Development of the NanoBoard 3000, is designed to interconnect a new generation of intelligent electronic product design, prototyping, and deployment support throughout the process. Designers can now use easy-to-design graphics solutions, which will significantly reduce the demand for learning skills.
first NanoBoard 3000 using Xilinx Spartan 3AN FPGA. It will also introduce two Altera and Lattice FPGA using the NanoBoard. In this three alternative products in the NanoBoard, FPGA is fixed. This is different with Altium NanoBoard NB2, which features interchangeable FPGA daughter boards, prototype design environment can be compared to the test at any time.
2009 年 10 15 in the front door 23 Blue Palace, Altium Beijing Media Conference held in 2009. A reporter at the meeting was to bring the latest Altium NanoBoard FPGA development board series of products – NanoBoard 3000.
NanoBoard 3000 is a programmable design environment, provides a complete package of hardware and software, royalty-free ready-to-IP and a dedicated Altium Designer Soft Design license.
mean for the designer did not need custom PCB design work can be in the same time ensuring high quality, proven feasible to design a prototype a few weeks time. FPGA design novice have a low risk, low-cost design environment, the environment, while providing them with all the necessary design work started. And experienced FPGA designers can use their expertise to a new way to focus on creating the intelligence of their products.
on the NanoBoard to complete their “soft” design work ready for its custom PCB.

< br /> Altium provides a variety of reference designs and use guide to help engineers accelerate the design process. The future will add more IP.

[ REVIEW ] Altium media conference at the 2009 Beijing brings the latest NanoBoard FPGA development board series of products – NanoBoard 3000 .
However, there is no experience of FPGA designers often face the dilemma: the language must be familiar with low-level professional development board; or use a very expensive professional design tools. The NanoBoard 3000 completely avoid these two undesirable choices.
electronics design industry is constantly changing, NanoBoard 3000 fully meet the emerging needs of today engineers. FPGA is becoming mainstream, allowing designers to create outstanding intelligent interconnected via the Internet products.
use NanoBoard 3000, electronics designers can not have any prior FPGA expertise in the case, the FPGA within the building based on “soft” processor, excellent system. Engineers do not need any professional VHDL or Verilog skills. They can use their existing board layout and system design skills to build, test and implement FPGA-based embedded systems. Intuitive, easy-to-IP library and graphical editor is the core of Altium Designer can help engineers to easily add processors, memory controllers, peripheral modules and software protocol stack. Engineers do not need to write HDL or low level driver code can be obtained using readily available components to create a new generation of FPGA-based embedded systems all the necessary.
designers can start the NanoBoard pure oft prototype design work, and then be deployed in the field on the NanoBoard, or (at board level can be upgraded to the case of Altium Designer license) to its seamless PCB design. Altium unified electronics design solution enables engineers to design without changing tools or environment.