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News Topics

FPGA
    LatticeECP3 FPGA
    LatticeXP2 FPGA
CPLD / SPLD
    MachXO
Power Management Devices
    Power Manager II - POWR1220AT8
    Power Manager II - POWR1014/A
    Power Manager II - POWR6AT6
    Power Manager II - POWR607
    ProcessorPM - POWR605
Development Kits and Hardware
    Development Kits
    Vertical Market Solutions
Market Solutions
    Industrial
Range:
 

FPGA

  • LatticeECP3 FPGA
  • LatticeECP3 Handbook & Errata [ZIP, 10347]
    UPDATED 2010-03-15 15:14:13.0 - LatticeECP3 Handbook updated
  • Low Power
  • LatticeECP3 Handbook & Errata [ZIP, 10347]
    UPDATED 2010-03-15 15:14:13.0 - LatticeECP3 Handbook updated
  • Architecture
  • LatticeECP3 Handbook & Errata [ZIP, 10347]
    UPDATED 2010-03-15 15:14:13.0 - LatticeECP3 Handbook updated
  • SERDES
  • LatticeECP3 Handbook & Errata [ZIP, 10347]
    UPDATED 2010-03-15 15:14:13.0 - LatticeECP3 Handbook updated
  • DSP
  • LatticeECP3 Handbook & Errata [ZIP, 10347]
    UPDATED 2010-03-15 15:14:13.0 - LatticeECP3 Handbook updated
  • I/O Interfaces
  • LatticeECP3 Handbook & Errata [ZIP, 10347]
    UPDATED 2010-03-15 15:14:13.0 - LatticeECP3 Handbook updated
  • Configuration
  • LatticeECP3 Handbook & Errata [ZIP, 10347]
    UPDATED 2010-03-15 15:14:13.0 - LatticeECP3 Handbook updated
  • LatticeXP2 FPGA
  • Embedded Display Control Using FPGAs [GAS, 250]
    NEW 2010-03-18 16:01:29.0 - New White Paper: Graphical LCD displays are increasingly designed into demanding embedded display control and video applications such as Human Machine Interfaces (HMI) for industrial consoles, vending machines, automotive and marine dashboard clusters, household appliances, medical devices and gaming machines. Designers often need to integrate third-party display control solutions into their own designs, which require IP that is stable and easy to integrate with designers' own IP modules and processor interfaces. System designers are turning to the use of programmable logic devices such as FPGAs to implement advanced LCD graphics solutions in their designs in order to support multiple display and processor types, as well as to respond to changing market standards and requirements within a compressed window of opportunity.
  • Optimized FPGA Architecture for Low Cost Non-Volatile Applications
  • Embedded Display Control Using FPGAs [GAS, 250]
    NEW 2010-03-18 16:01:29.0 - New White Paper: Graphical LCD displays are increasingly designed into demanding embedded display control and video applications such as Human Machine Interfaces (HMI) for industrial consoles, vending machines, automotive and marine dashboard clusters, household appliances, medical devices and gaming machines. Designers often need to integrate third-party display control solutions into their own designs, which require IP that is stable and easy to integrate with designers' own IP modules and processor interfaces. System designers are turning to the use of programmable logic devices such as FPGAs to implement advanced LCD graphics solutions in their designs in order to support multiple display and processor types, as well as to respond to changing market standards and requirements within a compressed window of opportunity.
  • flexiFLASH Architecture
  • Embedded Display Control Using FPGAs [GAS, 250]
    NEW 2010-03-18 16:01:29.0 - New White Paper: Graphical LCD displays are increasingly designed into demanding embedded display control and video applications such as Human Machine Interfaces (HMI) for industrial consoles, vending machines, automotive and marine dashboard clusters, household appliances, medical devices and gaming machines. Designers often need to integrate third-party display control solutions into their own designs, which require IP that is stable and easy to integrate with designers' own IP modules and processor interfaces. System designers are turning to the use of programmable logic devices such as FPGAs to implement advanced LCD graphics solutions in their designs in order to support multiple display and processor types, as well as to respond to changing market standards and requirements within a compressed window of opportunity.
