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Showing Results For: FPGAs

FPGAs

FPGA, abbreviated as Field-Programmable Gate Array, is an integrated circuit with some internal hardware blocks that have operator-programmable interconnects to be customized for a specific application. It is easy to reprogram the interconnects, which allows the FPGA to accommodate any alterations made to a design, or it can even support new applications during the part’s lifetime. 

 

The FPGAs have been used in some old devices like Programmable read-only memory and programmable logic devices. These devices mainly were programmed in the field or at the factory, but since they used the fusing technology, they could not be changed once programmed. The FPGA stores its configuration information in a re-programmable device like flash memory or RAM.

Why Use an FPGA?

An FPGA can be used when you need to optimize a chip for a particular workload or when you would need to make some changes to the chip later on. There is a wide range of uses for FPGAs, including equipment for imaging and video, aerospace or circuitry for computers, military applications, electronics used for specialized processing, and more. They are furthermore used for prototyping application-specific integrated circuits. Therefore, until the ASIC or processor design is finalized and is error-free, the FPGA can be used until the production of the final design begins. Intel also uses FPGAs to prototype their new chips.

Another use for FPGAs is in real-time systems, where response time plays a vital role. You will see that usually, in the standard CPUs, the response time is not fixed, and you will get a response after the initial signal is sent. Real-time operating systems play a crucial role in reducing or keeping it in range. However, when a quick response is required, this always falls short. To solve this issue, the requested algorithm needs to be incorporated into the FPGA using combinational or sequential logic to ensure that the response time always comes under milliseconds. When this real-time system is ready, it can be implemented into an FPGA and finally shifted to the manufacturing stage. When an integrated circuit is created in this way, it will be more energy-efficient and much faster. 

 

Other than the uses stated, FPGAs are also used in projects where hardware configuration needs to incorporate some changes and a circuit that can adjust to such changes. FPGA is beneficial when you change your hardware supplier and the new hardware does not have the required interface.

How to Program FPGAs

It is believed that the notion of FPGA programming might be a bit misleading because there is no actual program for running sequentially. This type of programming involves creating a hardware architecture that will complete the requested algorithm and describe it in a hardware description language. However, the building blocks of this algorithm will not be a memory register and series of operations that need to be performed like the standard programs that are executed by CPUs or GPUs. Low-level components are included in FPGAs, such as logic gates, multiplexers, and adders registers. With such features, you can have extraordinary. You can also implement operations that take a lot of time or are very complicated for general-purpose CPUs. For example, block chippers and cryptographic functions are performed by CPUs in many cycles, which takes a lot more time than FOGAs do in such cases. These are some of the many reasons FPGAs are considered an attractive option for many applications.


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Lattice Semiconductor
Rohs Verified
ICE40LP1K-CM49, Lattice Semiconductor
1035 In Stock
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490 +
£ 3.69
Lattice Semiconductor
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ICE40HX4K-TQ144, Lattice Semiconductor
58 In Stock
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60 +
£ 6.45
Lattice Semiconductor
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ICE40HX1K-VQ100, Lattice Semiconductor
230 In Stock
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90 +
£ 4.66
Lattice Semiconductor
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iCE40HX4K-TQ144, Lattice Semiconductor
65 In Stock
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1 +
£ 7.07
10 +
£ 6.89
25 +
£ 6.71
Lattice Semiconductor
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iCE40HX1K-VQ100, Lattice Semiconductor
84 In Stock
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£ 5.35
10 +
£ 5.21
50 +
£ 5.06
Lattice Semiconductor
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iCE40LP1K-CM49, Lattice Semiconductor
71 In Stock
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1 +
£ 4.22
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5CGXFC3B7F23C8N, Altera
142 In Stock
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60 +
£ 58.32
120 +
£ 54.96
EP1C3T100C8N, Altera
191 In Stock
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90 +
£ 11.28
90 +
£ 11.28
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EP4CE15F23I8LN, Altera
75 In Stock
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£ 39.59
10 +
£ 38.57
20 +
£ 37.61
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EP2C5T144C8N, Altera
82 In Stock
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60 +
£ 20.79
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EP4CE15E22C8N, Altera
171 In Stock
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60 +
£ 24.28
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EP4CE6F17C8N, Altera
239 In Stock
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90 +
£ 15.67
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EP4CE15F23I7N, Altera
2 In Stock
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£ 42.75
5 +
£ 41.60
10 +
£ 40.50
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EP2C5F256I8N, Altera
199 In Stock
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90 +
£ 30.51
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EP4CE6F17I7N, Altera
237 In Stock
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90 +
£ 16.16
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EP2C5Q208C8N, Altera
70 In Stock
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24 +
£ 21.25
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5CEBA4F17C8N, Altera
249 In Stock
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90 +
£ 51.82
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EP3C16F484C8N, Altera
144 In Stock
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60 +
£ 58.60
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EP4CE30F23C8N, Altera
81 In Stock
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60 +
£ 41.90
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EP4CGX15BF14C8N, Altera
295 In Stock
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119 +
£ 26.40
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EP4CE6U14I7N, Altera
236 In Stock
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119 +
£ 15.74
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EP4CE6F17C6N, Altera
254 In Stock
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90 +
£ 19.28
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EP4CE6E22I7N, Altera
58 In Stock
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60 +
£ 23.31
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EP4CE10E22I7N, Altera
164 In Stock
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£ 35.33
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5CEBA2F17C8N, Altera
178 In Stock
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90 +
£ 36.53
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5AGXBA7D6F31C6N, Altera

