or higher (32-bit only)
256 MB Ram
800 MHz CPU
Approximately 5 GB free hard-disk
space
Internet Access
Software CD
Quartus® II Design Software
ModelSim®-Altera VHDL and
Verilog HDL Simulation Tool
SOPC Builder®
MegaCore® IP Library
Nios® II Embedded Design Suite
DSP Builder
Analog &
Digital
Design
Workstation
Innovative Training Solutions globalspecialties.com
©2012 Global Specialties 22820 Savi Ranch Parkway Yorba Linda, CA 92887 1-800-572-1028
Embedded Systems Design Series
Digital Logic Trainers
Specifications
Training Manual
Chapter 1
: Microprocesor Design Trainer
Microprocessor Design Trainer
Hardware
System Requirements
Quartus II Development Software
Installation
Driver Installation
Testing the Microprocessor Design
Trainer Board
Chapter 2
: Microprocessor Circuits
Datapath
Control Unit
Chapter 3
: Datapath Design
Register Transfer Level
Problem Specification
Selecting Registers
Selecting Functional Units
Data Transfer Methods
Generating Status Signals
Control Words
Examples of Datapath Design
Chapter 4
: Control Unit Design
The State Diagram
Examples of Control Unit Design
Chapter 5
: Microprocessor Design
Examples of Microprocessor Design
Chapter 6
: Labs
Quartus II Development Software
Implementing a Circuit in Hardware
Counting from 1 to 10
Coutdown from Input n
Count and Sum
Greatest Common Divisor
Summing Input Numbers
Finding the Largest Number
Hi-Lo Number Guessing Game
The EC-1 General Purpose
Microprocessor
The EC-2 General Purpose
Microprocessor
Appendix A: FPGA Pin Mapping
Microprocessor
DesignTrainer
DL-030
