Author : Bala Vignesh Ravi

AICTE Launches MODROB 2025–26 Special Drive: Opportunity for Govt & Rural Institutions

By Bala Vignesh RaviPosted on June 7, 2025Posted in Events

🌟 AICTE Launches MODROB 2025–26 Special Drive: Opportunity for Govt & Rural Institutions Empowering Academia with Hands-on AI and FPGA Technologies 24.05.2025 | friday Greetings Faculty Members, We are excited to inform you about the relaunch of AICTE’s Modernization and Removal of Obsolescence (MODROB) Scheme for the academic year 2025–26. This scheme is now revamped with an AI-integrated focus and enhanced funding support—offering an excellent opportunity for government, rural, and aspirational district institutions to upgrade their laboratories. 🎯 Key Objectives Modernize outdated lab/workshop/computing equipment. Integrate AI-enabled toolsaligned with industry demands. Develop interdisciplinary labsaccessible to all departments. Create shared R&D facilitiessupporting innovation, faculty development, and community outreach. 🏛️ Eligible Institutions Government & Govt.-aided institutions(10+ years of existence). Institutions from Aspirational Districts: only 5 years of existence required. Institutions in Tier-II/Tier-III cities, rural areas, Jammu & Kashmir, and North-East India. Preference to those who have not received MODROB funding in the past 10 years. 🔁 Chairman AICTE has also hinted at relaxing the 10-year criterion for deserving institutions in aspirational and rural regions. 💰 Funding Details Maximum grant: ₹30 lakhs per proposal (up from ₹20 lakhs). Disbursement: Institutions: 100% upfront. Private: 80% advance, 20% on UC submission. Component Split: 85% Non-recurring, 15% Recurring. 🕑 Project Duration 2 yearsfrom the date of fund receipt. Project must begin within 6 monthsof receiving funds. 📝 Proposal Guidelines Up to 3 proposals per institution, but only 1 per department. Must align with AICTE’s Model Curriculumand support AI-based learning. Create centralized labsserving multiple departments. Open the facility to nearby colleges and schoolsas per NEP2020 guidelines. 💡 Highlights from the Launch The scheme is no longer just about replacing old lab equipment—it now focuses on creating AI-integrated, cross-departmental innovation hubs. Preference is given to institutions working in remote, rural, and under-resourced areas. Facilities will be open to external users, including schools and neighboring colleges. 🚀 Application Process The AICTE portal is now openfor proposal submissions. Institutions can use their existing approval login credentials. User manuals and scheme guidelinesare available on the portal for assistance. 📌 Take Action Now! We urge all eligible departments and faculty to: Identify a high-impact lab or facility in need of modernization. Design an AI-integrated proposal aligned with interdisciplinary learning. Submit your application on the AICTE portal at the earliest. For more details, visit: https://forms.gle/LcicNMcYjxJJe9YN9 Let’s leverage this opportunity to build state-of-the-art learning environments and prepare our students for the future of engineering and technology. Email: sales@pantechmail.com Website: pantechelearning.com Facebook-f Youtube Twitter Instagram Tumblr Let’s innovate together—and prepare the next generation of tech leaders. Mon-fri 09:00 AM – 07:00 PM Sunday Closed VLSI Design Techniques ₹2499 including GST Lesson Duration 13 hours Buy Course Buy Course All Projects Product MAX10 FLK DEV Board Product Arduino IoT Starter Kit Product dSPIC Development board Product MSP430 Development Board Product 8051 Advanced development board Product 8051 Development Board Product ARM7 Advanced development Board Product TMS320F2812 DSP starter kit Product TMS320F28335 DSP Development board Product More Projects End of Content.

VIT Staff’s Industrial Visit: Advancing Knowledge in FPGA Development, E-Mobility & Autonomous Systems

