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The Ultimate Deal On Xilinx Kintex-7 FPGA Boards and Price Request

Working with electronics is not very different from any other job. You have the tasks you must do, a mixture of other tasks that the company gives you. Sometimes, while performing these tasks, you might get stuck and need to figure out how to solve a problem. That is where troubleshooting comes in handy for engineers or electronics experts. However, if the task itself is not complicated enough for your expertise level, there are still ways of solving it without getting too involved in code design or creating sketches.

The Xilinx Kintex-7 FPGA Boards come in handy for engineers, especially those on a tight budget. These boards are essential for FPGA prototyping. You can check out the program’s performance on software before we put it into actual hardware. It also allows you to do more with your single-board FPGA and other useful features for your work.

For example, engineers can use these boards to do lighting simulations on their designs. They can also create test benches to help them monitor how their hardware behaves when running special algorithms or 3D models at different clock frequencies. These boards are not limited to these applications; however, it allows for much more. It will just depend on what you choose to use it for in your career. Since the boards are open-source, engineers can experiment with whatever they want. This is because they have access to the full documentation to help them out along the way.

Building your design is at least close to what actual engineers do when working for a company or developing their own company’s products. Sure, real engineers have much bigger budgets and better tools than you might have in your school lab. Working with leading manufacturers such as RayMing PCB and Assembly will give you the best product.

What is a Xilinx Kintex-7 FPGA Board?

virtex 7 development board

The Xilinx Kintex-7 FPGA Boards are the most power-efficient boards when it comes to FPGAs. They are also one of the easiest boards to use when doing work in school. Thanks to the full documentation on how they work. This is part of what makes them so popular among electronic engineers in school or working on their skills. 

The boards come with 128 megabytes of DDR memory and include USB ports. It provides you with debugging capability and easy connectivity to your computer. It comes with a MicroBlaze processor, an advanced processor that you can use for your hardware. The board also has support for Micrium’s uC/OS-II real-time operating system (RTOS). This allows for easier communication between complex hardware needed for the task you are trying to complete.

The Xilinx Kintex-7 FPGA Board BittWare Kintex 7 Development Board includes almost everything you need to get started on your path of learning about electronic devices. This board has two versions: the “FireStorm” version and the other being just a regular version. Both versions have features that can be useful in your projects.

Xilinx Kintex-7 FPGA Board features


The Xilinx Kintex-7 FPGA Board is a single board solution for FPGA prototyping that offers the following features.


The software included with this board comes with several tools that you can use to create projects, monitor designs, run simulations, and troubleshoot hardware. It also consists of an IDE, which is a program to build your hardware programs. The software works on Windows 7 or other operating systems that have support for USB drives.

Microblaze FPGA enabled

The MicroBlaze processor is one of the most popular Lattice-enabled processors usually found in Xilinx FPGA prototyping boards. This PPLN chip can run your program while it does so efficiently. Such is good for both you and the board’s power consumption. It has built-in features that are present in older chips but are not present in newer generations.


This is a design that you can use to figure out how your hardware functions. Thus, it is essential to ensure that the clock frequency of the chips you use on your design is correct. Xilinx has included more than enough tools for making sure that the clock speed for this board is accurate. It has a Fixed Oscillator with PLL, which helps increase or lower the frequency on the fly. Xilinix also features an on-Chip clock frequency divider. It allows you to adjust the speed of your program for any reason that you might need. The Jitter attenuated clock includes a programmable Jitter buffer. We can use the buffer to filter out any jitters or glitches that may happen on your hardware.

Clock Generation and characterization

The board has a USB DMA, which can transfer data at a much faster rate than normal. It also features an external clock source. This allows you to change the clock speed of your design on the fly. Such is useful when you are testing or debugging your hardware. It also features a Hardware Clock Generator chip. It allows you to start with your designs and not worry about new chips and learn how they work right away.

Expansion Connectors

This board has 16 lanes connected to the “Kintex-7” FPGA that we include in the board. It also has six breakout sockets that you can use for connecting external components to your design. They label each socket with a number. It allows you to connect wires and other components easily while ensuring that they will not get in your way when it comes time to experiment with your design. Ethernet

The board has a 10/100 Ethernet port that can connect to a local network. This allows for easy connectivity with other devices that you need to test or debug. It also has an onboard USB switch, which allows you to use more than one USB port with your design. The board comes with support for JTAG, which enables you to upload your hardware using an oscilloscope or debugger program of choice. This helps with debugging your designs and allows for faster prototyping of new ideas.

USB Configuration

The board has several USB ports that allow for easier connectivity and debugging of your project. It also has a USB-to-UART serial converter that allows you to use the board’s hardware to prototype or develop other ideas. This can be useful when you want to modify an existing design for other uses. For instance, connecting it to a computer and programming, it is using a PIC microcontroller. This board also has two JTAG headers that can interact with other hardware connected to the board. This is useful when you want to interact with other devices or devices, not on the board. This header has four different signals. They are perfect for connecting external devices needing extra connectivity or debugging capabilities.

