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NEDA Authorized Lattice Semiconductor Distributor

Lattice Semiconductor is a service-driven developer of innovative low cost, low power programmable design solutions, including FPGAs, PLDs and programmable power and board management devices.  Lattice provides customers with a comprehensive support ecosystem that includes powerful, easy to use Design Tools, IP cores, Reference Designs, Development Kits and local technical support.

 
Lattice iCEstick FPGA Evaluation Kit
 
Lattice ECP3

Newest Products From Lattice Semiconductor

Lattice Featured Products

Lattice Videos

Lattice IP Cores and Reference Designs

Lattice IP Solutions

LatticeCORE IP (or ispLeverCORE IP)
These cores are Lattice internally developed IP that are extensively tested and supported. The code of these cores is parameterized for quick reconfiguration.

IP Suites
Bundle of pre-selected IP cores to develop solutions for various markets at a great price.

Reference Designs
These designs serve as a starting point for designers and cover various applications and areas. Reference designs can be downloaded from the Lattice website free of charge.

LatticeCORE Connection Partner IP (or ispLeverCORE Connection Partner IP)
These IP cores are developed, supported, and sold by 3rd party partners. They provide a broad range of cores ported to various FPGA families.

Communications Connectivity DSP Processors, Peripherals
& Controllers
Power Manager Platform Manager

Lattice Market Solutions

Automotive

Automotive
The number of electronic systems in automobiles is constantly increasing. New electronics are continuously developed to make driving or riding in a car more enjoyable or to improve the safety features of the car itself. Programmable devices like CPLDs and FPGAs offer automotive systems; design flexibility and extended product availability at a very low price.


Applications

Quality

Devices

Consumer Electronics

Consumer ElectronicsThe consumer electronics market encompasses a broad range of products including flat panel displays, DVD players and recorders, digital cameras and camcorders, gaming consoles, set-top boxes, and smart handheld devices. Driven by rapidly changing market requirements, these products are improved continually with changing feature sets and capabilities.

System designers in this market are increasingly using programmable logic devices in their systems as they are faced with time-to-market pressures and design flexibility requirements that cannot be addressed by ASICs and ASSPs. Using Lattice's low-cost programmable logic solutions, designers can now introduce several versions of the same product with very short development cycles and make upgrades to any existing products in the field with low risk.


Industrial

IndustrialIndustrial Market segment is currently evolving at an accelerated pace while packing more user-friendly features in a smaller area, at a lower cost. Coupled with this, there have been a number of standards with no clear winner, resulting in reduced availability of standard silicon solutions (ASSP). Programmable solutions are one of the key enablers to meet these reduced time-to-market and cost demands.

Lattice Semiconductor has focused on extending the advantages of in-system programmability both in analog and digital electronics, providing unique value to our industrial electronics customers.

Industrial electronics market segment can be classified into the following broad categories:

Security & Surveillance

Security & Surveillance

Lattice provides customers with low cost and low power programmable solutions that are ready-to-use right out of the box. A full suite of tested IP cores are available that include:

Video & Display

Video and Display applications require efficient transfer of large amounts of multimedia data. Lattice has developed innovative solutions for high-quality video data transfer for three popular video standards -- 7:1 LVDS, Digital Video Interface (DVI), and High Definition Multimedia Interface (HDMI). The flexible FPGA based solutions facilitate automatic tuning to the embedded frequency, integration of custom video processing in the same device, and lower system costs. To expedite the design of these state-of-the-art Video Display Interfaces, Lattice offers an extensive portfolio of Silicon Devices, IP Cores, silicon-proven Reference Designs, Design Examples, pre-built Demo Systems, Evaluation Boards, and Documentation.

In addition to standard video interface solutions, Lattice offers solutions in Image Signal Processing for High Dynamic Range HD video cameras, as well as innovative, tiny footprint solutions for serial image sensor to parallel image processor bridging.


Wireless

Lattice provides customers with low cost and low power programmable solutions that are ready-to-use right out of the box. For the wireless space, a full suite of tested solutions are available that include:

  • FPGAs with Embedded SERDES compliant to CPRI, OBSAI, Serial RapidIO, JESD204, PCIe and GbE standards
  • FPGAs with I/O to Support High-Speed Parallel Interfaces Found on Data Conversion Devices
  • FPGAs with Embedded, High Performance DSP blocks
  • A Portfolio of Soft IP Cores and reference designs
  • Application Specific Development Boards and Demonstration Designs
  • Test and Interoperability Reports for PMA, PCS and Generic I/O

LatticeECP3 & LatticeECP2M: Industry Leading Programmable
Wireless Platforms


Low Cost Digital SERDES
  • Ideal for low cost chip-chip and small factor backplane applications
Up to 16 Channels per Device
  • Supports a wide variety of CPRI and OBSAI topologies
Very Low Power
  • ECP3: 110mw Per Channel (Typical @ 3.2Gbps)
  • ECP2M: 87mW Per Channel (Typical @ 2.5Gbps)
Low Cost, High Performance FPGA Fabric
  • High Performance DSP blocks
  • ECP3 enhancements:
    - Dual-slice architecture with cascadability for filter chains
    - Ternary add stage for improved performance
  • High Performance I/O
  • ECP3 enhancements:
    - DDR3 support
  • High Density Embedded Block Ram (EBR)
Low Cost, Small Form Factor Package
  • Proven 17x17 wirebond packages for SERDES based FPGAs
Complete End to End Solution
  • Soft IP implementations for connectivity and RF/BB processing applications

Learn more about: LatticeECP3 & LatticeECP2M

Wireline

Wireline InfrastructureThe Wireline Infrastructure market continues to see strong growth driven by the need for conventional and advanced services for voice and data. This results in an increased shift towards multi-protocol convergence with packet based networks to support new as well as various legacy services.

Three Dominant Technologies Drive the Wireline Infrastructure Market

Ethernet is the most commonly used protocol in the wireline market. The various ethernet formats include Fast Ethernet (10Mbps / 100Mbps), Gigabit Ethernet (1Gbps), and 10 Gigabit Ethernet or XAUI (10Gbps). The LatticeECP3 and LatticeECP2M devices with SERDES/PCS blocks in a low-cost FPGA fabric provide the ideal low-cost bridging solution to various Ethernet switching ICs. The LatticeSC/M devices with the SERDES/flexiPCS blocks and the embedded MACO blocks provide an ideal platform for developing bridging solutions to various Ethernet switching ICs.

PCI Express (Peripheral Component Interconnect Express) is a high performance, scalable, well defined standard for a wide variety of computing and communications platforms. It has been defined to provide software compatibility with existing PCI drivers and operating systems. Lattice provides customers with low-cost and low-power programmable solutions that are ready-to-use right out of the box. The LatticeECP3 and LatticeECP2M devices with the SERDES/PCS blocks in a mid-range FPGA fabric provides one of the industry's lowest-cost and lowest-power programmable PCI Express bridging solution. The LatticeSC/M devices with the SERDES/PCS blocks and the embedded MACO technology provide an ideal platform for developing bridging solutions.

SONET/SDH (Synchronous optical networking/ Synchronous Digital Hierarchy) are standardized multiplexing protocols that transfer multiple digital bit streams over optical fiber using lasers or light-emitting diodes (LEDs). Lower rates can also be transferred via an electrical interface. Due to SONET's protocol neutrality and transport-oriented features, SONET was the obvious choice for transporting Asynchronous Transfer Mode (ATM) frames. The LatticeECP3 and LatticeSC devices are ideal for backplane and chip-to-chip applications, SONET framers and bridging solutions.