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$50 USD / hora
Bandera de INDIA
kozhikode, india
$50 USD / hora
Aquí son las 5:46 p. m.
Se unió el noviembre 12, 2013
1 Recomendación

Athul B.

@athulb

 4,7 (19 comentarios)
4,3
4,3
93%
93%
$50 USD / hora
Bandera de INDIA
kozhikode, india
$50 USD / hora
100 %
Trabajos finalizados
97 %
Dentro del presupuesto
69 %
A tiempo
9 %
Tasa de recontratación

✅FPGA, VHDL, Verilog, Hardware Design

⭐As an experienced FPGA Designer, I have a strong background in digital design and a passion for creating innovative and efficient solutions using Field Programmable Gate Arrays (FPGAs). My expertise includes: ⭐ VHDL/Verilog design and implementation for FPGA platforms ⭐ Design and integration of custom IPs and peripherals into FPGA systems ⭐ Proficiency in using FPGA design tools such as Vivado Design Suite and ISE ⭐ MicroBlaze Soft Processor programming using C language ⭐ High-speed serial interfaces, memory controllers, and error correction mechanisms ⭐Board bring-up and debugging using in-circuit debugging tools and oscilloscopes Throughout my career, I have designed and developed a wide range of FPGA-based systems for various applications, including digital storage solutions, gaming platforms, and custom SoCs. I have a proven track record of delivering high-quality, reliable, and efficient designs that meet customer requirements and expectations. ⭐I am a team player and have excellent communication and interpersonal skills. I am also self-motivated and always strive to stay current with the latest technologies and industry trends. ⭐In summary, I am a highly skilled FPGA Designer with a passion for creating innovative and efficient FPGA-based solutions. I am confident in my abilities and eager to bring my expertise and experience to a new opportunity.
Freelancer Verilog / VHDL Designers India
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Portafolio