  • sysDSP Block
  • Embedded Display Control Using FPGAs [GAS, 250]
    NEW 2010-03-18 16:01:29.0 - New White Paper: Graphical LCD displays are increasingly designed into demanding embedded display control and video applications such as Human Machine Interfaces (HMI) for industrial consoles, vending machines, automotive and marine dashboard clusters, household appliances, medical devices and gaming machines. Designers often need to integrate third-party display control solutions into their own designs, which require IP that is stable and easy to integrate with designers' own IP modules and processor interfaces. System designers are turning to the use of programmable logic devices such as FPGAs to implement advanced LCD graphics solutions in their designs in order to support multiple display and processor types, as well as to respond to changing market standards and requirements within a compressed window of opportunity.
  • Pre-engineered Source Synchronous Interfaces
  • Embedded Display Control Using FPGAs [GAS, 250]
    NEW 2010-03-18 16:01:29.0 - New White Paper: Graphical LCD displays are increasingly designed into demanding embedded display control and video applications such as Human Machine Interfaces (HMI) for industrial consoles, vending machines, automotive and marine dashboard clusters, household appliances, medical devices and gaming machines. Designers often need to integrate third-party display control solutions into their own designs, which require IP that is stable and easy to integrate with designers' own IP modules and processor interfaces. System designers are turning to the use of programmable logic devices such as FPGAs to implement advanced LCD graphics solutions in their designs in order to support multiple display and processor types, as well as to respond to changing market standards and requirements within a compressed window of opportunity.
  • MSC UK LatticeXP2
  • Embedded Display Control Using FPGAs [GAS, 250]
    NEW 2010-03-18 16:01:29.0 - New White Paper: Graphical LCD displays are increasingly designed into demanding embedded display control and video applications such as Human Machine Interfaces (HMI) for industrial consoles, vending machines, automotive and marine dashboard clusters, household appliances, medical devices and gaming machines. Designers often need to integrate third-party display control solutions into their own designs, which require IP that is stable and easy to integrate with designers' own IP modules and processor interfaces. System designers are turning to the use of programmable logic devices such as FPGAs to implement advanced LCD graphics solutions in their designs in order to support multiple display and processor types, as well as to respond to changing market standards and requirements within a compressed window of opportunity.
  • Avnet-Memec France LatticeXP2
  • Embedded Display Control Using FPGAs [GAS, 250]
    NEW 2010-03-18 16:01:29.0 - New White Paper: Graphical LCD displays are increasingly designed into demanding embedded display control and video applications such as Human Machine Interfaces (HMI) for industrial consoles, vending machines, automotive and marine dashboard clusters, household appliances, medical devices and gaming machines. Designers often need to integrate third-party display control solutions into their own designs, which require IP that is stable and easy to integrate with designers' own IP modules and processor interfaces. System designers are turning to the use of programmable logic devices such as FPGAs to implement advanced LCD graphics solutions in their designs in order to support multiple display and processor types, as well as to respond to changing market standards and requirements within a compressed window of opportunity.
  • CPLD / SPLD

  • MachXO
  • Pre-tested Design Accelerates Development [PDF, 323]
    NEW 2010-03-18 16:09:50.0 - Many moderate size Programmable Logic Device (PLD) designs, especially those in control plane applications, consist of a number of interfaces interconnected via an on-chip bus to a microprocessor that may be on- or off-chip. Although each interface is often relatively simple, the task of building all the on-chip interconnections and debugging them can be time consuming and frustrating. An increasing number of designers are using development boards with pre-designed processor-based systems to accelerate the development process. An example of a development environment that allows designers to start with a pre-designed system and then modify it to build a prototype before transferring the design into their final system is the MachXO Mini Development board from Lattice.
