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 Semiconductor LCMXO2-7000HE-B-EVN MachXO2 Breakout Board is a simple, low-cost board featuring the MachXO2-7000HE PLD. The 700HE PLD provides more than 5 times the logic capacity in a higher-performance FPGA using the same package/footprint as the previous MachXO2 device, the MachXO2-1200ZE. Lattice MachXO2 Breakout Board provides convenient access to densely-spaced I/Os. Each I/O on the device is connected to 100-mil header holes. By adding test probes, jumper wires, or pin headers to the board, you can easily evaluate function and performance through the SysIO buffers of the MachXO2. This board is a 3x3 inch form factor and features a USB mini-B connector for power and programming, an LED array, and prototype area. A USB cable is included with the kit, and demos are available for download. By using free Lattice design tools users can reprogram the MachXO2 to review their custom designs.
Lattice's iCE40LP1K-BLINK-EVN Evaluation Kit is a low-cost platform for evaluating and developing with the low-power iCE40LP1K mobileFPGA™. The board provides access to general-purpose I/O and includes capacitive-touch buttons and LEDs. The board is powered and programmed via USB. An on-board microcontroller enables 2-way communication with the iCE40HX1K mobileFPGA. The free iCEcube2™ development tool controls programming, accesses virtual I/O functions, and runs the included demos.
Lattice Semiconductor iCE40™ HX Series Ultra-Low Power MobileFPGA™ Family is a tablet-targeted series optimized for high performance. The iCE40™ HX Series Ultra-Low Power MobileFPGA™ Family from Lattice Semiconductor is 80% faster than the iCE65 Series and utilizes proven, high-volume 40nm, low-power CMOS technology. Other iCE40™ features include low-cost package offerings, tablet resolution HD video and imaging, integrated Phase-Locked Loop (PLL), up to 533MHz PLL output, and iCEcube2™ development software. The iCEblink™40-HX1K Evaluation Kit is a high-performance, low-power iCE40HX1K mobileFPGA that offers USB programming, debugging, virtual I/O functions, and power supply.
LatticeECP3™ FPGAs from Lattice Semiconductor have been expanded to include smaller packages, lower power and higher performance versions of the ECP3™ family of FPGAs. The LatticeECP3™ third generation high value FPGAs offer the industry's lowest power consumption and price of any SERDES-capable FPGA device. The LatticeECP3™ FPGA family offers multiprotocol 3.2G SERDES
with XAUI jitter compliance, DDR3 memory interfaces, powerful DSP
capabilities, high density on-chip memory, and up to 149K LUTS - all
with half the power consumption and half the price of competitive SERDES-capable FPGAs.View the entire LatticeECP3™ family of FPGAs.
Lattice's Power Manager II ispPAC®-POWR6AT6 is a general-purpose power-supply monitoring and margining controller that incorporates in-system programmable analog functions implemented in non-volatile E2CMOS technology. The ispPAC®-POWR6AT6 device provides six independent analog input channels to monitor up to six power supply test points, and each of these input channels offers a differential input to support remote ground sensing. In addition, ispPAC®-POWR6AT6 devices incorporate six DACs for generating a trimming voltage to control the output voltage of a power supply. The ispPAC®-POWR6AT6 has a wide supply range of 2.8V to 3.96V.
Lattice's Power Manager II ispPAC®-POWR1014/A is a general-purpose power supply monitor and sequence controller that incorporates both in-system programmable logic and in-system programmable analog functions implemented in a non-volatile E2CMOS® technology. The ispPAC-POWR1014/A device provides 10 independent analog input channels to monitor up to 10 power supply test points. In addition, the ispPAC®-POWR1014/A provides 14 open-drain digital outputs that can be used for controlling DC-DC converters, low-drop-out regulators (LDOs) and optocouplers, as well as for supervisory and general-purpose logic interface functions. This device also incorporates a 24-macrocell CPLD that can be used to implement complex state machine sequencing for the control of multiple power supplies as well as combinatorial logic functions.
