Design Considerations Chapter Video and Image Processing Solutions. Cyclone Device Handbook All Sections. Designers needing lower costs, more density, and functionality for high-volume applications can take advantage of Cyclone II FPGAs , the second-generation in the Cyclone series. Cyclone devices are equipped with LVDS input buffers for receiving high-speed data at up to Mbps. Cyclone devices provide a number of features optimized for volume applications such as plasma display panel modules, mid-range and low-end routers, and automotive electronics systems.
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A series of low-cost serial configuration devices are available that support the Cyclone FPGA family. Why is there a density overlap between Cyclone and Stratix devices? All Cyclone device ordering codes begin with EP1C.
Cyclone V Cyclone IV. However, Cyclone devices share some similarities with Cyxlone devices, such as:. Power and Thermal Management. Designed to make the benefits of programmable logic more accessible to alter broader market, we developed Cyclone FPGAs specifically for high-volume applications that previously were driven by cost pressures to standard products or ASICs.
The digits that follow indicate the number of LEs divided by a factor of 1, DC and Switching Characteristics Chapter 5. Integrating configuration capabilities inside the Cyclone devices increases the die size, resulting in a higher development cost.
ALTERA EP1C6Q240C8N, IC CYCLONE FPGA 5980 LE 240-PQFP, ROHS
Cyclone Device Handbook All Sections. Like Cyclone devices, these serial configuration devices provide the lowest cost in programmable logic industry. The clock network is optimized to minimize skew, providing clock, clear, and reset signals to all resources within the device.
With densities ranging from 2, to 20, logic elements LEsCyclone devices are optimized for maximum logic capacity for the lowest cost. Each Cyclone device has eight global clock lines that are combined into a single global clock network cyclond is accessible throughout the entire device.
This combination of Cyclone and serial configuration devices provides the industry’s lowest-cost system-on-a-programmable-chip SOPC solution. Cyclone devices provide a number of features optimized for volume applications such as plasma display panel modules, mid-range and low-end routers, and automotive electronics systems.
How do Cyclone device ordering codes relate to their respective densities? ASICs have high ep1c6a240c8n engineering NRE costs, expensive design tools, and significant overall risk in bringing products to market in a timely manner.
ALTERA EP1C6QC8N, IC CYCLONE FPGA LE PQFP, ROHS | IBS Electronics
Cyclone FPGAs provide a global clock network and PLLs with on-and-off-chip capabilities for a complete system clock management solution. With new features and enhancements such as integrated Verilog and VHDL synthesis, the epc6q240c8n closure methodology, the SignalProbe incremental verification feature, Linux support, and the fast fit compiler option allowing compile time and performance tradeoffsthe Quartus II software offers a truly integrated, single-platform development tool that minimizes overall development time.
On the transmission side, Cyclone devices require an external resistor network to convert the output to the appropriate LVDS swing levels.
Cyclone device ordering codes are based on the number of available LEs in the device.
Cyclone devices with integrated Nios processors can address your needs for low-cost, configurable, embedded processors for a wide range of price-sensitive applications. Configuration and Testing Chapter 4. Built from the ground up based on extensive input from hundreds of customers, these low-cost devices provide high-volume, application-focused features such as embedded memory, external memory interfaces, and clock management circuitry.
Design Considerations Chapter Why is there a separate serial configuration device family for Cyclone FPGAs instead of combining all the functionality into one device?
The crossover point is anywhere fromunits to 5 million units. There is a density overlap between Cyclone and Stratix devices to address different market requirements.
Finally, system designers building high-volume applications in the consumer, communications, computer peripheral, industrial, and automotive markets now cyclon access to the flexibility, economic efficiencies, and time-to-market advantages of programmable logic.
Now you have access to the benefits of programmable logic at ASIC prices. However, Cyclone devices share some similarities with Stratix devices, such as: Package Information for Cyclone Devices. The external clock outputs, one per PLL, can be used to provide clocks to other devices in the system, eliminating the need for other clock-management devices on the board.
Cyclone devices are the industry’s lowest-cost FPGA.