  • Single Chip Reconfigurable PLD
  • Pre-tested Design Accelerates Development [PDF, 323]
    NEW 2010-03-18 16:09:50.0 - Many moderate size Programmable Logic Device (PLD) designs, especially those in control plane applications, consist of a number of interfaces interconnected via an on-chip bus to a microprocessor that may be on- or off-chip. Although each interface is often relatively simple, the task of building all the on-chip interconnections and debugging them can be time consuming and frustrating. An increasing number of designers are using development boards with pre-designed processor-based systems to accelerate the development process. An example of a development environment that allows designers to start with a pre-designed system and then modify it to build a prototype before transferring the design into their final system is the MachXO Mini Development board from Lattice.
  • Instant-on Non-Volatile PLD Architecture
  • Pre-tested Design Accelerates Development [PDF, 323]
    NEW 2010-03-18 16:09:50.0 - Many moderate size Programmable Logic Device (PLD) designs, especially those in control plane applications, consist of a number of interfaces interconnected via an on-chip bus to a microprocessor that may be on- or off-chip. Although each interface is often relatively simple, the task of building all the on-chip interconnections and debugging them can be time consuming and frustrating. An increasing number of designers are using development boards with pre-designed processor-based systems to accelerate the development process. An example of a development environment that allows designers to start with a pre-designed system and then modify it to build a prototype before transferring the design into their final system is the MachXO Mini Development board from Lattice.
  • Embedded and Distributed Memory
  • Pre-tested Design Accelerates Development [PDF, 323]
    NEW 2010-03-18 16:09:50.0 - Many moderate size Programmable Logic Device (PLD) designs, especially those in control plane applications, consist of a number of interfaces interconnected via an on-chip bus to a microprocessor that may be on- or off-chip. Although each interface is often relatively simple, the task of building all the on-chip interconnections and debugging them can be time consuming and frustrating. An increasing number of designers are using development boards with pre-designed processor-based systems to accelerate the development process. An example of a development environment that allows designers to start with a pre-designed system and then modify it to build a prototype before transferring the design into their final system is the MachXO Mini Development board from Lattice.
  • Programmable sysIO Buffers
  • Pre-tested Design Accelerates Development [PDF, 323]
    NEW 2010-03-18 16:09:50.0 - Many moderate size Programmable Logic Device (PLD) designs, especially those in control plane applications, consist of a number of interfaces interconnected via an on-chip bus to a microprocessor that may be on- or off-chip. Although each interface is often relatively simple, the task of building all the on-chip interconnections and debugging them can be time consuming and frustrating. An increasing number of designers are using development boards with pre-designed processor-based systems to accelerate the development process. An example of a development environment that allows designers to start with a pre-designed system and then modify it to build a prototype before transferring the design into their final system is the MachXO Mini Development board from Lattice.
  • sysCLOCK PLLs and Oscillator
  • Pre-tested Design Accelerates Development [PDF, 323]
    NEW 2010-03-18 16:09:50.0 - Many moderate size Programmable Logic Device (PLD) designs, especially those in control plane applications, consist of a number of interfaces interconnected via an on-chip bus to a microprocessor that may be on- or off-chip. Although each interface is often relatively simple, the task of building all the on-chip interconnections and debugging them can be time consuming and frustrating. An increasing number of designers are using development boards with pre-designed processor-based systems to accelerate the development process. An example of a development environment that allows designers to start with a pre-designed system and then modify it to build a prototype before transferring the design into their final system is the MachXO Mini Development board from Lattice.
  • Sleep Mode Reduces Standby Power to <100µA
  • Pre-tested Design Accelerates Development [PDF, 323]
    NEW 2010-03-18 16:09:50.0 - Many moderate size Programmable Logic Device (PLD) designs, especially those in control plane applications, consist of a number of interfaces interconnected via an on-chip bus to a microprocessor that may be on- or off-chip. Although each interface is often relatively simple, the task of building all the on-chip interconnections and debugging them can be time consuming and frustrating. An increasing number of designers are using development boards with pre-designed processor-based systems to accelerate the development process. An example of a development environment that allows designers to start with a pre-designed system and then modify it to build a prototype before transferring the design into their final system is the MachXO Mini Development board from Lattice.