Lattice Semiconductor has expanded the MachXO PLD Family to now include the LCMXO256 that offers a density of 256 LUTs, LCMXO640 with a density of 640 LUTs, and LCMXO1200 which offers a density of 1200 LUTs.
Lattice Semiconductor LCMXO2280 MachXO PLDs are non-volatile, infinitely reconfigurable Programmable Logic Devices (PLDs) designed for applications traditionally implemented using CPLDs or low-density FPGAs.
Widely adopted in a broad range of applications that require general
purpose I/O expansion, interface bridging, and power-up management
functions, MachXO PLDs offer the benefits of increased system integration by providing embedded memory, built-in PLLs, high performance LVDS I/O, remote field upgrade (TransFR™ technology) and a low power sleep mode, all in a single-device. Designed for a broad range of low density applications including system control designs, the MachXO PLD family is used in a variety of end markets including consumer, automotive, communications, computing, industrial, and medical. Lattice Semiconductor LCMXO2280 MachXO PLDs offer a density of 2280 LUTs.
View all MachXO PLDs
Lattice Semiconductor's new ispMACH®4000ZE Family of Complex Programmable Logic Devices (CPLDs) offers new enhanced features over the original ispMACH®4000Z. The new ispMACH®4000ZE series from Lattice Semiconductor, based on the architecture of the original 4000Z, combines high speed and low power in a flexible CPLD component. The 4000ZE series has a robust Global Routing Pool and Output Routing Pool that allows it to deliver excellent First-Time-Fit, timing predictability, routing, pin-out retention and density migration. In addition, the 4000ZE CPLD family supports a 1.8V supply voltage and 3.3V, 2.5V, 1.8V, and 1.5V interface voltages and is 1.8V in-system programmable through the IEEE Standard 1532 interface. The ispMACH®4000ZE also offers enhanced I/O features such as slew rate control, PCI compatibility, bus-keeper latches, pull-up resistors, pull-down resistors, open drain outputs and hot socketing.
The Lattice Semiconductor Platform Manager™ Development Kit contains an evaluation board complete with evaluation code and documentation. Platform Manager ICs feature programmable analog with a CPLD and FPGA blocks all on one chip to integrate power and digital board management functions. The Lattice Platform Manager Development Kit allows users to see known good hardware in five minutes and recompile the provided source code to get to a known good starting point in only 30 minutes. This Lattice Semiconductor kit includes support circuits such as LEDs, an LCD display, DIP switches, and analog slider switches to aid in testing the Platform Manager's input/output capabilities. Also included is reserved space specifically for user-circuit prototyping.
Lattice Semiconductor Platform Manager™ mixed-signal ICs are a single-chip solution that integrates power management and digital board management functions, reducing design costs, enhancing system reliability, and providing a high degree of flexibility. Lattice Platform Manager mixed-signal devices monitor up to 12 voltage rails and support 47 (LPTM10-1247) or 107 digital I/Os (LPTM10-12107). The power management section consists of a programmable threshold, precision differential input comparator block with an accuracy of 0.7%, a 48-macrocell CPLD, programmable hardware timers, a 10-bit ADC, and a trim block for the trimming and margining of supplies. The digital board management section consists of a 640-LUT FPGA and programmable log interface I/O. Lattice Semiconductor Platform Manager devices are ideal for use in a broad range of applications with complex board management functions. Typical applications include wireless infrastructure, networking core equipment, server, data storage, and high-end industrial instrumentation.
The ispPAC®-POWR1220AT8 Power Manager is a general-purpose power supply monitor, sequence and margin controller that incorporates both in-system programmable logic and analog functions implemented in non-volatile E²CMOS® technology. The ispPAC®-POWR1220AT8 offers many features and benefits, including ability to simultaneously monitor up to 12 power supplies and provide up to 20 output control signals, trim and margin for up to eight power supplies, dynamic voltage control through I²C, embedded PLD for sequence control, four embedded independent programmable timers, 12 independent analog monitor inputs, differential inputs for remote ground sense, high-voltage FET drivers, power supply ramp up/down control, 2-wire (I²C/SMBus™Compatible) interface , 3.3V operation, and wide supply range of 2.8V to 3.96V.