By Bala Vignesh RaviPosted on May 26, 2025Posted in Uncategorized

VIT Staff's Industrial Visit at Pantech Solutions India Pvt. Ltd. Empowering Academia with Hands-on AI and FPGA Technologies Industrial Visit by VIT Faculty to Pantech Solutions India 24.05.2025 | friday How can Artificial Intelligence come alive through hardware? That question came to life on May 24, 2025, when faculty members from Vellore Institute of Technology (VIT) visited Pantech Solutions India Pvt. Ltd. for an immersive industrial experience. The session featured a live demonstration of AI-powered applications on Intel’s Altera MAX10 FPGA development board—transforming complex theoretical concepts into real-time, interactive systems. This visit exemplified our commitment at Pantech to bridge the gap between academic theory and industrial practice through hands-on learning, collaboration, and innovation. Experience Overview The industrial visit aimed to expose participants to real-world applications of FPGA (Field-Programmable Gate Array) technology, specifically in areas such as AI acceleration, embedded control, and visual system development. Faculty members received a comprehensive walkthrough of: FPGA architecture fundamentals Real-time demonstrations of AI and control systems System integration and RTL workflows Collaborative innovation with Intel technologies Technology in Action: Altera MAX10 FPGA Demos Pantech’s team showcased in-house developed projects using the Altera MAX10 FPGA board, including: 🧠 MNIST AI Inference on FPGA A live handwritten digit recognition system implemented entirely on the FPGA. The model, known for its image classification capability, ran with minimal latency—up to 488 times faster than typical CPU-based systems. ⚙️ Motor Control via PWM Precision speed control of a DC motor using PWM signals generated from the FPGA. This demonstration highlighted low-power, high-accuracy solutions for industrial automation—up to 20x lower power consumption compared to traditional platforms. 🎮 Interactive Ping Pong Game An engaging ping pong game built using Verilog and rendered in real time via VGA output. The demo showcased concepts like game logic, input handling, and real-time visual processing—all on a single FPGA. 🖥️ VGA Monitor Interfacing Demonstrated real-time video signal processing and output using custom video sync logic. Ideal for factory visual inspection systems and user-interface modules in embedded products. Inside the FPGA: Architecture & Insights Participants explored the MAX10 board’s architecture, diving into: Look-Up Tables (LUTs), Flip-Flops (FFs), and Multiplexers (MUXs) On-chip die flash memoryfor standalone operations System design flows from Verilog coding to live implementation This session demystified how hardware blocks are orchestrated to perform complex logic functions—paving the way for deploying AI on edge devices and embedded platforms. Impact on VIT Faculty The visit delivered substantial value to the academic team: 🎓Strengthened Understanding of AI Deployment on Hardware 🛠️ Practical RTL Design Workflow Exposure 🔄End-to-End System Integration Skills 📘Reinforcement of Academic Curriculum in Real-World Contexts It served as a collaborative bridge—empowering faculty to translate these insights into enriched classroom learning, lab innovations, and student project guidance. Looking Ahead: Collaborate With Us Email: sales@pantechmail.com Website: pantechelearning.com Exploring EV models & Battery Management Systems Deep dive into autonomous systems & Steer-by-Wire tech Facebook-f Youtube Twitter Instagram Tumblr Let’s innovate together—and prepare the next generation of tech leaders. Mon-fri 09:00 AM – 07:00 PM Sunday Closed VLSI Design Techniques ₹2499 including GST Lesson Duration 13 hours Buy Course Buy Course All Projects Product MAX10 FLK DEV Board Product Arduino IoT Starter Kit Product dSPIC Development board Product MSP430 Development Board Product 8051 Advanced development board Product 8051 Development Board Product ARM7 Advanced development Board Product TMS320F2812 DSP starter kit Product TMS320F28335 DSP Development board Product More Projects End of Content.

