LFE2M35SE-5FN256I Overview

This package is included in the 256-BGA package and is available for purchase. A FIELD PROGRAMMABLE GATE ARRAY-based FPGA is one of these types. The device has 140 I/O ports for more coherent data transfer. A fundamental building block consists of 34000 logic elements/cells. It is powered from a supply voltage of 1.2V. In this case, the FPGA part belongs to the Field Programmable Gate Arrays family. The Surface Mount-slot on the development board allows you to attach the FPGA module. In order to operate it, it requires a voltage supply of 1.14V~1.26V . The ECP2M Series is one of the types of FPGAs that belong to this type. As far as the operating temperature is concerned, it should be kept within -40°C~100°C TJ when operating. During the installation of this device, 140 outputs were incorporated. A model of this FPGA is contained in Tray for the purpose of saving space. In total, there are a total of 256 terminations on fpga chips. Fpga chips is important to note that this device has a RAM capacFpga chipsy of 2151424 bFpga chipss. LFE2M35 is the base part number that can be used to identify related parts. During the configuration of this FPGA module, the RAM si262.6kBe reaches 262.6kB to ensure that the program runs normally. There are 256 pins on this device. A total of 4250 LABs/CLBs are included in this FPGA. As long as this FPGA is mounted in Surface Mount, it should be able to function as it should in terms of its specifications, as well as its capabilities. With a 1.2V supply voltage, designers can fully utilize the flexibility of the device. In addition to this, it has 256 pins. Data and programs can be stored in this FPGA module's 271.5kB memory. A FPGA of this type can achieve a speed as high as 320MHz.

LFE2M35SE-5FN256I Features

140 I/Os
Up to 2151424 RAM bits
256 LABs/CLBs

LFE2M35SE-5FN256I Applications

There are a lot of Lattice Semiconductor Corporation LFE2M35SE-5FN256I FPGAs applications.

• Bioinformatics
• Embedded Vision
• Consumer Electronics
• Telecommunication
• Camera time adjustments
• ADAS
• Distributed Monetary Systems
• Software-defined radios
• OpenCL
• Integrating multiple SPLDs