Communication & Networking

The Xilinx Kintex-7 board has a Raspberry Pi-enabled PIC32MX622 processor that can handle up to 2 MB of memory and has a USB port that allows for easy connectivity to other devices over USB. It has an onboard micro-SD card slot used to store files and data that you want to save as part of your design. There is also a serial port available for connecting time-sensitive devices such as the USB serial converter.

The board comes with several GPIO pins that we can use as inputs or outputs or programmed as general-purpose I/O pins. We can use these pins for connecting external components to your design, such as LEDs or switches. This board comes with an Ethernet port perfect for connectivity between other devices on a local network. It also has a video output port to connect the board to an external display such as a VGA monitor.

Control & I/O

The Xilinx Kintex-7 board comes with two different types of expansion slots. The C6 and MIO connectors can connect compatible boards to your design using bridges or other devices to share information between the two boards. It also has 6 USB ports that can connect other FPGA designs to your board, making it easier to debug or test them on the same hardware. The MicroSD slot allows for easy data transfer between computers. It enables you to store information without worrying about losing it while you work on other things.


The Xilinx Kintex-7 board has 2 MB of on-chip memory that we can use to store any data you want to save. While it may not be enough for some applications, it is more than enough for prototyping and testing designs to see how they work. The board also features a USB switch. It allows you to use multiple devices without having to worry about losing valuable connections.


The Xilinx Kintex-7 board has an HDMI port that we can use to connect to an external display. This is useful when you want to configure your hardware or does any debugging that requires a display.

The video output port is useful for connecting the hardware on the board to a monitor or TV. This allows you to upload your hardware onto the board and test it without buying a separate device for displaying your project. It also comes with a micro-SD card slot, making it easy to transfer files from one computer to another. The board also allows you a way of storing information without having to worry about running out of space or losing it while you work with other things.


This board comes with a power supply that can power any hardware that you connect to it. This can be useful when you want to make sure that your project is safe or when you want to make sure that the design works correctly. The board also comes with an onboard regulator. It can help prevent damage due to differences between your board’s input voltage and the voltage required.

Security & Encryption

The Xilinx Kintex-7 board is incompatible with encryption or security protocols, making it less useful for secure applications. This may be useful in some situations, but this limitation may not be ideal for most applications.

Advantages of the Xilinx Kintex-7 FPGA Boards

virtex 7 evaluation board


The Xilinx Kintex-7 FPGA boards help prototype new ideas or implement older ones. We use them to create prototypes of ideas that you may have or to accelerate designs that you already have. Unlike most other FPGA boards, these boards use a Xilinx Kintex-7 FPGA that can operate at speeds up to 400 MHz. This makes them more complex work than their competitors. It makes them more versatile for designing with different processes and algorithms.


The Xilinx Kintex-7 FPGA boards are much less expensive than the Kintex-7 Development Kits. They cost less to make, which means that they are much cheaper when they are complete. This makes them more affordable for many different applications or situations. It makes them more popular for people who would like to get started using FPGAs without spending too much money.

These boards are generally essential for prototyping new ideas. It means that you will likely get your money back if you do not use your design after creating it. This makes it a reasonable investment, as you will have a product that you can sell or use later if you want to.


The Xilinx Kintex-7 FPGA boards are versatile in what they can do compared to other boards. Since they run different processes instead of digital ones, they are more versatile when used with other components or protocols. Since there are so many kinds of applications that they can use, the users of these boards can use them in most situations without worrying about finding another application for them later in life.

Saving time

We can use the Xilinx Kintex-7 FPGA boards to save time in several different situations. Since they can run digital processes and other algorithms in parallel, they can do more work in less time than other boards. Since their processors are much faster than most other boards, they can handle more tasks during any period they spend running. This allows them to spend less time working on the design and more time on the actual procedure, making it easier for many different applications.

Optimized for quickly prototyping high-performance serial transceiver applications using Kintex-7 FPGAs

We use the Kintex-7 FPGA boards mainly to prototype high-performance serial transceiver applications. This means that we can use these boards for many different uses, but they are the most popular for this application. The reason for this is that there are very few boards like these on the market today. It makes them much more versatile if you need a board capable of doing a lot of work. If you need a board with a lot of memory or logic, this may not be the best option for you. If you only need a small amount of memory and have very little to no design capabilities. It may be the best choice for you as it will allow your design to run faster and save you time in the long run.

Advanced memory interface

The Xilinx Kintex-7 FPGA boards have a memory interface to install more memory than might be commonly installed. This means that they can store more information in different parts of their system. It makes it possible for you to have stored data or files from another project stored on your board so that you can use the two together later. You can connect the memory interface to the Zynq-7020 MicroController present in these boards. It makes it easier for all your information to be easy to access and easier for the two systems to communicate with each other.

Modular Xilinx MicroBlaze softcore

The Xilinx MicroBlaze processor is a modular component of the board, which means that we can replace it with another processor that a different company makes. This means that you will not be stuck with the MicroBlaze processor if you would instead use a completely different one. Since you can change most of the components on this board, it is easier for you to do most things with your board instead of only using one specific component or type of component.