MAX10 FLK DEV Board

By Bala Vignesh RaviPosted on May 7, 2025Posted in Product

MAX10 FLK DEV Board Powered by Intel MAX10 FPGA (10M50DAF484C7G) This board features an ALTERA MAX10 FPGA with 50K Logic Elements, 144 DSP multipliers, and integrated ADCs & Flash, making it perfect for real-time, DSP-intensive applications. the MAX10 seriescombines high performance with low power. Kit Includes: Power supply – 5v 2. JTAG USB blaster II Call for Price Download Brochure Specification kit Add-ons Benefits This compact embedded system packs a powerful punch with its Intel MAX10 FPGA, offering 50K logic elements, embedded memory, and 144 DSP blocks for efficient real-time processing. It supports AI at the edge, IoT applications, and embedded vision, making it ideal for advanced computing needs. With onboard DDR3 SDRAM, Quad SPI NOR Flash, and MIPI interfaces for camera and display connectivity, it excels in multimedia and imaging tasks. The board features a 10/100/1000 Mbps Ethernet interface, USB support, and Raspberry Pi-compatible GPIO expansion, ensuring seamless integration with various peripherals. Dual configuration image support and onboard oscillators provide robust system reliability. Designed for education, DSP projects, and AI-driven applications, this compact yet powerful solution is ready to tackle demanding workloads. Here are the specifications for the embedded system: Package: 484-pin FBGA (F484) Logic Elements (LEs): 50,000 Embedded Memory: 204 KB (1,638 Kbits of M9K memory blocks) User Flash: 736 KB (5,888 Kbits) DSP Blocks: 144 × 18×18 multipliers Analog-to-Digital: Intel MAX10 10M50DAF484C7G (50K LEs, 144 multipliers, dual ADCs) External DDR3 Memory: 512 MB DDR3 SDRAM (IS43TR16256B-125KBL, 16-bit, DDR3-1600) 128 MB Quad SPI NOR Flash Camera Interface: MIPI CSI input connector (for MIPI cameras) Display Interface: MIPI DSI output connector (for MIPI displays) Audio Interface: Onboard Audio Codec (Stereo input/output) Ethernet: 10/100/1000 Mbps Ethernet Interface USB Interfaces: USB Mini-B (JTAG/Serial/Power), USB Type-A Host/Device GPIO Expansion: 40-pin Raspberry Pi-compatible header Clock Sources: Onboard oscillators for system and DDR clocks Configuration: Dual Configuration Image Support via Internal Flash Power Supply: 5V input via USB or DC Jack Form Factor: Compact custom board (mounting holes included) Use Cases: Embedded vision, DSP, real-time processing, AI at the edge, IoT, and education Let me know if you want me to refine the description for a specific audience or application! 8 Nos. Point LEDs (Logic Output) 8 Nos. Digital Input (Slide Switches) 4×4 Matrix Keypad 2X16 Character LCD (Background Light) 2 Nos. 7-Segment Display Stepper Motor Interface RTC with Batter-Backup UART(RS232) USB(Power Supply Only) Buzzer (Alarm) Humidity Ultrasonic LM35 Temperature Arduino 🧠 512MB DDR3 + 128MB QSPI – Flash High-speed memory combo enables smooth AI inference, video buffering, and real-time data processing. 🎥 Rich Multimedia Support – Onboard MIPI CSI (camera input) and MIPI DSI (display output) make it ideal for embedded vision projects. 🌐 Flexible I/O and Connectivity -Features Ethernet, USB, Audio Codec, and Raspberry Pi-compatible GPIO header for seamless integration. 🛠️ Perfect for Rapid Prototyping & Edge AI – A compact, all-in-one platform for automation, AI/ML, DSP, and FPGA education. All Projects Product Uncategorized Arduino IoT Starter Kit dSPIC Development board MSP430 Development Board 8051 Advanced development board 8051 Development Board ARM7 Advanced development Board TMS320F2812 DSP starter kit TMS320F28335 DSP Development board IoT Development Kit More Projects End of Content.