Lattice Semiconductor Corp. now offers the easy-to-use, low cost, and versatile LatticeXP2™ Brevia Development Kit and 28 new silicon-proven reference designs ideal for developing high volume, cost sensitive, and high density applications. Designed for use with the popular LatticeXP2 FPGA line, Lattice's LatticeXP2™ Brevia Development Kits include the LatticeXP2 LFXP2-5E-6TN144C device, 2Mb SPI Flash and 1Mb SRAM memory, expansion headers, and several LEDs and user switches. The LatticeXP2 Development Kit's preloaded system-on-chip design allows designers to test within minutes UART interfaces, the 8-bit LatticeMico8™ soft microcontroller, and peripheral controllers for SPI and SRAM, and they can build their own designs using the free downloadable reference design codes, with many features implemented within an hour. The compact Brevia Development Kits can also be used for implementing elaborate micro-controller applications using the downloadable LatticeMico32™ soft processor.
The LatticeECP3™ third generation high value FPGA from Lattice Semiconductor offers the industry's lowest consumption and price of any SERDES-capable FPGA device. The LatticeECP3™ FPGA family offers multiprotocol 3.2G SERDES with XAUI jitter compliance, DDR3 memory interfaces, powerful DSP capabilities, high density on-chip memory, and up to 149K LUTS - all with half the power consumption and half the price of competitive SERDES-capable FPGAs. These Lattice FPGAs also provide flexible, reliable, and secure configuration options such as dual-boot capability, bit-stream encryption, and TransFR field upgrade features. Lattice ECP3™ devices are suitable for high-volume, high-speed, low-cost applications.
Lattice has expanded their LatticeECP3™ line of FPGAs. View the expanded LatticeEPC3™ FPGAs.
The Lattice ProcessorPM™ POWR605 16-Macrocell Progammable Logic Device (PLD) integrates reset generator ICs, voltage supervisor ICs, and watchdog timer ICs on one device. The Lattice ProcessorPM POWR605 features six precision programmable threshold monitors that can be configured to monitor any supply rail from 0.67V to 5.7V and a 16-Macrocell PLD that can be used for generating reset signals and brown-out signals. The Lattice ProcessorPM POWR605 also includes four timers for reset pulse stretching, de-bouncing reset switches, and implementing watchdog timers. This 16-Macrocell PLD can be programmed in-system through JTAG, and the configuration is stored in the on-chip non-volatile E2CMOS® memory. The ispPAC®-POWR607 is an evaluation kit that demonstrates the functions of the POWR605 PLD.
Lattice's LatticeXP2 non-volatile field programmable gate arrays combine a look-up table-based FPGA fabric with Flash non-volatile cells in a flexiFlash™ architecture. The flexiFlash architecture provides instant-on, small footprint, on-chip storage with FlashBAK™ embedded block memories, Serial TAG memory, and design security. The devices include LUT-based logic, distributed and embedded memory, Phase Locked Loops, pre-engineered source synchronous I/O, and enhanced sysDSP blocks. The product is ideal for high-volume, low-cost applications.
Lattice's LatticeECP2™ and LatticeECP2M™ families of field programmable gate arrays (FPGAs) integrate high-performance FPGA features in a low cost device. The ECP2 family features high-performance DSP blocks, up to 70K LUT capacity, support for DDR2 memory interfaces at 533Mbps and up to 840Mbps generic LVDS performance. The ECP2M offers embedded SERDES, 100K LUT, and memory capacity up to 5.3Mbits.
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.
Bundle of pre-selected IP cores to develop solutions for various markets at a great price.
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.
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.
The 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 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:
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 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.
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:
The 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.
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.