Ultra-low power consumption

The Xilinx Kintex-7 FPGA boards can consume less power than most other boards on the market today. This is because they can transition between different power-saving modes that allow them to be more energy-efficient. Since they use less energy, we can use them in different situations without worrying about running out of energy. This also increases their versatility as you will not have to worry about keeping your board running if you cannot have it always plugged into a wall socket. The Xilinx PicoBlaze processors used in these boards are also much slower than other processors. It also means that your board will be able to run for a longer period without having to worry about it running out of energy.

Reduced size

These boards can run many different processes and algorithms, which means that the total system size will be smaller than otherwise. This will allow you to put them into a tighter space or use them in different situations that would otherwise require more space or resources. This makes it easier for you to get many different uses out of your board without having to use up too much space on your design table or another working area.

Limitations of the Xilinx Kintex-7 FPGA Boards

Since these boards are perfect for serial transceiver applications, we cannot use them in other situations unless you are willing to change or redesign them. This means that if you need a board with a lot of memory and logic, this may not be the best choice for you. If you only need a small amount of memory and have very little to no design capabilities, this may be the best choice for you as it will allow your design to run faster and save you time in the long run. These boards also only contain one MicroBlaze softcore processor, which means that you will only be able to use one simultaneously instead of having multiple ones running at once.

Another limitation is the fact that we cannot use the Xilinx Kintex-7 FPGA boards in every situation. This means that if you need a board that can do more than just running serial transceivers, this may not be the best choice for you. If you only need a board for serial transceiver applications, these boards can do all of them in very little time, saving you energy and time in the long run. Since these boards are suitable for serial transceivers, they contain only one MicroBlaze processor instead of multiple ones, making them harder to use in other situations.

We can use the Xilinx Kintex-7 FPGA boards in many different electronics applications but cannot do everything other boards on the market. They can run all of the software required for serial transceiver-based designs but will need to rework them or change to run any other program. Since these boards contain only one MicroBlaze processor, we cannot use them in any project that requires multiple processors working at once.

Application of the Xilinx Kintex-7 FPGA Boards

Since the Kintex-7 FPGA boards can perform many more functions than other boards, they can quickly get the answers they need, allowing them to function more efficiently. These boards are also one of the most efficient FPGA platforms on the market today, meaning that you will often use all these characteristics when using them.

1. Serial transceivers

Since these boards only work with serial transceiver applications, this means that you will be able to use them in a wide range of situations that would otherwise not be possible. They contain everything needed to run a serial transceiver-based circuit, meaning that we can use them in a wide range of applications without worrying about how they will work. This also allows all the information from these systems to flow from one place to another faster since the boards are less limited than other boards.

2. High-performance computing

These boards can perform fast calculations in applications that require this. They can perform these high-end functions. Such boards will not need to take up much space on your design table. Since they do not contain much logic, this will also allow them to work in smaller spaces. These boards will be ideal for engineers who need to use smaller designs or projectors, computers, or other systems with limited memory.

3. Embedded systems

We can also use the Xilinx Kintex-7 FPGA boards in embedded systems since they can run all the software required for these designs without having any complications. This allows the engineers who use them to only focus on their main tasks instead of worrying about other aspects of their project like debugging or getting an error on their board. These boards are also easy to use and start with, which will make these designs easier for you to start. It will also make your projects run faster and more efficiently since all the variables in the system are working.

4. Wireless communication systems

These boards contain a wide range of features helpful for serial transceiver applications. Thus, we can use them in many wireless communication applications without any problems. Since these boards work with such systems, they are compatible with many wireless systems. We can use them in many situations.

5. Medical electronics applications

We can use these boards in medical electronics applications because they can perform many different functions at once. They can run serial transceiver-based circuits. Therefore, we can use them in a wide range of medical systems without having any problems. These boards can also store large amounts of information in very little space. Such a feature allows them to run much faster than other boards on the market today.

6. Logic synthesis

The Xilinx Kintex-7 FPGA boards are essential in various logic synthesis applications. They are compatible with a wide range of IP cores and can use them with many different configurations. Furthermore, they contain many kinds of processors and DSPs. They can handle any logic synthesis you want to run since they can contain multiple systems on the same board.

7. Signal processing and control systems

These boards can also perform many signals processing and control functions since we can optimize them for these applications. This will allow them to function in many different situations and can still be helpful in other applications. These boards are compatible with a wide range of different accessories. Therefore, it will allow for more flexibility in applications that simultaneously need to perform many functions.

8. Data acquisition systems

Since the Xilinx Kintex-7 FPGA boards are perfect for signal processing and control systems, we can use them in a wide range of data acquisition systems since these systems can use them to perform dialysis or calibration processes. These boards will also allow designers to store large amounts of data on these devices without any problem. It means that more information will be available for designers to use. Since they will run everything on the board, we can use everything in another application without problems.


The Xilinx Kintex-7 FPGA boards can perform many different functions, unlike other boards on the market today. Since they contain many different systems on one board, they will replace other components in your project without taking up much space. This will allow you to free up room for things that need more space. Since these boards are also available in small packages, you can use them in projects that would otherwise not be possible with specific hardware. These boards are also compatible with a wide range of accessories. It means you will get precisely what you need for any application without having to worry about compatibility issues.




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