Arduino IoT Starter Kit

By Bala Vignesh RaviPosted on April 24, 2025Posted in Product

Arduino IoT Starter Kit beginner-friendly, all-in-one kit designed to introduce users to the world of Internet of Things (IoT) using the Arduino platform. users can build and test real-world IoT applications like smart sensing, automation, and remote monitoring. With support for cloud connectivity, it allows easy visualization and logging of sensor data on platforms such as ThingSpeak. Call for Price Download Brochure Description kit includes Benefits Specifications of arduino IoT Starter Kit 8 Nos. Point LEDs (Logic Output) 8 Nos. Digital Input (Slide Switches) 4×4 Matrix Keypad 2X16 Character LCD (Background Light) 2 Nos. 7-Segment Display Stepper Motor Interface MEMS RTC with Batter-Backup UART(RS232) USB(Power Supply Only) Buzzer (Alarm) Humidity Ultrasonic LM35 Temperature WIfi Module Supported Sensors Humidity Temperature Gas Soil Mositure Supporting Cloud Thingspeak Kit Includes 8 Nos. Point LEDs (Logic Output) 8 Nos. Digital Input (Slide Switches) 4×4 Matrix Keypad 2X16 Character LCD (Background Light) 2 Nos. 7-Segment Display Stepper Motor Interface RTC with Batter-Backup UART(RS232) USB(Power Supply Only) Buzzer (Alarm) Humidity Ultrasonic LM35 Temperature Arduino ✅ Benefits of the Arduino IoT Starter Kit 🎓 Educational Value Hands-on Learning: Ideal for engineering students to practically apply concepts in embedded systems, IoT, and electronics. STEM-Ready: Supports interdisciplinary learning—blending programming, electronics, and data science. Beginner-Friendly: Step-by-step use of modules like switches, LEDs, and LCDs builds foundational skills progressively. 🌐 IoT Integration Cloud Connectivity: Supports ThingSpeak, allowing real-time data monitoring, visualization, and analytics. Wi-Fi Enabled: Easily connect devices to the internet for home automation and remote sensing projects. 🛠️ Rich Hardware Interface Multiple Inputs/Outputs: Offers extensive components including sensors, keypad, LCD, and motor interfaces for versatile applications. Sensor Variety: Comes with essential sensors for weather monitoring, smart agriculture, security, and more. 🚀 Project Development Prototype Smart Devices: Build projects like smart weather stations, brain-controlled interfaces, or security systems. Motor & Display Integration: Enable actuator control and user feedback with stepper motors and display modules. 💻 Software & Coding Arduino IDE Support: Easy programming in C/C++ using Arduino’s beginner-friendly platform. Open Source: Expandable and customizable with countless libraries and community projects. 🧪 Real-Time Applications Monitor temperature, humidity, and soil moisture in agriculture Build distance measurement systems using ultrasonic sensors Implement automation and alert systems with buzzers, displays, and IoT data logging Get In Touch Contact Us Office Mail Sales@pantechmail.com Office Number +91 98409 74408 Office Address #8, Natarajan St, Kamaraj Nagar, nest Busstop Semmancheri, Sholinganallur, Chennai, Tamil Nadu 600119 Appointment Let’s Start Project Name Email Message Send

dSPIC Development board

By Bala Vignesh RaviPosted on April 24, 2025Posted in Product

dSPIC Development board dsPIC Development board is proposed to smooth the progress of developing and debugging of various designs encompassing Microcontrollers from Microchip. It’s designed as to facilitate (dsPIC30F 40PIN DIP) On-board Programmer for PIC Microcontroller through ISP on Universal Serial port. It integrates on board USART,LEDs, keypads, 3 ADC inputs and LCD Display to create a stand-alone versatile test platform. User can easily engage in development in this platform, or use it as reference to application development. Shipping : 4 to 5 days from the date of purchase Warranty : 3 Months Call for Price Download Brochure Description kit includes Benefits Key Features of dspic development board 40pin-SIF Socket 8 Nos. Point LEDs (Logic Output) 8 Nos. Digital Input (DIP Switch) 4×4 Matrix Keypad 2X16 Character LCD (Background Light) 4 Nos. 7-Segment Display 2 Nos. Analog Input (Potentiometer) Temperature Sensor (LM35) Stepper Motor Interface DS1307 RTC with Battery-Backup USART(RS232) USB 2.0 Enabled Programmer Interrupts Study, Reset Button Serial EEPROM (I2C Devices) Digital Temperature Sensor(DS18S20) 5×10-Pin Expansion Connector Piezo Electric Buzzer CAN and PS2 interface Connector Kit Includes dsPIC30F Development Kit Power Adaptor RS232 Cable, USB Cable User Guide HW/SW CD Contains: Examples. ISP Programmer. IDE. Datasheets Evaluate Real Time Applications Supports Embedded C, ASM ISP Programming | SPI | I2C Communications Facility to interface external devices MCU Devices : dsPIC30F4011,12,13, dsPIC30F3014 Devices compatible with dsPIC30F3014 Memory : 8K-32K FLASH – Program Clock : 10MHz crystal, Max = 80 MHz Get In Touch Contact Us Office Mail Sales@pantechmail.com Office Number +91 98409 74408 Office Address #8, Natarajan St, Kamaraj Nagar, nest Busstop Semmancheri, Sholinganallur, Chennai, Tamil Nadu 600119 Appointment Let’s Start Project Name Email Message Send

