Lattice Semiconductor Corporation LFECP10E-4F256I

LFECP10E-4F256I Overview
As part of the 256-BGA package, it is included. This kind of FPGA is composed of FIELD PROGRAMMABLE GATE ARRAY. A total of 195 I/Os allow data to be transferred in a more coherent manner. A fundamental building block consists of 10200 logic elements/cells. It is powered from a supply voltage of 1.2V. The Field Programmable Gate Arrays family of FPGA parts includes this part. With a Surface Mount connector, this FPGA module can be attached to the development board. In order to operate it, it requires a voltage supply of 1.14V~1.26V . It is a type of FPGA that belongs to the ECP series of FPGAs. Fpga chips is important to maintain the operating temperature wFpga chipshin the range of -40°C~100°C TJ when operating the machine. In this device, there are 195 outputs that can be used. In order to save space, this FPGA model has been contained in Tray. There are a total of 256 terminations. This device has 282624 RAM bits, which is the number of RAM bits that this device offers. Its base part number LFECP10 can be used to find parts that are related to it. Fpga electronics is important that this FPGA module has a RAM si34.5kBe of 34.5kB in order to ensure that the program will run normally. There are 256 pins on this device. According to its specifications, this FPGA will be able to work fantastically as long as it is mounted in Surface Mount. Its flexibility can be fully utilized when operating with a 1.2V supply voltage. An external power supply of 1.21.2/3.33.3V is required to power the device. There are a total of 256 pins on this device. There are 1280 logic blocks (LABs) that make up the system's basic building block. A memory of 39.6kB is embedded in this FPGA module for storing data and programs. This FPGA can get as fast as 378MHz.

LFECP10E-4F256I Features
195 I/Os
Up to 282624 RAM bits
256 LABs/CLBs
1280 logic blocks (LABs)


LFECP10E-4F256I Applications
There are a lot of Lattice Semiconductor Corporation
LFECP10E-4F256I FPGAs applications.


Bioinformatics
Device controllers
Software-defined radio
Random logic
ASIC prototyping
Medical imaging
Computer hardware emulation
Integrating multiple SPLDs
Voice recognition
Cryptography