10760588
The Vivado Block Design for MicroBlaze Soft Processor is a digital design project that utilizes the Vivado Design Suite and the MicroBlaze Soft Processor to implement a custom system-on-chip (SoC) on a Field Programmable Gate Array (FPGA) platform. This project showcases the versatility and flexibility of the MicroBlaze Soft Processor and the Vivado Design Suite in creating custom SoC solutions for a wide range of applications. The Vivado Block Design for MicroBlaze Soft Processor is designed to be a scalable and modular solution, allowing designers to easily add and integrate custom IPs and peripherals into the SoC design. The MicroBlaze Soft Processor is programmed using the C language and provides a simple and efficient means of controlling the SoC's peripherals and IPs.
VIVADO BLOCK DESIGN FOR MICROBLAZE SOFT PROCESSOR
10534787
The Tic Tac Toe Game on FPGA is a fun and interactive digital game that has been designed and implemented on a Field Programmable Gate Array (FPGA) platform. This project showcases the capabilities of FPGAs and their versatility in handling various applications, including digital gaming. The Tic Tac Toe Game on FPGA features a simple and intuitive gameplay, making it accessible and enjoyable for players of all ages. The game is implemented in VHDL and utilizes various FPGA components, including on-board buttons and LEDs, to provide an engaging gaming experience.
Tic Tac Toe GAME on FPGA
10760579
IMAGE: Debugging the board using a diligent digital oscilloscope. The NAND Flash Implementation on FPGA is a digital design project that implements a NAND Flash memory controller on a Field Programmable Gate Array (FPGA) platform. This project showcases the capabilities of FPGAs and their versatility in handling digital storage solutions. The NAND Flash Implementation on FPGA is designed to interface with an external NAND Flash memory device and provide a reliable and high-speed storage solution for digital data. The design is implemented in VHDL and utilizes various FPGA components, including high-speed serial interfaces and memory controllers, to provide a robust and efficient storage solution. Some of the key features of the NAND Flash Implementation on FPGA include: Support for common NAND Flash interfaces, such as ONFI and TOGGLE High-speed data transfer rates Error correction and handling mechanisms Dynamic bad block management Easy integration with other FPGA components
NAND FLASH Implementation on FPGA
IMAGE: Debugging the board using a diligent digital oscilloscope. The NAND Flash Implementation on FPGA is a digital design project that implements a NAND Flash memory controller on a Field Programmable Gate Array (FPGA) platform. This project showcases the capabilities of FPGAs and their versatility in handling digital storage solutions. The NAND Flash Implementation on FPGA is designed to interface with an external NAND Flash memory device and provide a reliable and high-speed storage solution for digital data. The design is implemented in VHDL and utilizes various FPGA components, including high-speed serial interfaces and memory controllers, to provide a robust and efficient storage solution. Some of the key features of the NAND Flash Implementation on FPGA include: Support for common NAND Flash interfaces, such as ONFI and TOGGLE High-speed data transfer rates Error correction and handling mechanisms Dynamic bad block management Easy integration with other FPGA components
NAND FLASH Implementation on FPGA
10534809
The FPGA GAME is a fun and interactive digital game that has been designed and implemented on a Field Programmable Gate Array (FPGA) platform. This project showcases the capabilities of FPGAs and their versatility in handling various applications, including digital gaming. The FPGA GAME features a colorful and user-friendly interface, making it accessible and enjoyable for players of all ages. The game is implemented in VHDL and utilizes various FPGA components, including on-board buttons and LEDs, to provide an engaging gaming experience.
FPGA GAME!
9077576
The I2C FPGA is a programmable logic device that implements the Inter-Integrated Circuit (I2C) protocol to enable communication between two or more devices. The I2C FPGA project aims to provide a flexible and high-speed solution for data transfer between different electronic devices. The I2C FPGA implementation consists of a Master module and a Slave module. The Master module generates the I2C clock signal and controls the data transfer between the devices. The Slave module receives the data from the Master and performs the required operations. The I2C FPGA is designed to be highly configurable and can be easily modified to meet specific design requirements. The I2C FPGA design is implemented in VHDL and has been verified using simulations and hardware testing. The design has been optimized for low power consumption and high performance, making it suitable for a wide range of applications.
I2C FPGA
10534797
This is my FPGA development KIT. It is exclusively designed for the latest vivado Design Suite. The EDGE Artix 7 board is build around Xilinx Artix 7 XC7A35T FPGA IC. The features includes external memory SDRAM, HDMI Out, Micro SD, WiFi, Bluetooth, ADC, DAC, LCD, 7 Segment, camera, TFT, Buzzer, Switches, buttons and LEDs interface. Microblaze softcore processor design can be easily implemented with SDRAM using vivado SDK.
FPGA Development board
10760588
The Vivado Block Design for MicroBlaze Soft Processor is a digital design project that utilizes the Vivado Design Suite and the MicroBlaze Soft Processor to implement a custom system-on-chip (SoC) on a Field Programmable Gate Array (FPGA) platform. This project showcases the versatility and flexibility of the MicroBlaze Soft Processor and the Vivado Design Suite in creating custom SoC solutions for a wide range of applications. The Vivado Block Design for MicroBlaze Soft Processor is designed to be a scalable and modular solution, allowing designers to easily add and integrate custom IPs and peripherals into the SoC design. The MicroBlaze Soft Processor is programmed using the C language and provides a simple and efficient means of controlling the SoC's peripherals and IPs.
VIVADO BLOCK DESIGN FOR MICROBLAZE SOFT PROCESSOR
10534787
The Tic Tac Toe Game on FPGA is a fun and interactive digital game that has been designed and implemented on a Field Programmable Gate Array (FPGA) platform. This project showcases the capabilities of FPGAs and their versatility in handling various applications, including digital gaming. The Tic Tac Toe Game on FPGA features a simple and intuitive gameplay, making it accessible and enjoyable for players of all ages. The game is implemented in VHDL and utilizes various FPGA components, including on-board buttons and LEDs, to provide an engaging gaming experience.
Tic Tac Toe GAME on FPGA
10760579
IMAGE: Debugging the board using a diligent digital oscilloscope. The NAND Flash Implementation on FPGA is a digital design project that implements a NAND Flash memory controller on a Field Programmable Gate Array (FPGA) platform. This project showcases the capabilities of FPGAs and their versatility in handling digital storage solutions. The NAND Flash Implementation on FPGA is designed to interface with an external NAND Flash memory device and provide a reliable and high-speed storage solution for digital data. The design is implemented in VHDL and utilizes various FPGA components, including high-speed serial interfaces and memory controllers, to provide a robust and efficient storage solution. Some of the key features of the NAND Flash Implementation on FPGA include: Support for common NAND Flash interfaces, such as ONFI and TOGGLE High-speed data transfer rates Error correction and handling mechanisms Dynamic bad block management Easy integration with other FPGA components
NAND FLASH Implementation on FPGA
IMAGE: Debugging the board using a diligent digital oscilloscope. The NAND Flash Implementation on FPGA is a digital design project that implements a NAND Flash memory controller on a Field Programmable Gate Array (FPGA) platform. This project showcases the capabilities of FPGAs and their versatility in handling digital storage solutions. The NAND Flash Implementation on FPGA is designed to interface with an external NAND Flash memory device and provide a reliable and high-speed storage solution for digital data. The design is implemented in VHDL and utilizes various FPGA components, including high-speed serial interfaces and memory controllers, to provide a robust and efficient storage solution. Some of the key features of the NAND Flash Implementation on FPGA include: Support for common NAND Flash interfaces, such as ONFI and TOGGLE High-speed data transfer rates Error correction and handling mechanisms Dynamic bad block management Easy integration with other FPGA components
NAND FLASH Implementation on FPGA
10534809
The FPGA GAME is a fun and interactive digital game that has been designed and implemented on a Field Programmable Gate Array (FPGA) platform. This project showcases the capabilities of FPGAs and their versatility in handling various applications, including digital gaming. The FPGA GAME features a colorful and user-friendly interface, making it accessible and enjoyable for players of all ages. The game is implemented in VHDL and utilizes various FPGA components, including on-board buttons and LEDs, to provide an engaging gaming experience.
FPGA GAME!
9077576
The I2C FPGA is a programmable logic device that implements the Inter-Integrated Circuit (I2C) protocol to enable communication between two or more devices. The I2C FPGA project aims to provide a flexible and high-speed solution for data transfer between different electronic devices. The I2C FPGA implementation consists of a Master module and a Slave module. The Master module generates the I2C clock signal and controls the data transfer between the devices. The Slave module receives the data from the Master and performs the required operations. The I2C FPGA is designed to be highly configurable and can be easily modified to meet specific design requirements. The I2C FPGA design is implemented in VHDL and has been verified using simulations and hardware testing. The design has been optimized for low power consumption and high performance, making it suitable for a wide range of applications.
I2C FPGA
10534797
This is my FPGA development KIT. It is exclusively designed for the latest vivado Design Suite. The EDGE Artix 7 board is build around Xilinx Artix 7 XC7A35T FPGA IC. The features includes external memory SDRAM, HDMI Out, Micro SD, WiFi, Bluetooth, ADC, DAC, LCD, 7 Segment, camera, TFT, Buzzer, Switches, buttons and LEDs interface. Microblaze softcore processor design can be easily implemented with SDRAM using vivado SDK.
FPGA Development board

