Nanoboard 3000 Datasheet

Part of Altium's growing family of NanoBoards, the 3000-series NanoBoards provide the perfect entry-point to discover and explore the world of soft design in a low-cost, fun way. In true NanoBoard style, each board in the series offers a reprogrammable hardware platform that harnesses the power of a high-capacity, low-cost programmable device to allow rapid and interactive implementation and debugging of your digital designs.

The NanoBoard 3000 provides a fixed User FPGA that is located on the motherboard itself and provision for the attachment of a single peripheral board. Much of the peripheral resource functionality found on the NanoBoard NB2 is also found on the NanoBoard 3000, along with additional resources of its own – including Relays, Power PWM Drivers and a MIDI interface.

Three variants in the series are available:

* NanoBoard 3000XN – Xilinx variant, incorporating a Xilinx Spartan-3AN device (XC3S1400AN-4FGG676C) as the User FPGA.

* NanoBoard 3000AL – Altera variant: incorporating an Altera Cyclone III device (EP3C40F780C8N) as the User FPGA.

* NanoBoard 3000LC – Lattice variant: incorporating a LatticeECP2 device (LFE2-35SE-5FN672C) as the User FPGA.

The NanoBoard 3000 is designed to be a perfect complement to Altium Designer, Altium's unified electronic product design environment. Together, they transform your desktop into a complete, interactive electronics design laboratory using Altium's LiveDesign environment.

LiveDesign is a unified electronics system design methodology that is based on 'live' engineering inside a programmable physical hardware design space. Altium Designer, the NanoBoard 3000 and LiveDesign, provide real-time communication and 'hands-on' interaction between you and your design during the development process. Unlike conventional electronics design flows, a unified design flow and LiveDesign eliminate the need to work in simulated environments, allowing you to run software on hardware in real time, right from the start of the design cycle through to final production!

By implementing your system on the NanoBoard 3000, your circuit can be probed, analyzed and debugged interactively using an array of virtual instruments and JTAG-based monitoring features. The implementation is performed within a programmable hardware realm, so you can update the design quickly and as often as you need to, without incurring cost or time penalties, all the while rapidly building your knowledge and equipping yourself with the skills to embrace the soft design paradigm.

Some architectural highlights of the NanoBoard 3000 include:

* Dual boot system, allowing the board to update its firmware in the field by itself, over a standard USB connection – no parallel port or USB
JTAG Adapter required

* Accommodation of a single application-specific plug-in peripheral board for additional system flexibility

* High-quality stereo audio capabilities, including audio CODEC, high-quality speakers and both MIDI and S/PDIF interfaces

* 4x Relay and Power PWM drivers

* USB Hub, providing for the connection of up to three USB devices to be attached for use by an FPGA design programmed within the User
FPGA

* Integrated color TFT touch screen that facilitates dynamic application interaction.

Additionally, a wide variety of FPGA-ready schematic components (ranging from processors to peripheral components and generic logic), and a complete set of tools for development and debugging, are included with Altium Designer.