  • MachXO Low Density Applications
  • Pre-tested Design Accelerates Development [PDF, 323]
    NEW 2010-03-18 16:09:50.0 - Many moderate size Programmable Logic Device (PLD) designs, especially those in control plane applications, consist of a number of interfaces interconnected via an on-chip bus to a microprocessor that may be on- or off-chip. Although each interface is often relatively simple, the task of building all the on-chip interconnections and debugging them can be time consuming and frustrating. An increasing number of designers are using development boards with pre-designed processor-based systems to accelerate the development process. An example of a development environment that allows designers to start with a pre-designed system and then modify it to build a prototype before transferring the design into their final system is the MachXO Mini Development board from Lattice.
  • MSC UK MachXO
  • Pre-tested Design Accelerates Development [PDF, 323]
    NEW 2010-03-18 16:09:50.0 - Many moderate size Programmable Logic Device (PLD) designs, especially those in control plane applications, consist of a number of interfaces interconnected via an on-chip bus to a microprocessor that may be on- or off-chip. Although each interface is often relatively simple, the task of building all the on-chip interconnections and debugging them can be time consuming and frustrating. An increasing number of designers are using development boards with pre-designed processor-based systems to accelerate the development process. An example of a development environment that allows designers to start with a pre-designed system and then modify it to build a prototype before transferring the design into their final system is the MachXO Mini Development board from Lattice.
  • MSC Germany MachXO
  • Pre-tested Design Accelerates Development [PDF, 323]
    NEW 2010-03-18 16:09:50.0 - Many moderate size Programmable Logic Device (PLD) designs, especially those in control plane applications, consist of a number of interfaces interconnected via an on-chip bus to a microprocessor that may be on- or off-chip. Although each interface is often relatively simple, the task of building all the on-chip interconnections and debugging them can be time consuming and frustrating. An increasing number of designers are using development boards with pre-designed processor-based systems to accelerate the development process. An example of a development environment that allows designers to start with a pre-designed system and then modify it to build a prototype before transferring the design into their final system is the MachXO Mini Development board from Lattice.
  • MachXO Mini Development Kit Video
  • Pre-tested Design Accelerates Development [PDF, 323]
    NEW 2010-03-18 16:09:50.0 - Many moderate size Programmable Logic Device (PLD) designs, especially those in control plane applications, consist of a number of interfaces interconnected via an on-chip bus to a microprocessor that may be on- or off-chip. Although each interface is often relatively simple, the task of building all the on-chip interconnections and debugging them can be time consuming and frustrating. An increasing number of designers are using development boards with pre-designed processor-based systems to accelerate the development process. An example of a development environment that allows designers to start with a pre-designed system and then modify it to build a prototype before transferring the design into their final system is the MachXO Mini Development board from Lattice.
  • Origin Taiwan MachXO
  • Pre-tested Design Accelerates Development [PDF, 323]
    NEW 2010-03-18 16:09:50.0 - Many moderate size Programmable Logic Device (PLD) designs, especially those in control plane applications, consist of a number of interfaces interconnected via an on-chip bus to a microprocessor that may be on- or off-chip. Although each interface is often relatively simple, the task of building all the on-chip interconnections and debugging them can be time consuming and frustrating. An increasing number of designers are using development boards with pre-designed processor-based systems to accelerate the development process. An example of a development environment that allows designers to start with a pre-designed system and then modify it to build a prototype before transferring the design into their final system is the MachXO Mini Development board from Lattice.
  • System Control Designs
  • Pre-tested Design Accelerates Development [PDF, 323]
    NEW 2010-03-18 16:09:50.0 - Many moderate size Programmable Logic Device (PLD) designs, especially those in control plane applications, consist of a number of interfaces interconnected via an on-chip bus to a microprocessor that may be on- or off-chip. Although each interface is often relatively simple, the task of building all the on-chip interconnections and debugging them can be time consuming and frustrating. An increasing number of designers are using development boards with pre-designed processor-based systems to accelerate the development process. An example of a development environment that allows designers to start with a pre-designed system and then modify it to build a prototype before transferring the design into their final system is the MachXO Mini Development board from Lattice.
  • Power Management Devices

  • Load Switching Helps Implement Hot Swaping [PDF, 216]
    NEW 2010-03-18 16:07:15.0 - Maximizing system-level performance requires close coordination of the low-level functions of switch control with those of the top-level hot swap management functions, such as sequencing and fault detection. While it is possible to implement such systems with hardwired circuitry, it is often more simple and cost-effective to do so using programmable system components.
  • Power Manager II - POWR1220AT8
  • Load Switching Helps Implement Hot Swaping [PDF, 216]
    NEW 2010-03-18 16:07:15.0 - Maximizing system-level performance requires close coordination of the low-level functions of switch control with those of the top-level hot swap management functions, such as sequencing and fault detection. While it is possible to implement such systems with hardwired circuitry, it is often more simple and cost-effective to do so using programmable system components.
  • Power Manager II - POWR1014/A
  • Load Switching Helps Implement Hot Swaping [PDF, 216]
    NEW 2010-03-18 16:07:15.0 - Maximizing system-level performance requires close coordination of the low-level functions of switch control with those of the top-level hot swap management functions, such as sequencing and fault detection. While it is possible to implement such systems with hardwired circuitry, it is often more simple and cost-effective to do so using programmable system components.
  • Power Manager II - POWR6AT6
  • Load Switching Helps Implement Hot Swaping [PDF, 216]
    NEW 2010-03-18 16:07:15.0 - Maximizing system-level performance requires close coordination of the low-level functions of switch control with those of the top-level hot swap management functions, such as sequencing and fault detection. While it is possible to implement such systems with hardwired circuitry, it is often more simple and cost-effective to do so using programmable system components.
  • Power Manager II - POWR607
  • Load Switching Helps Implement Hot Swaping [PDF, 216]
    NEW 2010-03-18 16:07:15.0 - Maximizing system-level performance requires close coordination of the low-level functions of switch control with those of the top-level hot swap management functions, such as sequencing and fault detection. While it is possible to implement such systems with hardwired circuitry, it is often more simple and cost-effective to do so using programmable system components.
  • ProcessorPM - POWR605
  • Reset Generation for TI DSP Processor [PDF, 65]
    NEW 2010-03-18 16:12:47.0 - Multiple single voltage reset generator ICs are required to provide a reliable reset solution for the TMS320C6XXX ("DaVinci") processors. The ProcessorPM devices provide reliable, low-cost, single chip solutions as they cover all the supply rails for accurate fault monitoring and offer multiple outputs to support Power-on-reset and Warm reset functions. In addition, the same devices can be used to monitor a different core voltage when a different TMS320C6XXX processor is used.
  • Development Kits and Hardware

  • Development Kits
  • MachXO Mini Development Kit
  • Pre-tested Design Accelerates Development [PDF, 323]
    NEW 2010-03-18 16:09:50.0 - Many moderate size Programmable Logic Device (PLD) designs, especially those in control plane applications, consist of a number of interfaces interconnected via an on-chip bus to a microprocessor that may be on- or off-chip. Although each interface is often relatively simple, the task of building all the on-chip interconnections and debugging them can be time consuming and frustrating. An increasing number of designers are using development boards with pre-designed processor-based systems to accelerate the development process. An example of a development environment that allows designers to start with a pre-designed system and then modify it to build a prototype before transferring the design into their final system is the MachXO Mini Development board from Lattice.
  • ProcessorPM Development Kit
  • Reset Generation for TI DSP Processor [PDF, 65]
    NEW 2010-03-18 16:12:47.0 - Multiple single voltage reset generator ICs are required to provide a reliable reset solution for the TMS320C6XXX ("DaVinci") processors. The ProcessorPM devices provide reliable, low-cost, single chip solutions as they cover all the supply rails for accurate fault monitoring and offer multiple outputs to support Power-on-reset and Warm reset functions. In addition, the same devices can be used to monitor a different core voltage when a different TMS320C6XXX processor is used.
  • PCI Express Dev Kit ECP3
  • ECP3 PCI Express Development Kit Documents [ZIP, 5496]
    UPDATED 2010-03-12 08:59:58.0 - **New** Documentation for ECP3 PCI Express Development Kit.
  • ECP3 PCIE Solutions Board
  • ECP3 PCI Express Development Kit Documents [ZIP, 5496]
    UPDATED 2010-03-12 08:59:58.0 - **New** Documentation for ECP3 PCI Express Development Kit.
  • Vertical Market Solutions
  • LCD-Pro Evaluation Kit
  • Embedded Display Control Using FPGAs [GAS, 250]
    NEW 2010-03-18 16:01:29.0 - New White Paper: Graphical LCD displays are increasingly designed into demanding embedded display control and video applications such as Human Machine Interfaces (HMI) for industrial consoles, vending machines, automotive and marine dashboard clusters, household appliances, medical devices and gaming machines. Designers often need to integrate third-party display control solutions into their own designs, which require IP that is stable and easy to integrate with designers' own IP modules and processor interfaces. System designers are turning to the use of programmable logic devices such as FPGAs to implement advanced LCD graphics solutions in their designs in order to support multiple display and processor types, as well as to respond to changing market standards and requirements within a compressed window of opportunity.
  • LCD-Pro Video
  • Embedded Display Control Using FPGAs [GAS, 250]
    NEW 2010-03-18 16:01:29.0 - New White Paper: Graphical LCD displays are increasingly designed into demanding embedded display control and video applications such as Human Machine Interfaces (HMI) for industrial consoles, vending machines, automotive and marine dashboard clusters, household appliances, medical devices and gaming machines. Designers often need to integrate third-party display control solutions into their own designs, which require IP that is stable and easy to integrate with designers' own IP modules and processor interfaces. System designers are turning to the use of programmable logic devices such as FPGAs to implement advanced LCD graphics solutions in their designs in order to support multiple display and processor types, as well as to respond to changing market standards and requirements within a compressed window of opportunity.
  • Market Solutions

  • Industrial
  • Industrial Automation HMI
  • Embedded Display Control Using FPGAs [GAS, 250]
    NEW 2010-03-18 16:01:29.0 - New White Paper: Graphical LCD displays are increasingly designed into demanding embedded display control and video applications such as Human Machine Interfaces (HMI) for industrial consoles, vending machines, automotive and marine dashboard clusters, household appliances, medical devices and gaming machines. Designers often need to integrate third-party display control solutions into their own designs, which require IP that is stable and easy to integrate with designers' own IP modules and processor interfaces. System designers are turning to the use of programmable logic devices such as FPGAs to implement advanced LCD graphics solutions in their designs in order to support multiple display and processor types, as well as to respond to changing market standards and requirements within a compressed window of opportunity.
  • Building Automation HMI
  • Embedded Display Control Using FPGAs [GAS, 250]
    NEW 2010-03-18 16:01:29.0 - New White Paper: Graphical LCD displays are increasingly designed into demanding embedded display control and video applications such as Human Machine Interfaces (HMI) for industrial consoles, vending machines, automotive and marine dashboard clusters, household appliances, medical devices and gaming machines. Designers often need to integrate third-party display control solutions into their own designs, which require IP that is stable and easy to integrate with designers' own IP modules and processor interfaces. System designers are turning to the use of programmable logic devices such as FPGAs to implement advanced LCD graphics solutions in their designs in order to support multiple display and processor types, as well as to respond to changing market standards and requirements within a compressed window of opportunity.