EP3SL70F484I4N

Series:	Stratix® III L
Part Status:	Active
Number of LABs/CLBs:	2700
Number of Logic Elements/Cells:	67500
Total RAM Bits:	2699264
Number of I/O:	296
Voltage - Supply:	0.86 V ~ 1.15 V
Mounting Type:	Surface Mount
Operating Temperature:	-40°C ~ 100°C (TJ)
Package / Case:	484-BBGA, FCBGA
Supplier Device Package:	484-FBGA (23x23)
Base Part Number:	EP3SL70

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The EP3SL70F484I4N is an FPGA (Field Programmable Gate Array) chip from Altera Corporation, designed specifically for embedded applications. The EP3SL70F484I4N enables users to implement complicated digital designs with minimal engineering overhead. The EP3SL70F484I4N features an integrated RAM block of over 1Mbits and an up to 25K gate-level elements architecture, with a wide range of features including local interconnect, dedicated analog inputs and outputs, power management, and integrated software.
In general, FPGAs are used to create digital hardware designs with faster manufacturing times and lower costs than is possible with hardware-based designs, due to their programmable nature. FPGAs are configured using a set of programming instructions, called a "design file." The design file can be used to reprogram the FPGA to create new functionalities. The EP3SL70F484I4N is designed for embedded applications, making it an ideal choice for applications such as digital signal processing, communication network, data storage, video processing, and medical instrumentation, where fast development times and low costs are a priority.
The EP3SL70F484I4N’s architecture allows it to simplify the design of the user\'s digital system. This is accomplished by taking concept of a traditional Field Programmable Gate Array (FPGA) and combining it with an embedded processor block, creating an architecture known as “Embedded Processor FPGA” (EP3SL70F484I4N). The EP3SL70F484I4N\'s architecture makes it ideal for embedded applications, where the same tasks can be carried out faster and cheaper than with a traditional FPGA.
The EP3SL70F484I4N is configured via a design file, which contains a set of instructions for configuring the FPGA for a particular task. The design file provides the necessary information for the synthesis system to generate the bitstream, which is then sent to the EP3SL70F484I4N for configuration. When the EP3SL70F484I4N is configured, the user design is synthesized, the logic elements are routed, and the instruction memory and debug circuitry are implemented.
The EP3SL70F484I4N features several key components which are used to implement digital systems. First and foremost, the chip uses a combination of large scale and fine grained interconnect to allow Signals to propagate quickly and efficiently within the chip. The chip also features large on-chip SRAM, which is used to store the data needed for the digital system. This SRAM is connected to the logic elements of the FPGA, allowing for quick access to the data intended for the design. The chip also contains a 2×3 clock network, allowing for the selection of clocks from different frequencies.
The EP3SL70F484I4N also features a wide portfolio of peripheral intellectual property (IP) blocks available for use with the chip. This IP helps to reduce development time by offering off-the-shelf components for use with the chip\'s logic. This simplifies the creation of designs, such as processor systems, allowing for faster development times.
In addition, the EP3SL70F484I4N is optimized for power consumption, allowing for the design of power-efficient digital systems. The chip features programmable digital power supply, allowing the user to optimize the power consumption at the software level. There are also several power gating blocks which can be used to reduce the power consumption of the chip during idle cycles.
To summarize, the EP3SL70F484I4N is an ideal FPGA chip for use in embedded applications, due to its combination of features, integration, and flexibility. It’s combination of local interconnect, dedicated analog inputs and outputs, power management and integrated software stands out from the competition. Its intuitive design language and cost-saving architecture make it the obvious choice for any new or existing digital design project.

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