With the increasing complexity of electronic systems, engineers need programmable logic devices that can balance speed, density, and energy efficiency.The ISPLSI2096-125LQ is one of the complex programmable logic devices (CPLDs) in the Lattice Semiconductor ispLSI 2000 series, which is specifically designed to meet these requirements. With in-system programmability, precise timing, and strong I/O support, this chip has become a reliable choice for applications in telecommunications, industrial automation, consumer electronics, and aerospace.
At DRex Electronics, we specialize in the purchase of advanced and traditional semiconductor components such as the ISPLSI2096-125LQ to ensure production continuity for original equipment manufacturers (OEMs) and manufacturers.
What is the ISPLSI2096-125LQ?
ISPLSI2096-125LQ is a high-density CPLD that provides 96 macrocells with a flexible interconnect structure and in-system programming (ISP) capability.
This device belongs to Lattice’s ispLSI 2000 series, which has been specifically designed to achieve faster design, simplify board complexity, and reduce total cost of ownership compared to discrete logic solutions.
These components feature an EEPROM-based configuration function, which means that they retain their functions even in the event of a power failure, whereas SRAM-based FPGAs require external configuration memory.
Technical specifications of ISPLSI2096-125LQ
Feature description
Manufacturer Lattice Semiconductor
Model ISPLSI2096-125LQ
Product series ispLSI 2000
Macroblocks (logic units) 96
Logic block unit 6 logic block units (LAB)
Number of I/O pins Maximum 64
Package 128-pin LQFP
Speed 125 MHz
Power supply 5 V
Programmability EEPROM, in-system programmable (ISP)
Operating temperature Commercial temperature (0 °C to +70 °C)
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Key features
⚡ High performance
With a speed of 125 MHz, the ISPLSI2096-125LQ supports low-latency logic operations, making it suitable for real-time control and signal processing.
🔋 EEPROM based on non-volatile configuration
Ensures immediate operation and maintains a secure configuration, reducing system startup time.
🔄 In-system programmability (ISP)
Supports design updates and fault repair directly in the system without disassembling the device, which is extremely important for reducing downtime.
🧩 Flexible connectivity
Lattice’s Global Routing Pool (GRP) design enables efficient signal routing between logic blocks, reducing propagation delays.
ISPLSI2096-125LQ applications
The ISPLSI2096-125LQ is a multifunctional CPLD suitable for many industrial applications:
📡 Communications
- Used in network interfaces, signal processing units, and data routing systems.
⚙️ Industrial automation
- Supports programmable logic controllers (PLCs), robotic controllers, and motor control systems with precise performance.
🚗 Automotive systems
- Suitable for dashboard logic, sensor interfaces, and traditional electronic control units that require fast logic and long-term support.
✈ Aerospace and defense
- Thanks to its indestructible configuration and predictable behavior, it is suitable for avionics, secure communications equipment, and critical systems.
Why choose DRex Electronics to purchase ISPLSI2096-125LQ?
At DRex Electronics, we support original equipment manufacturers and industrial manufacturers through:
- 📦 Supply of current and legacy programmable logic devices
- 🌍 Integrated global supply and fast logistics services
- 🏆 ISO 9001 quality assurance
- 🔎 Expert advice on selecting CPLDs, FPGAs, and ICs
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🔗 See Lattice Semiconductor components available at DRex
External resources for engineers
For more technical information, see:
- 📘 Datasheet ispLSI 2000 – Lattice Semiconductor
- 📘 Application notes: ispLSI applications in integrated control systems
- 📘 CPLD and FPGA: main differences – All About Circuits
Summary
ISPLSI2096-125LQ provides high-speed, flexible, and non-volatile logic integration, making it an ideal choice for communications, industrial, automotive, and aerospace applications. In-system programmability, EEPROM-based instant operation, and predictable timing behavior ensure long-term reliability and highly cost-effective design integration.
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