Lattice Semiconductor Corporation LFE2M20E-6F256I

LFE2M20E-6F256I Overview
A 256-BGA package is provided with this component. FPGAs of this type consist of FIELD PROGRAMMABLE GATE ARRAY components. This device features 140 I/Os in order to transfer data in a more efficient manner. A fundamental building block is made up of 19000 logic elements/cells. An electrical supply voltage of 1.2V powers it. A Field Programmable Gate Arrays-series FPGA part. An FPGA module can be attached to a development board with a Surface Mount-pin. Powered by a 1.14V~1.26V supply voltage, fpga chips is able to operate at high speeds. The FPGA belongs to the ECP2M series of FPGAs, and it is one type of FPGA. During the operation of the system, the operating temperature should remain within the range of -40°C~100°C TJ. In order to make this device as versatile as possible, there are 140 different outputs included. It is for space saving reasons that this FPGA model is contained in Tray. As a whole, it has 256 terminations. The RAM bits that are offered by this fpga chips are 1246208. Related parts can be found by using its base part number LFE2M20. The FPGA module's RAM si152.1kBe reaches 152.1kB in order to ensure that the program operates in a normal manner. 256 pins are designed into the device. Fpga electronics contains 2375 LABs/CLBs in an array. 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. A 1.2V-volt supply allows designers to fully utilize its flexibility. In addition to this, it has 256 pins. There is a memory of 157.3kB embedded in this FPGA module, which can be used for storing programs and data. Using this FPGA, you can get speeds up to 357MHz. In order for the building block to work, fpga semiconductor consists of 20000 logic cells.

LFE2M20E-6F256I Features
140 I/Os
Up to 1246208 RAM bits
256 LABs/CLBs


LFE2M20E-6F256I Applications
There are a lot of Lattice Semiconductor Corporation
LFE2M20E-6F256I FPGAs applications.


Medical imaging
Computer hardware emulation
Integrating multiple SPLDs
Voice recognition
Cryptography
Filtering and communication encoding
Aerospace and Defense
Medical Electronics
Audio
Automotive