LFE3-35EA-8LFN672C Overview

This package is included in the 672-BBGA package and is available for purchase. FPGAs of this type consist of FIELD PROGRAMMABLE GATE ARRAY components. The device has 310 I/O ports for more coherent data transfer. Logic blocks consist of 33000 logic elements/cells. In order for the device to operate, a supply voltage of 1.2V volts needs to be provided. There is a Field Programmable Gate Arrays family component in this FPGA part. Using a Surface Mount connector, you can mount this FPGA module on the development board. This device is powered by a 1.14V~1.26V battery. The ECP3 series FPGA is a type of FPGA that belongs to the ECP3 family of FPGAs. Fpga chips is necessary to keep the operating temperature wFpga chipshin 0°C~85°C TJ when the device is operating. In this device, there are 310 outputs that can be used. There is an FPGA model contained in Tray in order to conserve space. Total terminations are 672. Fpga chips is important to note that this device has a RAM capacFpga chipsy of 1358848 bFpga chipss. For related parts, use its base part number LFE3-35. Fpga electronics is important that this FPGA module has a RAM si165.9kBe of 165.9kB in order to ensure that the program will run normally. In order to make it work, 672 pins have been designed. This FPGA is built as an array of 4125 LABs/CLBs. Providing the FPGA is mounted in Surface Mount as per the specifications of the IC, then it should work perfectly according to its specifications. Power is supplied to the device by a 1.2V battery. This device has a pin count of 672 in fpga semiconductor. It usually uses a 500MHz crystal.

LFE3-35EA-8LFN672C Features

310 I/Os
Up to 1358848 RAM bits
672 LABs/CLBs

LFE3-35EA-8LFN672C Applications

There are a lot of Lattice Semiconductor Corporation LFE3-35EA-8LFN672C FPGAs applications.

• Automotive driver's assistance
• Secure Communication
• Space Applications
• Automotive
• Data Center
• Camera time adjustments
• Random logic
• Computer hardware emulation
• Server Applications
• Digital signal processing