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CPLD/FPGA DIGITAL CIRCUITS DEVELOPMENT SYSTEM, TYPE: CIC-310

 

 

EXPLANATION OF SYSTEM ARCHITECTURE

  • CPLD (8 K/10 K) download board (84 pin), I/O port above 100 points.
  • The I/O experiments board.
  • MAX+PLUS® II V10.1 development software. (student version)
  • Download program for management and on-line (ISP) burning software.
  • Operational manual for development
Részletek
DSP DEVELOPMENT AND EXPERIMENT SYSTEM, TYPE: CIC-500

 

 

 

CIC-500 is a DSP development system designed for learning DSP hardware implementations. The system combines both DSP chip for signal processing and FPGA chip for I/O control. With various built-in I/Os and several implementation examples, ranging from basic DSP theory to advanced DSP applications, users are able to learn DSP implementations efficiently.

Részletek
MULTI-FUNCTION FPGA TRAINING SYSTEM, TYPE: CIC-560

 

 

 

CIC-560 is equipped with ADC / DAC analogue module, keyboard, LCDM display, PS2, VGA, UART, SCI interface, LED and 8-digit 7-segment LED display, DC motor, step motor driver circuits, and available for complex signal processor and digitalized control.

Suitable for the curriculum training in electronics, electrical engineering, information, communication and automation field.

Ideal for professional IC designers, R&D engineers, undergraduate and graduate students to learn IC design and software development.

Develop and verify basic and advanced digital circuit, digital signal processor and CPU / MCU with large-element and multi-pin CPLD/FPGA chip

Részletek
ARM9 START KIT, TYPE: CIC-900

 

 

 

Research agency "In-Stat" predicts robust market growth for System-on-Chips (SoCs), estimating that volumes will increase an average of 31% a year and will reach 1.3 billion units in 2004. Today SoCs are widely used in the computer, communications and consumer electronics appliances - mobile phones, PDAs, laptops, DTVs, and other devices. This is the beginning of the SoC era.
The CIC-900 ARM9 Start Kit is equipped with Samsung's S3C2500 16/32-bit RISC microcontroller which is based on an ARM9 CPU core and is a cost effective, high-performance microcontroller solution for Ethernet-based systems, for example, SOHO router, internet gateway, WLAN AP, etc..
The CIC-900 ARM9 Start Kit is designed for the beginner who is intended to study the architecture and operation of the System-on-Chip devices, and to design the applications using this new and exciting technology. It can also be used as a lab course for undergraduate and master students of computer science, computer engineering and electrical engineering

Részletek
PSoC TRAINING LAB, TYPE: CIC-910A

 

 

Simple, Easy, Fast, and Fun
PSoC (Programmable System on a Chip) is one of the most innovative technologies nowadays. Instead of selecting a traditional MCU with fixed peripherals, or designing a circuit with discrete analogue and digital components, the designer can select a single off-the-shelf PSoC on a complete project for mixed-signal applications. Additionally, the unique ability to generate the exact peripheral components and the features of programmable interconnect and reuse of on-chip resources not only lowers the cost of materials, but also reduces the design cycle and the inventory risky.
K&H realized the highly demand of the PSoC training facility in the educational market and designed CIC-910A PSoC Training Lab to meet this need. The introduced CIC- 910A Training Course focuses on digital /analogue system integration specification in order to bridge the gap between these design worlds and to provide a step in educating system architects for realizing mixed-signal SoCs. The training lab helps users to understand PSoC operating theory and PSoC application design flow. With various I/O peripherals and versatile experiments, users are able to learn PSoC programming and hardware implementation in a very efficient way.

Részletek
FPGA PROTOTYPING BOARD, TYPE: CI-33001C

 

 

 

PROTOTYPING BOARD

  1. Adopt Atmel ATF1508-15 FPGA chip (compatible with Altera MAX 7128), containing 128 Microcells (over 2500 usable gates) and able to re-program over 10k times 
  2. Using Altera MAX+PLUSR®II for chip development. Users can use graphic or text editor (HDL syntax) to design, simulate and implement digital circuit easily
  3. The program is downloaded from PC to FPGA chip via series port with JTAG technology
  4. Providing some simple I/Os for design efficiency
  5. Reserving large hardware design area best for circuit prototyping and student project implementation
  6. Best solution for the shortage of budget

 

Katalógus letöltés (pdf)

 
EXPERIMENT BOARD, TYPE: CI-33004

 

 

EXPERIMENT BOARD

  1. Adopt Atmel ATF1504-15 FPGA chip (compatible with Altera MAX 7064), containing 64 Microcells (over 1000 usable gates) and able to re-program about 10k times 
  2. Using Altera MAX+PLUSRII for chip development. Users can use graphic or text editor (HDL syntax) to design, simulate and implement digital circuit easily
  3. The program is downloaded from PC to FPGA chip via series port with JTAG technology
  4. Providing some simple I/Os for design efficiency
  5. Suitable for new FPGA designers
  6. Best solution for the shortage of budget

 

Katalógus letöltés (pdf)