Lattice Semiconductor Company (NASDAQ: LSCC)
Today announced the launch of a comprehensive video display interface suite
Multimedia Interface (HDMI 1. 3a)
Digital Visual Interface (DVI)
There is also a 7:1 LVDS interface.
All of these display interfaces can be used as a free reference design for the award-winning mid-
The Range eecp2 3 series, while also porting the selected free reference design to the latticecp2 2 series and latticexp2 series FPGA. The silicon-
Proven reference design will enable high design for embedded, digital signage and industrial customers
Entertainment, information and visual systems.
Programmable FPGA
This-based solution also enables customers to quickly implement proprietary image processing capabilities that help differentiate their products.
Lattice provides a comprehensive solution for all display segments for three popular multimedia standards.
HDMI solution for high processingDefinition, non
Copy Protected Audio
Visual signals from network servers, industrial cameras and other sources to projectors and other video displays.
DVI solutions are especially useful for digital signage, consumers, and industrial customers whose applications require only video and audio, and are sensitive to any additional royalty costs.
7:1 LVDS solution is ideal for transferring a large amount of video data from the board to the board in an electronic system (
Embedded Applications. The silicon-
The verified reference design implements the physical layer function of three popular video standards for reliable and efficient serial transmission.
The HDMI physical interface is the first reference design that automatically detects HDMI resolution using LatticeECP3 SERDES and their associated loops.
This makes it possible for the design to use fewer components, and because there is no need to write processor firmware, it is possible to go public faster.
Further cost savings are achieved with the separate PHY removed and integrated into the latticecp3 device.
Second reference design for DVI physical interface, encoding/decoding and serialization/decoding
Use the transition minimize differential signaling mechanism to serialize video data on low-power embedded SERDES in the latticecp3 fpga.
It can transmit and receive DVI video data.
The third reference design, 7:1 LVDS physical interface, at 1 Gbps LVDS-
With the function of source synchronous differential I/o.
This reference design utilizes unique pre-
I/O components are designed in the newer Lattice FPGA series, such as high
High speed LVDS buffers, DDR registers, precision PLLs and built-in-
Optimize the management data rate in the gearbox logic.
Embedded applications also often require image and video processing before or after transmission. Lattice's low-cost, mid-
The Range series fpga enables designers to build integrated devices with processing and efficient data transfer capabilities.
"We are pleased to provide our customers with a comprehensive video display interface for the development of advanced and high-performance video display applications," said Shakeel Peera . " Director of Marketing, high density solutions, semiconductor.
"Lattice is committed to providing a comprehensive Silicon ecosystem, including evaluation kits, reference designs, software tools, and IP cores, so that our customers can speed up their listing.
"For more information on the Lattice Semiconductor video display solution, please visit the free reference design and related documentation on the lattice website.
About the latticecp3 FPGA series consists of five devices that provide the standardMore compatibleprotocol 3.
The 2g serdes, the DDR1/2/3 memory interface and the high performance cascadable DSP chip are ideal for high performance RF, baseband and image signal processing.
The latticecp3 fpga switches at 1 Gbps and is equipped with the fastest lvds I/O in mid
FPGA series, as well as embedded memory up to 6. 8 Mbits.
The logic density ranges from 17 K lut to 149 K lut, with up to 586 I/O users.
The latticecp3 FPGA series is ideal for high volume cost deploymentand power-
Sensitive wired and wireless infrastructure applications.
Lattice Semiconductor is the source of innovative FPGA, programmable logic devices, programmable power management, and clock management solutions.
For more information, please visit www. latticesemi.
ComLattice semiconductor company, grid (& design), L (& design)
Lattice eecp3, latticecp2m, LatticeXP2 and specific product names are registered trademarks or trademarks of Lattice Semiconductor or its subsidiaries in the United States and/or other countries
General notice: other product names used in this publication are for identification purposes only and may be trademarks of their respective owners.