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5,0
$82,00 USD
debug FPGA program - Cyclone Altera chip
He did an amazing job in programming and debugging my FPGA board. He is very knowledgeable in the domain and seems to know everything about FPGA and microcontrollers.
Electronics
Verilog / VHDL
Microcontroller
Arduino
FPGA
Avatar del usuario
Bandera de Chijioke O.
@joshuaokorie
•
hace 1 año
4,0
€250,00 EUR
DO-254 Project VHDL
Experienced VHDL guy, good communication. Job was done as requested
Verilog / VHDL
FPGA
Digital Electronics
FPGA Coding
+1 más
Avatar del usuario
Bandera de Andrea C.
@acampera
•
hace 1 año
5,0
$110,00 USD
Intel MAX 10 FPGA PROJECT
Brilliant work. Completed work on time . Good knowledge in vhdl.
Verilog / VHDL
FPGA
Digital Electronics
FPGA Coding
+1 más
P
Bandera de Pranoy S.
@pranoyshailendra
•
hace 1 año
5,0
$60,00 USD
Tic Tac Toe using verilog
Nice experience and ontime work delivery of the TicTacToe game using FPGA
C Programming
Engineering
Verilog / VHDL
Microcontroller
FPGA
N
Bandera de Nikhil V.
@nikhilvelakurthy
•
hace 1 año
5,0
$30,00 USD
Project for Athul B.
He knew exactly what to do and understood perfectly the requirements of the project.
Verilog / VHDL
FPGA
Digital Electronics
FPGA Coding
+1 más
Avatar del usuario
Bandera de Fabián C.
@fabichasola
•
hace 2 años

Experiencia

FPGA Designer

XXX
ene 2016 - Presente
FPGA designer

Contacta Athul B. sobre tu trabajo

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Principales habilidades

Verilog / VHDL 14
FPGA 14
Analog Electronics 6
Digital Electronics 5
FPGA Coding 4

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