A40MX02-1PLG68M

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Field Programmable Gate Arrays (FPGAs) are digital logic devices with a wide range of applications within the embedded systems community. FPGAs consist of logic cells, interconnects and programmable resources, giving engineers the opportunity to use hardware devices which are both flexible and relatively low-cost. A40MX02-1PLG68M is a member of Altera’s MAX family of FPGAs, and is designed for use within applications utilizing embedded processors and DSPs.

The A40MX02-1PLG68M is built on an advanced low-power 0.18µm CMOS process, and comes with 8 megabits of SRAM featuring a 1.8V core supply, as well as 3880 LEs of programmable logic functionality. It features up to 14 user-selected signal banks comprised of both low-cost high-speed I/O and high-performance LVDS transceivers. Its four execution units are particularly versatile, and can be combined with reconfigurable logic to support optimized implementations of multiple processor pipelines.

The A40MX02-1PLG68M’s I/O ports consist of eight LVDS receiver pairs and eight LVDS transmitter pairs, with one pair used for Clock Management. Programmable pin control and drive strengths, as well as conventional I/O port functions, can all be set through a GUI-based pin planner and associated software libraries. This ensures costly board redesigns are avoided and allows applications to be tailored quickly and easily to fit customer needs and specifications.

In FPGAs, pre-defined logic primitives and interconnects are combined together to form the logic which forms the user-defined program. Logic elements in FPGAs include AND, OR, XOR, and flip-flops. Interconnects are used to implement the desired Boolean equations. The A40MX02-1PLG68M’s FPGA size of 8 megabits is capable of supporting up to 3880 LEs, which can be programmed directly from the GUI-based development environment. FPGAs can be programmed in hardware Verilog or VHDL, with the actual synthesis and optimization for the best logic result being performed using synthesis software.

FPGAs are an ideal platform for embedded applications because they are modular, fast and reconfigurable. Furthermore, they have the ability to react to input quickly, which allows applications to be changed quickly and easily in response to changing demands. The A40MX02-1PLG68M, specifically, is ideal for embedded applications because of its low-power 0.18µm process, extensive I/O capabilities, and expandable logic arrays.

Despite its relatively small size, the A40MX02-1PLG68M can support a wide range of applications. These include audio and video applications, like HDTV, network protocols such as WLAN, high-performance embedded designs, and field-upgradeable designs. This wide range of applications is due to the device’s multipurpose capabilities.

It is important that an FPGA device is optimally designed to ensure its correct functioning. The A40MX02-1PLG68M is designed with a set of robust development tools, libraries and verification IPs which offer users complete access to their development environment and the ability to fine tune the design according to the application requirements.

Overall, the A40MX02-1PLG68M is an ideal solution for use in a wide range of embedded applications and designs. Its design capabilities are practically unmatched when it comes to embedded FPGAs, offering users a fast, reconfigurable and versatile piece of hardware to work with. Its low-power process and extensive I/O capabilities make it an ideal choice when designing for applications such as HDTV, WLAN, field-upgradeable projects, high-performance embedded designs, and any applications which require a fast, reconfigurable and versatile piece of hardware.

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