XC4013XL-2PQ160I

Series:	XC4000E/X
Part Status:	Obsolete
Number of LABs/CLBs:	576
Number of Logic Elements/Cells:	1368
Total RAM Bits:	18432
Number of I/O:	129
Number of Gates:	13000
Voltage - Supply:	3 V ~ 3.6 V
Mounting Type:	Surface Mount
Operating Temperature:	-40°C ~ 100°C (TJ)
Package / Case:	160-BQFP
Supplier Device Package:	160-PQFP (28x28)
Base Part Number:	XC4013XL

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Introduction to XC4013XL-2PQ160I Field Programmable Gate ArrayThe XC4013XL-2PQ160I Field Programmable Gate Array (FPGA) is an integral part of embedded technology, as it provides a more efficient and cost effective method of design compared to traditional hardware and software development. This FPGA is packed with a plethora of features to provide users with both flexibility and power. It is made up of thousands of configurable logic cells that are connected together with a user-programmable interconnect matrix. The XC4013XL-2PQ160I can be programmed with Verilog or VHDL (Hardware Description Language) to create a custom logic circuit.Features of XC4013XL-2PQ160I FPGAThe XC4013XL-2PQ160I FPGA is equipped with 160 Independent logic blocks, each containing 8 scan-able bits, which can be configured to create a multi-level logic structure. It is further enhanced with 2 Mega Blocks, each containing 8192 logic cells, which give the designer greater flexibility in their design. These Mega Blocks are further enhanced with fast routing resources to provide high-speed communication between multiple logic blocks.It also features a 16Kbit On-chip SRAM for storing data and a wide range of support for various I/O interfaces such as Serial Peripheral Interface (SPI), Inter-IC Sound (I2S) and Universal Asynchronous Receiver-Transmitter (UART). It is further complimented with 2 embedded 18-bit multipliers and a programmable power management unit which allows the FPGA to operate under different power targets ranging from 0.6V to 3.3V. Furthermore, the XC4013XL-2PQ160I FPGA also offers an impressive range of Low-Power mode that enables the user to power off a block of logic temporarily while the remaining blocks remain powered. This enables the designer to save power while maintaining the functionality of the system. Application Fields of XC4013XL-2PQ160I FPGAThe XC4013XL-2PQ160I FPGA is ideal for applications such as audio processing, motor control, medical imaging, networking, and security.This FPGA is an excellent choice for audio processing applications due to its high speed logic blocks, fast routing capabilities and On-Chip SRAM. Additionally, its easy to use design tools, such as the Xilinx Vivado Design Suite, make it simple for users to create complex audio processing designs. The XC4013XL-2PQ160I FPGA is also often used for motor control applications as it has the ability to safely control large amounts of data quickly and accurately. Its Low-power technologies, such as active power shut down, reduce the overall power consumption of the system while boosting its performance.As FPGAs are inherently re-programmable, they are also a great choice for medical imaging systems as they allow designers to quickly make changes to the logic design without having to fabricate a new hardware each time. Network PHYs (Physical layer) or MAC’s (Media Access Control) can be designed with XC4013XL-2PQ160I, too. This FPGA is fully-equipped with fast routing and low-latency I/Os, which make it an ideal choice for networking applications. Not only is XC4013XL-2PQ160I a great choice for embedded software applications, such as audio processing, motor control, medical imaging, networking but it is also extensively used for security and crypto-currency applications. Its dedicated logic blocks and fast routing capabilities allow it to encode and decode data quickly while maintaining a high level of security.The Working Principle of XC4013XL-2PQ160I FPGAXC4013XL-2PQ160I works on a text-based programming language, Verilog or VHDL. This language allows users to create digital logic designs as if they are writing a program, using if and else statements, for example. To program the chip, the user needs to send in a Verilog or VHDL information file specifying the logic of the design. Once the user sends the info file, the XC4013XL-2PQ160I FPGA translates it into programmable logic blocks pre-connected with a user-programmable interconnect matrix. This matrix allows the user to connect different logic blocks to each other to create a multi-level logic circuit. It also has the ability to route data within the chip at high speed, allowing the FPGA to perform logical operations in real-time.The user can further enhance their design with the Embedded Processor System (processor, memory, debugger) available with the XC4013XL-2PQ160I FPGA. This feature provides users with an embedded system that can be programmed just like a computer, allowing them to create a fully functional system on a single chip.ConclusionThe XC4013XL-2PQ160I FPGA is an extremely powerful embedded device packed with a plethora of features for faster, more efficient and cost-effective designs. Its advanced features make it ideal for applications in audio processing, motor control, medical imaging, networking, and security. With its Verilog language based design, it is easy for users to quickly translate their digital design into programmable logic blocks that are pre-connected with a matrix. Its Embedded Processor System also allows the user to create a fully functional system on one chip, making the XC4013XL-2PQ160I FPGA a great choice for any embedded system.

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