Acquisition Lattice Evaluation Boards:MachXO4,Certus-NX 65K,MachXO5-65T
Shenzhen Mingjiada Electronics Co., Ltd. is a specialist service provider in the field of electronic component recycling. Leveraging extensive industry experience, a global resource network and professional technical expertise, the company delivers efficient, secure and compliant electronic component recycling solutions for enterprises of all types.
The company maintains a long-term procurement programme for Lattice FPGA evaluation boards, encompassing the MachXO4, Certus-NX 65K and MachXO5-65T series.
MachXO4 Development Board
MachXO4 Development Board provides a versatile platform for designers to explore and evaluate the capabilities of the MachXO4 FPGA. This board supports rapid prototyping and testing, helping engineers accelerate the development of custom designs.
Equipped with the LFMXO4-110 device, the board enables easy evaluation of hardware management functionality. It also enhances design flexibility through support for Arduino, Raspberry Pi, FX12, Versa, and Aardvark headers.
Features
On-board 16 Mbit SPI Boot Flash with Quad-read capability for user applications
Offers multiple reference clock sources for design flexibility
Supports GPIO interface compatible with Arduino and Raspberry Pi boards for flexible prototyping
With Two Hirose FX12-40 header positions (DNI) for optional expansion and Aardvark header (DNI) for additional connectivity options
Certus-NX 65K Development Board
Prototyping board with configurable I/O, RGMII, and Hyper RAM3.0 memory
Certus-NX 65K Development Board allows you to evaluate and innovate with the features of the Certus-NX FPGA. The Certus-NX 65K Development Board enables rapid prototyping and testing of your customized designs.
The board features the Certus-NX LFD2NX-65 device in a 484-ball caBGA package. It offers a variety of options to expand the usability of the Certus-NX FPGA with multiple expansion headers such as Arduino, Raspberry Pi, PMOD, AARDVARK and Versa. The board offers key interfaces like PCIe and GigE along with easy-to-use board resources including jumpers, LED indicators, push buttons and switches are available. In addition, there is USB-B connector for device programming and current monitoring of up to 8 power rails through I2C.
Features
PCIe Gen2 x1 Edge Connector
16-bit 256 Mb HyperRAM 3.0 up to 800 MBps throughput
RGMII 1Gbps Ethernet interface
Extension PMOD SPI Flash module
On-board 27MHz and 125MHz clock inputs, optional SMA header support clock input externally
MachXO5-65T Development Board
Prototyping board with configurable I/O, RGMII, and Hyper RAM3.0 memory
MachXO5-65T Development Board allows you to evaluate and innovate with the features of the LFMXO5-65T device in the Mach-XO5 family. The features of the MachXO5-65T Development Board can assist you with the rapid prototyping and testing of your specific designs.
The MachXO5-65T Development Board features the LFMXO5-65T device in a 484-ball caBGA package. The board offers a variety of features to expand the usability of the MachXO5-NX-65T with Arduino, Versa, Raspberry Pi, PMOD, and AARDVARK header.
Features
PCIe Gen2 x1 Edge Connector
16-bit 256 Mb HyperRAM 3.0 up to 800 MBps throughput
RGMII 1Gbps Ethernet interface in default
Extension PMOD SPI Flash module support
On-board 27MHz and 125MHz clock inputs, optional SMA header support clock input externally
【Recycling Process】
Information Submission: Simply provide details of the Lattice evaluation boards for recycling via email or telephone, including model, quantity, condition, and photographs.
Accurate Quotation: Our specialist team typically completes assessments and provides competitive quotations within 12 to 24 hours.
Secure Handling: We offer complimentary nationwide collection services across multiple cities, or arrange insured global logistics via DHL, UPS, SF Express, and other carriers to ensure safe transit.
Payment Upon Inspection: This is one of Mingjiada's core commitments. Full payment is guaranteed within 24 hours after successful goods inspection, with multiple settlement methods including wire transfer and cash – significantly exceeding the industry average payment cycle.
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