Intel Agilex® 7 FPGA F‐Series Transceiver‐SoC (FM61) Development Kit (P‐Tile and E‐Tile)
The Intel Agilex® 7 FPGA F-Series Transceiver-SoC development kit offers a complete design environment that includes hardware and software for developing Intel Agilex® 7 FPGA F-Series designs. This kit is recommended for developing custom ARM® processor-based SoC designs and evaluating transceiver performance.
- Intel Agilex® 7 FPGA F-Series Transceiver-SoC development board mounted with Intel Agilex® 7 FPGA F-Series, 1400K LE, 2486A package
- On-board DDR4 memory (8GB) and SODIMM interface with 8GB DDR4 SODIMM module
- Supporting ETH, UART, SD card socket, eMMC and mictor connector
- IO48 interface for HPS OOBE (Out of Box Experience) and NAND daughter cards
- IO48 Interface for HPS daughtercards
- HPS OOBE daughtercard
- HPS NAND daughtercard
.png){kind=spacer}
Intel Agilex® 7 FPGA F-Series Transceiver-SoC (FM61) Development Kit (P-Tile and E-Tile)
-Development-Kit-(P-Tile-and-E-Tile)_New.png){kind=spacer}
Actual Power Tree for the Intel Agilex® 7 FPGA F-Series Transceiver-SoC (FM61) Development Kit (P-Tile and E-Tile)
Discrete Power Tree for the Intel Agilex® 7 FPGA F-Series Transceiver-SoC (FM61) Development Kit (P-Tile and E-Tile)
-Development-Kit-(P-Tile-and-E-Tile)_New.png){kind=spacer}
Module Power Tree for the Intel Agilex® 7 FPGA F-Series Transceiver-SoC (FM61) Development Kit (P-Tile and E-Tile)
| Product | Description | Buy Now |
|---|---|---|
| LTC4357 | Positive High Voltage Ideal Diode Controller | Buy LTC4357 |
| LTC4359 | Ideal Diode Controller with Reverse Input Protection | Buy LTC4359 |
| LTC4365 | Overvoltage, Undervoltage and Reverse Supply Protection Controller | Buy LTC4365 |
| LTC3888-1 | Dual Loop 8-Phase Step-Down DC/DC Controller with Digital Power System Management |
Buy LTC3888-1 |
| LTC7051 | SilentMOS Smart Power Stage in 5mm × 8mm LQFN | Buy LTC7051 |
| LTM4678 | Dual 25A or Single 50A µModule Regulator with Digital Power System Management | Buy LTM4678 |
| LTM4686-1 | Ultrathin Dual 10A or Single 20A μModule Regulator with Digital Power System Management |
Buy LTM4686-1 |
| LTM4668 | Quad DC/DC µModule Regulator with Configurable 1.2A Output Array | Buy LTM4668 |
| LTM4623 | Ultrathin 20VIN, 3A Step-Down DC/DC μModule (Power Module) Regulator | Buy LTM4623 |
| LTM4657 | 20VIN, 8A Step-Down DC/DC µModule Regulator | Buy LTM4657 |
| LTM4608 | 8A, Low VIN DC/DC µModule (Power Module) with Tracking, Margining, Multiphase and Frequency Synchronization |
Buy LTM4608 |
| LTC7151S | 20V, 15A Synchronous Step-Down Silent Switcher 2 Regulator | Buy LTC7151S |
| LTM4625 | 20VIN, 5A Step-Down DC/DC μModule (Power Module) Regulator | Buy LTM4625 |
| LTM4643 | Ultrathin Quad μModule Regulator with Configurable 3A Output Array | Buy LTM4643 |
| LT8625S | 18V/8A Step-Down Silent Switcher 3 with Ultralow Noise Reference | Buy LT8625S |
| LT8624S | 18V, 4A Step-Down Silent Switcher 3 with Ultralow Noise Reference | Buy LT8624S |
| LT8622S | 18V, 2A Step-Down Silent Switcher 3 with Ultralow Noise Reference | Buy LT8622S |
| ADP121 | 150mA, Low Quiescent Current, CMOS Linear Regulator in 5-Lead TSOT or 4-Ball WLCSP |
Buy ADP121 |
| MAX77542 | 16VIN/16A, Quad-Phase High-Efficiency Buck Converter | Buy MAX77542 |
| LTM4700 | Dual 50A or Single 100A µModule Regulator with Digital Power System Management |
Buy LTM4700 |
| LTM4702 | 16VIN, 8A Ultralow Noise Silent Switcher μModule Regulator | Buy LTM4702 |
| LTM4705 | 20VIN, Dual 5A or Single 10A Step-Down DC/DC μModule Regulator | Buy LTM4705 |
| LTM4668A | Quad DC/DC µModule Regulator with Configurable 1.2A Output Array | Buy LTM4668A |
|
Utilizing pre-existing power management reference designs can provide a good starting point, but modifications are often necessary to meet specific performance and power requirements. Arrow Electronics engineers can assist in analyzing your requirements, identifying the necessary modifications, and ensuring that the final design achieves optimal performance and power efficiency. Their knowledge and experience in power management enable them to provide valuable guidance and support throughout the design process, helping you achieve the best possible power solution for your specific application. Download the “Analog Devices Power Trees for FPGAs and GPUs” Guide |