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Embedded Device

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MOQ : 1 Piece

Embedded Device Specification

IP Rating
IP20

Power Source
AC Adapter

Sensors Specification
Compatible with digital/analog sensor modules (not included)

Display Type
None (External Display Supported)

Operating Temperature
0C to 50C

Power Supply
External Adapter (Included)

Interface
USB 2.0, GPIO, JTAG

Input
Multiple digital/analog inputs via configurable I/O ports

Output
Programmable outputs supporting digital, analog, PWM, and custom logic signals

Components
Real-time controller, FPGA, Configurable I/O, Power Adapter, User Manual

Thermal Conductivity
Passive air-cooled

Response Time
<1 microsecond for I/O switching

Resolution
Dependent on programmed I/O

Processor Speed
Real-time controller up to 200 MHz

Charging Voltage
Not Applicable (direct powered)

Usage
Educational, Learning, Research and Development

Features
Reconfigurable I/O, Educational Focus, Real-Time Controller, High-performance FPGA, Modular Expansion Slots

Product Type
Embedded Development Platform

Application
Embedded Systems Design, FPGA Prototyping, Robotics, IoT Experiments, Student Projects

Rated Voltage
5 V DC

Supply Voltage
5 V DC

Size
Compact Desktop Form

Dimension (L*W*H)
220 x 150 x 35 mm

Function
Student Design Embedded Platform with reconfigurable Input Output architecture Featuring a real time controller and FPGA chip 28,000 programmable logic cells.

Color
Black and Silver

Weight
Approx 250 grams

Warranty
1 Year

Thickness
Circa 35 mm

Capacity
28,000 programmable logic cells FPGA

Current Rating
500 mA

Frequency
Supports up to 100 MHz clock input

System Indicators
Power and status LEDs

Clock Management
Onboard programmable oscillators

Operating System Compatibility
Windows, Linux

Memory Type
On-board SRAM and Flash for configuration

Expansion Capabilities
Header pins for shield/board add-ons

Protection Features
Short-circuit and over-current protection

Supported Languages
VHDL, Verilog, C/C++ for embedded firmware

Programming Interface
USB/JTAG onboard programmers

FPGA Family
Xilinx Spartan-6 (or equivalent)

Embedded Device Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash Advance (CA), Cheque, Telegraphic Transfer (T/T), Letter of Credit (L/C), Cash in Advance (CID)

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
carton box, export quality also available

Main Export Market(s)
Asia, Eastern Europe, Western Europe, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001 ,CE

About Embedded Device

EMBEDDED DEVICE

Student Design Embedded Platform with reconfigurable Input Output architecture
Featuring a real time controller and FPGA chip 28,000 programmable logic cells.
Alongside several analog and digital input output terminals
10 analog inputs
6 analog outputs
Audio I/O channels
Up to 40 lines of digital input/output (MO)
It includes Wi-Fi
A three-axis accelerometer
Several programmable light emitting diodes (LED)
All required tools for operation included
Pc and Software and software update and License for operation included.
Installation and Commissioning and training included

Flexible Reconfigurable Design

Leverage the power of a real-time controller alongside a Spartan-6 FPGA with 28,000 logic cells for custom logic circuit development. The devices flexible I/O ports, supporting both digital and analog inputs, along with programmable outputs, make it adaptable to a diverse range of embedded system designs.

Advanced Expansion and Connectivity

The board features modular header pins designed for shield or board add-ons, allowing easy hardware expansion. Connectivity via USB 2.0 and JTAG onboard programmers streamlines development workflows, while external display compatibility and sensor support maximize versatility for numerous applications.

Built for Education and Innovation

Engineered as a student design platform, this device simplifies complex prototyping and accelerates learning. Outfitted with on-board SRAM and Flash memory, robust protection features, and detailed user documentation, its a reliable tool for instruction, innovation, and rapid research project iteration.

FAQs of Embedded Device:

Q: How do I program the FPGA and real-time controller on the device?

A: Programming is accomplished through the onboard USB 2.0 or JTAG interfaces. You can use standard development tools and workflows for VHDL or Verilog (FPGA) and C/C++ (embedded firmware) on Windows or Linux systems. The included user manual provides detailed setup and programming instructions.

Q: What are the primary benefits of using this embedded platform for educational purposes?

A: This device offers a hands-on approach to learning embedded systems and FPGA design, combining a high-performance Spartan-6 FPGA with a real-time controller and reconfigurable I/O. It supports project-based learning, rapid prototyping, and experimentation, making complex concepts tangible for students and researchers.

Q: When is it suitable to use this platform compared to other FPGA boards?

A: This device is particularly suited to environments where modular expansion, real-time control, and broad language support are valuableideal for university labs, R&D environments, and student projects where versatility, protection features, and user-friendly programming interfaces are priorities.

Q: Where can I connect additional hardware or sensor modules to the board?

A: Expansion and sensor modules connect via the boards multifaceted header pins and configurable I/O ports. The device supports both digital and analog sensors (not included), facilitating seamless integration for a variety of custom and experimental hardware setups.

Q: What is the process for updating or reconfiguring the programmed logic?

A: To update the FPGA logic or firmware, connect the board to your development computer via USB or JTAG. Load your compiled code using your development environment. The onboard Flash and SRAM support quick reconfiguration, allowing for iterative design and rapid testing cycles.

Q: How does the system handle power and ensure safe operation?

A: Powered by an included 5V DC adapter, the board features robust short-circuit and over-current protection. Power and status LEDs offer clear system indication, while passive air cooling maintains proper thermal management throughout operation.

Q: What are the practical usage scenarios for this device?

A: This platform excels in educational labs for embedded systems, FPGA prototyping, robotics, IoT experimentation, and student design competitions. Its modularity and reconfigurability make it effective for a broad range of practical and research applications in academia and industry.

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