MSP430 Development Board

By Bala Vignesh RaviPosted on April 24, 2025Posted in Product

MSP430 Development Board TEXAS Instruments Microcontroller (MSP430F5XXX), MSP430 Development Board is proposed to smooth the progress of developing and debugging of various designs encompassing of High speed 16-bit Microcontrollers(RISC Architecture). This board contains on board emulator for debugging and Evaluation. It integrates on board UART, ADC, PS2, PWM, LCD & GLCD Display to create a stand-alone versatile test platform. User can easily engage in development in this platform, or use it as reference to application development. Shipping : 4 to 8 days from the Date of purchase Warranty : 1 year against Manufacturing defects Support : Email / Phone / Chat / Online Resources Call for Price Download Brochure Description kit includes Benefits of MSP430 Key Features of MSP430 Development Board 8 LEDs (Logic Output) 8 Digital Input (Slide Switch) 4×4 Matrix Keypad 2X16 Character LCD (Background Light) 4 Nos. 7-Segment Display Using I2C 2 Nos. Analog Input (Potentiometer) Temperature Sensor(LM35) Stepper Motor Interface 2 SPDT Relay PS2 Keyboard I2C RTC With Battery Backup UART(RS232) USB 2.0 Device | Virtual Port Buzzer PWM Output Interrupts Study, Reset Button 4KB Serial EEPROM (I2C Devices) 20-Pin Expansion Connector Traffic Light Modules . 128×64 Graphical LCD. MSP430 Development Board Kit Includes MSP430 Development Board 9V Power Adaptor RS232 Cable User Guide HW/SW CD Contains: Code. IDE. Manual. Datasheet Development Board Evaluate Real Time Applications Supports Embedded C, ASM Programming & Debugging MSP430F5529 Devices : MSP430F5529 (16 Bit RISC CPU) Memory : 128KB FLASH – Program Memory Clock : 25MHz System Clock Get In Touch Contact Us Office Mail Sales@pantechmail.com Office Number +91 98409 74408 Office Address #8, Natarajan St, Kamaraj Nagar, nest Busstop Semmancheri, Sholinganallur, Chennai, Tamil Nadu 600119 Appointment Let’s Start Project Name Email Message Send

8051 Advanced development board

By Bala Vignesh RaviPosted on April 24, 2025Posted in Product

8051 Advanced development board 8051 Advanced development board is the best development platorm to learn various interfaces,digital I/O and communication protocols.It was designed to maximize the learning on 8051 Architecture. Shipping : 4 to 5 days from the date of purchase Warranty : 1 year Call for Price Download Brochure Description kit includes Benefits of 8051 Key Features of 8051 Advanced Development Board 40pin-ZIF Socket and 44-pin PLCC Socket 8 No’s of Point LED’s as Logic Output 8 No’s of Slide Switches as Digital Input 4×4 Matrix Keypad 2X16 Character LCD (Background Light) 4 No’s of 7-Segment Display SPI ADC with Analog Input Test (Potentiometer) Stepper Motor Interface 2 No’s of SPDT Relay DS1307 RTC with Battery-Backup 2 No’s of UART(RS232) Buzzer (Alarm), Interrupts Study, Reset Button SPI – Digital / Analog Output Serial EEPROM (I2C Devices) 128×64 Graphical LCD Digital Temperature Sensor(DS18S20) ISP Programmer | PS/2 RF433.92 MHz Transmitter/Receiver Study of Communication Protocols SPI I2C 1-Wire RS-485 RS-232 RF (433 Mhz) 8051 Advanced Development Board P89V51RD2 Advanced development Kit Power Adaptor RS232 Cable | Atmel ISP Cable User Guide HW/SW CD Contains: Code, Programmer, IDE, Datasheets Weight 5.000000 kg Advanced Development Board RTOS Support Evaluate Real Time Applications Supports Embedded C, ASM ISP Programming | SPI | I2C Communications MCU Devices : AT89S51/52/825x (Atmel) P89V51Rxx (NXP) DS89C420/430/450 (Dallas) Memory : 64K FLASH – Program Clock : 12MHz crystal, Max = 25 MHz Get In Touch Contact Us Office Mail Sales@pantechmail.com Office Number +91 98409 74408 Office Address #8, Natarajan St, Kamaraj Nagar, nest Busstop Semmancheri, Sholinganallur, Chennai, Tamil Nadu 600119 Appointment Let’s Start Project Name Email Message Send