5AGXBA7D6F31C6N, Altera

Field Programmable Gate Arrays, Altera An FPGA is a semiconductor device consisting of a matrix of Configurable Logic Blocks (CLBs) connected through programmable interconnects. The user determines these interconnections by programming SRAM. A CLB can be simple (AND, OR gates, etc) or complex (a block of RAM). The FPGA allows changes to be made to a design even after the device is soldered into a PCB.
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Arria V GX FPGA with 6Gbps Transceivers, Altera These devices Provide bandwidth, cost, and power levels that are optimized for high-volume data and signal-processing applications. An FPGA is a semiconductor device consisting of a matrix of Configurable Logic Blocks (CLBs) connected through programmable interconnects. The user determines these interconnections by programming SRAM. A CLB can be simple (AND, OR gates, etc) or complex (a block of RAM). The FPGA allows changes to be made to a design even after the device is soldered into a PCB.
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EP4CE15F23I8LN, Altera

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Cyclone FPGA, Altera An FPGA is a semiconductor device consisting of a matrix of Configurable Logic Blocks (CLBs) connected through programmable interconnects. The user determines these interconnections by programming SRAM. A CLB can be simple (AND, OR gates, etc) or complex (a block of RAM). The FPGA allows changes to be made to a design even after the device is soldered into a PCB.
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iCE40LP1K-CM49, Lattice Semiconductor

iCE40LP1K-CM49, Lattice Semiconductor

Field Programmable Gate Arrays, Lattice Semiconductor An FPGA is a semiconductor device consisting of a matrix of Configurable Logic Blocks (CLBs) connected through programmable interconnects. The user determines these interconnections by programming SRAM. A CLB can be simple (AND, OR gates, etc) or complex (a block of RAM). The FPGA allows changes to be made to a design even after the device is soldered into a PCB.
New items
5AGXBA1D6F27C6N, Altera

5AGXBA1D6F27C6N, Altera

Field Programmable Gate Arrays, Altera An FPGA is a semiconductor device consisting of a matrix of Configurable Logic Blocks (CLBs) connected through programmable interconnects. The user determines these interconnections by programming SRAM. A CLB can be simple (AND, OR gates, etc) or complex (a block of RAM). The FPGA allows changes to be made to a design even after the device is soldered into a PCB.
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EP1C3T100C8N, Altera

EP1C3T100C8N, Altera

Cyclone FPGA, Altera An FPGA is a semiconductor device consisting of a matrix of Configurable Logic Blocks (CLBs) connected through programmable interconnects. The user determines these interconnections by programming SRAM. A CLB can be simple (AND, OR gates, etc) or complex (a block of RAM). The FPGA allows changes to be made to a design even after the device is soldered into a PCB.
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EP4CE6F17C8LN, Altera

EP4CE6F17C8LN, Altera

Cyclone FPGA, Altera An FPGA is a semiconductor device consisting of a matrix of Configurable Logic Blocks (CLBs) connected through programmable interconnects. The user determines these interconnections by programming SRAM. A CLB can be simple (AND, OR gates, etc) or complex (a block of RAM). The FPGA allows changes to be made to a design even after the device is soldered into a PCB.
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5CSEMA6F31C8N, Altera

5CSEMA6F31C8N, Altera

IC FPGA 288 I/O 896FBGA
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5CEBA4F17C8N, Altera

5CEBA4F17C8N, Altera

Cyclone FPGA, Altera An FPGA is a semiconductor device consisting of a matrix of Configurable Logic Blocks (CLBs) connected through programmable interconnects. The user determines these interconnections by programming SRAM. A CLB can be simple (AND, OR gates, etc) or complex (a block of RAM). The FPGA allows changes to be made to a design even after the device is soldered into a PCB.
New items
EP2C5T144C8N, Altera

EP2C5T144C8N, Altera

Cyclone FPGA, Altera An FPGA is a semiconductor device consisting of a matrix of Configurable Logic Blocks (CLBs) connected through programmable interconnects. The user determines these interconnections by programming SRAM. A CLB can be simple (AND, OR gates, etc) or complex (a block of RAM). The FPGA allows changes to be made to a design even after the device is soldered into a PCB.
New items
EP2C8Q208C8N, Altera

EP2C8Q208C8N, Altera

Cyclone FPGA, Altera An FPGA is a semiconductor device consisting of a matrix of Configurable Logic Blocks (CLBs) connected through programmable interconnects. The user determines these interconnections by programming SRAM. A CLB can be simple (AND, OR gates, etc) or complex (a block of RAM). The FPGA allows changes to be made to a design even after the device is soldered into a PCB.
FAQs
We offer free shipping for orders over £200 if delivery is in the UK. All other orders in the UK, shipping from £7.99 depending on the weight and measurement. Mainland Europe shipping charges start from £25. For all other countries shipping charges start from £50 for products like FPGAs and all others.
You can email us directly at sales@enrgtech.co.uk or via our website for any queries regarding FPGAs or any other product.
This depends on the FPGAs individual product and information that can be found on our website.
Yes, we offer special discounts on orders above £200 for FPGAs and all other products.
UK orders normally take between 2/3 working days. International orders normally take between 3/5 working days for all products including FPGAs.
Yes. We keep updating our stock frequently and if a product like FPGAs is not in stock then we will let you know.