The design not only pays attention to the improvement of technology and the speed of updating hardware, it is a very suitable equipment for customers' high requirements, as well as automatic programming system and automatic testing, ensuring the highest quality and overall output. The core is based on the most advanced FPGA, powerful ARM processor and internal SSD, achieving ultra-fast programming speed (sustainability of more than 31mb/s). The programming time is extremely short, and 8 GB of eMMC NAND flash memory can be completed in less than 250 seconds if the memory allows.

1. Based on high-performance FPGA design, combined with powerful ARM processor and internal SSD technology, the programming speed reaches the limit of the device.
2.64pin precise pin drive circuit, providing high-speed, precise and stable programming signal.
3. The logic signal frequency is as high as: 3.3V up to 80MHz and 5V up to 125MHz, and the programming voltage can be as low as 0.8V.
4. Ultra-high-speed programming speed, continuous programming speed is higher than 31Mb/s. In the case of sufficient device memory, 8GB eMMC Nand Flash programming only takes less than 250 seconds.
5. Have two general programming modules, professionally respond to IC package types and special modules, optimize the test socket, so that each PIN pin has ESD protection.
6. Support USB2.0 and Lan (up to 1Gbit) communication ports.
7. Compatible with 32bit/64bit MS operating systems: Windows XP～Windows 10 (32-bit and 64-bit).
8. Free programming software updates, quick response to customer new device upgrades, software can be released as needed within one working day.
9. One PC can be connected to multiple burners for product programming, which improves programming efficiency.

Working rated voltage 100-240V AC, 90-264 VAC maximum 47-63 HZ working maximum power consumption: 25W, standby power consumption is about 5W.
Dimensions: 1395 x 1895 x 485 mm.
Weight: 1.25kg (without modules).
Working temperature is 5°~40°C.
Working humidity is 20%~80%, no condensation.