iCEHax40 rev 1.4 2 Layers
2 layer board of 1.22 x 0.49 inches (31.0 x 12.4 mm)
Uploaded:
May 08, 2022
Shared:
May 08, 2022
Total Price:
$2.95
- Fixed the accidentally joined Vin pin and 3v3.
iCEHax40 : breakout board for Lattice iCE40LP1K-CM36. 0.4mm pitch BGA. With on board Vcore 1v2 and 3v3 LDO (AP7312-1233FM-7).
Plus on board Flash storage to store bitstream with all SPI pin breakout to user via pin header.
- Fixed the accidentally joined Vin pin and 3v3.
iCEHax40 : breakout board for Lattice iCE40LP1K-CM36. 0.4mm pitch BGA. With on board Vcore 1v2 and 3v3 LDO (AP7312-1233FM-7).
Plus on board Flash storage to store bitstream with all SPI pin breakout to user via pin header.
iCEHax40 rev 1.3 2 Layers
2 layer board of 1.22 x 0.49 inches (31.0 x 12.4 mm)
Uploaded:
February 19, 2022
Shared:
April 24, 2022
Total Price:
$2.95
iCEHax40 : breakout board for Lattice iCE40LP1K-CM36. 0.4mm pitch BGA. With on board Vcore 1v2 and 3v3 LDO (AP7312-1233FM-7).
Plus on board Flash storage to store bitstream with all SPI pin breakout to user via pin header.
iCEHax40 : breakout board for Lattice iCE40LP1K-CM36. 0.4mm pitch BGA. With on board Vcore 1v2 and 3v3 LDO (AP7312-1233FM-7).
Plus on board Flash storage to store bitstream with all SPI pin breakout to user via pin header.
CLK_MSRT
2 layer board of 0.60 x 0.61 inches (15.2 x 15.5 mm)
Uploaded:
January 03, 2022
Shared:
January 03, 2022
Total Price:
$1.80
Project Clock Master is the simple Clock multiplier based on ICS501 or the newer ICS511. This suitable for PLL-less FPGA such as iCE40LP1K-CM36 or just boosting ordinary low speed Xtal such as boosting 8MHz Xtal up to 64MHz!
Project Clock Master is the simple Clock multiplier based on ICS501 or the newer ICS511. This suitable for PLL-less FPGA such as iCE40LP1K-CM36 or just boosting ordinary low speed Xtal such as boosting 8MHz Xtal up to 64MHz!
Fl3xWatchOLED PCB rev4.0
2 layer board of 1.47 x 0.68 inches (37.4 x 17.2 mm)
Uploaded:
November 08, 2021
Shared:
November 08, 2021
Total Price:
$4.95
Notice
connector is on another side due to the design of connector only accept the FPC copper contact facing downward the connector. Doing this will maintain the display facing you.
Notice
connector is on another side due to the design of connector only accept the FPC copper contact facing downward the connector. Doing this will maintain the display facing you.