8051 Development Board

By Bala Vignesh RaviPosted on April 24, 2025Posted in Product

8051 Development Board 8051 Development Board is proposed to smooth the progress of developing and debugging of various designs encompassing Microcontrollers from Atmel, NXP and Dallas. It’s designed to facilitate (8051 DIP / PLCC package) On-board Programmer for NXP and Dallas Microcontroller through ISP on serial port Shipping : 3 to 5 days from the Date of purchase Warranty : 1 year against Manufacturing defects Support : Email / Phone / Chat / Online Resources Call for Price Download Brochure Description Real time Applications List of Experiments in 8051 8051 Development Board Description 8051 Development Board integrates on board two UARTs, LEDs, keypads, an ADC input and LCD .Display to create a stand-alone versatile test platform. This board also has miniature Traffic light display for evaluation. User can easily engage in development in this platform, or use it as reference to application development. Key Features of 8051 Development Board 40pin-ZIF Socket 8 No’s of Point LEDs (Logic Output) 8 No’s of Slide Switch (Digital Input) 4×4 Matrix Keypad 2X16 Character LCD 4 No’s of 7-Segment Display 2 No’s of Analog Input (Potentiometer) Stepper Motor Interface 2 Nos. of SPDT Relay DS1307 RTC with Battery-Backup 2 No’s of UART(RS232) Buzzer (Alarm), Interrupts Study, Reset Button SPI – Digital / Analog Output Serial EEPROM (I2C Devices) 128×64 Graphical LCD Digital Temperature Sensor(DS18S20) 40-Pin Expansion Connector ISP Programmer for NXP | Dallas MCU Traffic Light Controller Modules Benefits of 8051 Development Board RTOS Support Evaluate Real Time Applications Supports Embedded C, ASM ISP Programming | SPI | I2C Communications Facility to interface external devices MCU Devices : AT89S51/52/825x (Atmel) P89V51Rxx (NXP) DS89C420/430/450 (Dallas) Memory : 64K FLASH – Program Clock : 12MHz crystal, Max = 25 MHz 8051 Development Board Kit Includes P89V51RD2 8051 Development kit Power Adaptor RS232 Cable User Guide: HW/SW CD Contains: Code Programmer IDE Datasheets Alarm clock- How to beep buzzer on the selected time Temperature Monitoring and Control Industry Counter using Proximity sensor Liquid Level Monitoring using Ultrasonic Sensor RFID Based Asset tracking PIR based Motion Detection Home Automation Using Bluetooth Home Automation using Wifi How to send SMS using GSM when Temperature Overshoots Speed Measurement of DC Motor using MOC LED Blink-How to blink led using 8051 2*16 LCD Display using 8051 UART demo using 8051-How to send and receive data using serial Port Seven Segment Display –Increment the count Matrix Keypad – Buzzer interfacing –How to switch on the buzzer Data storage using EEPROM RTC using I2C- Realtime Clock using I2C DAC conversion using SPI ADC conversion using SPI Stepper Motor Interface DC Motor Interface Temperature monitoring using temp sensor Traffic light controller Relay interface. Interrupts study How to display Data using GLCD How to Interface 7segment with 8051 Development Board How to Interface UART with 8051 Development Board How to Interface Interrupts with 8051 Development Board User Manual for 8051 Development Kit How to Interface LCD with 8051 Development Board How to Interface LEDs with 8051 Development Board How to Interface SPI DAC with 8051 Development Board How to Interface GLCD with 8051 Development Board How to Interface Switch with 8051 Development Board How to Interface Traffic Light with 8051 Development Board How to Interface Keypad with 8051 Development Board How to Interface SPI ADC with 8051 Development Board How to Interface Stepper Motor with 8051 Development Board Humidity and Temperature Monitoring and data logging using WiFI and Thingsspeak RFID Asset Monitoring Smart Waste Management using IoT (Smart Dustbin) Agriculture monitoring using Soil Moisture Sensor Humidity and Temperature Monitoring and data logging using GSM and Thingsspeak Get In Touch Contact Us Office Mail Sales@pantechmail.com Office Number +91 98409 74408 Office Address #8, Natarajan St, Kamaraj Nagar, nest Busstop Semmancheri, Sholinganallur, Chennai, Tamil Nadu 600119 Appointment Let’s Start Project Name Email Message Send

