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Lattice Semiconductor Corp
  • Lattice

  • Full Name : Lattice Semiconductor Corp Manufacturer
  • Site : www.latticesemi.com

Manufacturer Introduction

Lattice Semiconductor Corporation is a leading provider of Programmable Logic Devices, software, Intellectual Property, and development kits. The Mid-Range Lattice ECP3 family is the lowest power SerDes enabled FPGA available in the market. The MachXO is the most versatile non-volatile PLD targeted for low density applications such as platform management. Lattice also provides programmable Mixed Signal Power Management devices with unparalleled flexibility and integration.

Lattice continues to deliver "More of the Best" to its customers with comprehensive solutions for system design, including an unequaled portfolio of high-performance, non-volatile, and low-cost FPGAs.Founded in 1983, Lattice Semiconductor Corporation is a professional company engaging in the design, development and marketing of programmable logic devices and related software. The company is headquartered in Hillsboro, OR with facilities located in San Jose, Chicago, Bethlehem and Shanghai. In addition, the company has established a strong global sales network with sales offices worldwide. Lattice is dedicated to providing products for the primarily original equipment manufacturers in the communications, computing, consumer, industrial, automotive, medical and military end markets.

Lattice has developed a wide range of products through years of development. The main products include FPGA, CPLD/SPLD, power management, ispClock, AEC-Q100 automotive devices, mature devices and design software. The company has been ISO 9000, ISO/TS 16949 and AEC-Q100 certified. The company is developing a non-volatile, low density architecture optimized for low cost and high customer convenience for the programmable logic market. In addition, Lattice is developing a mid-range FPGA architecture suitable for wireless base stations, wireline communications, displays, and security & surveillance applications.

Jotrin Electronics Limited. is the one-stop-shop for all board-level electronic components, raw materials and tool requirements. we stock a wide variety of electronic components, including hard-to-find, obsolete and allocated parts, and a great selection of Lattice Semiconductor components. Can't find what you're looking for? If you ever have any questions, concerns or requests, please contact us and we will happily work with you to find what you need!

As one of the top suppliers of Lattice Semiconductor electronic components, Jotrin Electronics Limited. can help you find whatever it is you are looking for. we have one of the largest collections of electric components online, and work with a widespread network of dependable contacts, local sourcing, and O.E.M excess inventories to help you locate hard-to-find and factory new electric components. When you want only the best electronic components, choose Jotrin, a leading Lattice Semiconductor components supplier.

Lattice ECP4

Jotrin Electronics Limited. is dedicated to providing the very best experience tocustomers by offering only the highest quality Lattice Semiconductor components and superior customer service. With over $10 million of available inventory available, the largest line card online, and all grades of parts available (including mil-spec, industrial grade, and commercial grade parts), Jotrin Electronics Limited. is legendary forgreat selection and fantastic prices. When you get Lattice Semiconductor component parts through Jotrin Electronics Limited., you have the peace of mind that you are receiving the best electronic components at the most competitive prices.

Lattice is product portfolio consists of FPGA and CPLD, interconnect solutions, power and clock management.


Consumer Electronics / Medical Electronics / Communication / Network / Transportation / Automotive / Industrial / Automation / Military / Defense


  • Size: 194 Kb Published Time: 2020-02-21
    Note: This PCN also affects any custom devices (i.e. factory programmed, special test, tape and reel, non-standard speed grade and package, etc.), which are derived from any of the devices listed below. Footnotes: 1. Requires diferent supply voltages. 2. Exception of BSCAispEN pi.
  • Size: 491 Kb Published Time: 2020-03-06
    Today’s embedded system designe face an unprecedented challenge from an I/O pepective. As system complexity rises, they are increasingly asked to address a multitude of potential I/O optio. These optio can range from interfacing one industry bus to another, to connecting new and higher performance seo with mature application processo. Moreover, this problem is pervasive across all markets from high volume coumer applicatio to the latest industrial, scientific and medical systems. To be sure, few system architectures can deliver the tremendous flexibility needed to scale with today’s rapidly changing I/O requirements, particularly where low power and low cost are concerned. To address this need, designe are implementing a wide variety of interface bridging solutio that allow them to trafer data across protocols and, in the process, expand system functionality. The challenge is determining how to most efficiently implement these new bridging solutio without violating system power, footprint and cost requirements. This paper looks at potential solutio and examines how designe can tackle the interface challenge by implementing highly optimized bridging solutio in ultra-low deity (ULD), low power field programmable gate arrays (FPGAs) that combine the flexibility of a programmable platform with high performance at low power.
  • Size: 681 Kb Published Time: 2020-03-06
    Whether they be CPUs, micromicroprocesso or microcontrolle, microprocesso are an indispeable component in modern electronic system design. However, as systems become more complex and host a wider array of features and user interfaces, system architects using mid-range microprocesso in particular typically face three key challenges connecting the microprocessor, or microprocesso, they are using to the rest of their system: