EPM7128ELI84-20N

Introducing the EPM7128ELI84-20N, a high-performance programmable logic device designed to meet the demanding requirements of today's electronic systems. This state-of-the-art device, manufactured by Altera, offers a multitude of advanced features and functions that make it the ideal choice for a wide range of applications. The EPM7128ELI84-20N boasts a generous capacity of 128 macrocells, providing ample space for complex logic designs. With its 84-pin package, this device offers excellent flexibility and compatibility with most systems. Its impressive 20 nanosecond speed allows for rapid and efficient data processing, ensuring optimal performance even in time-critical applications. One of the standout features of the EPM7128ELI84-20N is its versatility. It supports a wide range of industry-standard devices and interfaces, enabling seamless integration into existing systems. Its efficient power management system ensures minimal power consumption, making it an energy-efficient solution for battery-powered applications. Furthermore, the device is backed by Altera's renowned quality and reliability, providing peace of mind to engineers and developers. With its user-friendly design and comprehensive documentation, the EPM7128ELI84-20N makes it easy for users to quickly integrate and utilize its features. In summary, the EPM7128ELI84-20N is a versatile and high-performance programmable logic device that offers exceptional performance, compatibility, and efficiency. It is the perfect solution for designers and developers seeking a reliable and flexible device to meet their electronic system requirements.

banner

Other Products

View More
  • T491D476K010ATAU04-ND

    T491D476K010ATAU04-ND

  • TAJV226K050H-ND

    TAJV226K050H-ND

  • T97D476M050Z8TSC-ND

    T97D476M050Z8TSC-ND

  • TAP336K020CRW-ND

    TAP336K020CRW-ND

  • T95B156K016LSSL-ND

    T95B156K016LSSL-ND

  • T491B106K016AT7622-ND

    T491B106K016AT7622-ND

  • T491V227M010AT-ND

    T491V227M010AT-ND

  • 478-CWR09FB685KC-ND

    478-CWR09FB685KC-ND

  • 478-TAZH107K010LBSZ0800-ND

    478-TAZH107K010LBSZ0800-ND

  • 478-2362-2-ND,478-2362-1-ND,478-2362-6-ND

    478-2362-2-ND,478-2362-1-ND,478-2362-6-ND

  • T95V335K020LZAL-ND

    T95V335K020LZAL-ND

  • 478-CWR19MC106JBHA\\TR-ND

    478-CWR19MC106JBHA\\TR-ND

Related Blogs

  • 2026 / 05 / 15

    Tower Semiconductor Secures $1.3 Billion Silicon Photonics Order

    Tower Semiconductor lands $1.3B silicon photonics deal for 2027, locking AI data center demand. Scaling CPO & optical interconnect capacity....

    Tower Semiconductor Secures $1.3 Billion Silicon Photonics Order
  • 2026 / 05 / 14

    New Products from ST: High-Precision Op Amp and Ultra-Low-Power Image Sensors

    ST launches TSB192 precision dual op-amp with 20µV offset and 8MHz bandwidth, alongside VD55G4/VD65G4 ultra-low-power global-shutter image sensors in the BrightSense family....

    New Products from ST: High-Precision Op Amp and Ultra-Low-Power Image Sensors
  • 2026 / 05 / 13

    Cmsemicon Advances Memory Portfolio: CMS25Q32A Mass Production Imminent

    Cmsemicon CMS25Q32A 32 Mbit SPI NOR Flash completes mass-production qualification, expanding its MCU-plus memory lineup for embedded, IoT and smart hardware....

    Cmsemicon Advances Memory Portfolio: CMS25Q32A Mass Production Imminent
  • 2026 / 05 / 12

    Analysis and Selection Guide for Popular Electronic Components in May

    Driven by AI, EVs, and automation, demand surges for core components like MCUs, memory, PMICs, and RF chips in May 2026. This guide analyzes popular parts for selection....

    Analysis and Selection Guide for Popular Electronic Components in May
  • 2026 / 05 / 11

    Selection Guide: In-Depth Analysis of Voltage Reference ICs

    Voltage Reference ICs deliver ultra-stable, precision voltage outputs essential for ADC/DAC accuracy. Key specs include initial accuracy, temperature coefficient, and low-frequency noise. ...

    Selection Guide: In-Depth Analysis of Voltage Reference ICs
  • 2026 / 05 / 09

    Google Tensor G7 Chip: Continues with 2nm Process

    Google's upcoming Tensor G7 chip, manufactured by TSMC on a 2nm process, is set to power the Pixel 12 series. It continues Google's AI-first design philosophy......

    Google Tensor G7 Chip: Continues with 2nm Process
  • 2026 / 05 / 08

    Industry Restructuring: ICE Automakers Divest Non-Core Manufacturing Assets

    Global ICE automakers are divesting non-core manufacturing assets, while Chinese EV makers capitalize by acquiring idle overseas capacity to accelerate expansion....

    Industry Restructuring: ICE Automakers Divest Non-Core Manufacturing Assets
  • 2026 / 05 / 07

    Samsung Completely Exits the Chinese Home Appliance Market

    Samsung exits China's home appliance market effective May 6, 2026, halting sales of TVs, refrigerators, and more, while keeping its smartphone business. ...

    Samsung Completely Exits the Chinese Home Appliance Market
  • 2026 / 05 / 04

    Modern Electronics Core: A Guide to CMOS Logic Gate ICs

    CMOS logic gate ICs form the foundation of digital circuits. They use complementary MOSFET pairs for near-zero static power, high noise immunity, and versatile voltage operation....

    Modern Electronics Core: A Guide to CMOS Logic Gate ICs
  • 2026 / 04 / 30

    Amazon Rises to Top Three in Global Data Center Chip Market

    Amazon has become a top-three data center chip designer, with its in-house semiconductor business now generating over $20B annually....

    Amazon Rises to Top Three in Global Data Center Chip Market
Contact Information
close