ARM7 Advanced development Board

By Bala Vignesh RaviPosted on April 24, 2025Posted in Product

ARM7 Advanced development Board ARM7 Advanced Development Board is high speed 32-bit Microcontrollers. It integrates on board two UARTs, LEDs, keypads, SPI DAC and ADC inputs, Ethernet, RS485, and GLCD Display to create a stand-alone versatile test platform. User can easily engage in development in this platform, or use it as reference to application development. Shipping : 4 to 5 days from the date of purchase Warranty : 1 year Call for Price Download Brochure Description Kit Includes: Key Features Serial Ethernet CAN 2.0 SPI Digital-Analog Convertor 8 No’s of Point LEDs (Logic Output) 8 No’s of Slide Switches (Digital Input) 4×4 Matrix Keypad 2X16 Character LCD (Background Light) 4 No’s of 7-Segment Display (I2C Enabled) 2 No’s of Analog Input (Potentiometer) Temperature Sensor(LM35) Stepper Motor Interface 2 No’s of SPDT Relay DS1307 RTC with Battery-Backup 2 No’s of UART(RS232) Virtual Port Buzzer (Alarm), Digital / Analog Output Interrupts Study, Reset Button Serial EEPROM (I2C Devices) 128×64 Graphical LCD PS/2 | RS-485 10-Pin Port Expansion Connector JTAG Header (Program/Debug) | ISP Programmer Communication Protocols SPI , I2C , 1-Wire , RS-485 , CAN2.0 , RS-232 LPC2148 Advanced Development Kit Power Adaptor RS232 Cable, USB Cable User Guide HW/SW CD Contains: Examples. ISP Programmer. IDE. Datasheets Additional information Weight 1.000000 kg Get In Touch Contact Us Office Mail Sales@pantechmail.com Office Number +91 98409 74408 Office Address #8, Natarajan St, Kamaraj Nagar, nest Busstop Semmancheri, Sholinganallur, Chennai, Tamil Nadu 600119 Appointment Let’s Start Project Name Email Message Send

TMS320F2812 DSP starter kit

By Bala Vignesh RaviPosted on April 24, 2025Posted in Product

TMS320F2812 DSP starter kit he TMS320F2812 device, a member of the TMS320F28x, DSP generation, is highly integrated, high-performance solution for demanding control applications and is the first 32-bit 150 MIPS DSP with on-chip flash memory and on-chip high-precision analog peripherals. It has an onboard XDS100 emulator. Shipping : 4 to 5 days from the date of purchase Warranty : 1 year Call for Price Download Brochure Specifications of TMS320F28335 Kit Includes: MCU Texas Instrument TMS320, TMS320F28335 ( 32 Bit CPU ) Memory Flash Devices: Up to 256K x 16 Flash bull SARAM Devices: Up to 34K x 16 Flash BOOT ROM: 8K x 16 ROM One Time Programmable Device: 1K x 16 OTP ROM Clock 20MHz crystal On-Board PeripheralsOn Board XDS100 USB Emulator V1 8 Nos. LEDs 4 Nos. Digital Input(Slide Switch) 8 Push Switch 2×16 Character LCD with back Light 4 Nos. Analog Input (Potentiometer) 256k SPI EEPROM 12 bit SPI DAC CAN Interface to study 1 Nos. of SPDT Relay 3 UART(RS232) interface 2 Serial port connector termination Buzzer (Alarm) 4 Channel 12 bit SPI DAC(Optional) Boot Mode Options Power 5V DC- Adaptor, Power from USB (+5V) (+3.3V, 800mA) Connectors 1 Nos. 40 Pin GPIO connector 1 Nos.20 Pin PWM Connectors 1 Nos.20 Pin Expansion Connectors External SPI Connectors JTAG (Programming/ Debugging) 2 Nos.RS232 Connector (Serial Port) External Analog Input Connector External Relay Input Connector Power Connector USB Connector SPI DAC Connector CAN Connector TMS320F28335 Kit USB CABLE Serial Port Cable 5V Adapter DVD contains Software (Programmers, IDE) & Example Programs Weight 3.000000 kg Get In Touch Contact Us Office Mail Sales@pantechmail.com Office Number +91 98409 74408 Office Address #8, Natarajan St, Kamaraj Nagar, nest Busstop Semmancheri, Sholinganallur, Chennai, Tamil Nadu 600119 Appointment Let’s Start Project Name Email Message Send