E100 - VU35P

Note: We accept crypto (USDT). We will provide a crypto address after you place the order.

 
The hash board has one Xilinx VU35P. VU35P includes 872K LUT, 224Mb on-chip RAM, and 8GB HBM2. With the active air cooling, E100-VU35P is plug-and-play, no PC is needed for running the mining program.

Total power consumption depends on the algorithm and voltage settings (please check the algorithms tag)

Active air cooling: Special designed active air cooling, including 2 fans front and back. Osprey Electronics™ E100-VU35P provides a turn-key solution for FPGA crypto mining. To mine with FPGA, a traditional setup will need a PC, PCIe cable, FPGA card, bitstream, software to load bitstream, monitoring software, etc. E100-VU35P fully integrated the whole process. You start to mine by just inputting your wallet address.

 

Osprey Electronics™ E100-VU35P over-provisioned the power supply to meet crypto needs. A common issue of using Xilinx BCU1525, U50c, or other types of FPGA cards is the power chip failure because of overclocking. Osprey E100-VU35P can supply up to 400 amps of power to the FPGA, and 100 amps to HBM. Power chips are working well under their capacity and will last longer. Osprey Electronics™ E100-VU35P has the best heat dissipation design in FPGA crypto mining. The copper block is attached to the FPGA to absorb the heat with 3 long heat pipes that transfer the heat to the giant heat sinks. Two 6000RPM fans blow the air through a tunnel to cool the heat sinks. Osprey Electronics™ E100-VU35P cards provide optimized acceleration for cryptocurrency mining. E100-VU35P is based on Xilinx UltraScale+™ VU35P FPGA technology.

Specifications: FPGA: 1 x Xilinx UltraScale+™ VU35P FPGA with 872K LUT, 224Mb on-chip RAM, 8 GB HBM, 420 GB/s Bandwidth Xilinx Zynq 7010 based control board

Thermal: 2 Fans

Dimension: 13” x 5” x 6” (inch)

Weight: 6.61lbs(3kg)

PCB Dimension: 6.05" x 5.82" x 0.63" (inch)

Working temperature : 1 °C - 40 °C* Hash Board

* PSU is not included

*If you mine at home, we recommend you choose the "Noctua 3000RPM Fan" option. Its noise level is 10DB down (FPGA may run at a higher temperature because of lower fan speed).