ISPGDX160VA-3BN208

Overview

The ISPGDX160VA-3BN208 is a programmable general digital crosspoint integrated circuit manufactured by Lattice Semiconductor. It belongs to the ispGDX family of complex programmable logic devices (CPLDs). The device features 160 input/output lines and utilizes a MACROCELL output function architecture. It is housed in a 208-pin lead-free FineLine BGA package with dimensions of 17 mm in length. The component supports a maximum clock frequency of 111 MHz and operates within a temperature range up to 70 °C. It complies with RoHS standards and carries an EAR99 classification.

Feature Summary

• Provides programmable general digital crosspoint functionality for signal routing
• Integrates 160 I/O lines with MACROCELL-based output structures
• Delivers deterministic configuration with instant-on startup capabilities

Applications

• Generic communication processor implementations
• Signal switching and multiplexing tasks
• Digital crosspoint interconnect systems

Procurement Notes

Verify the specific speed grade suffix against project requirements, as the model indicates a -3 grade while available data references a -5 variant. Confirm package availability and moisture sensitivity level compliance prior to assembly. Ensure design tools support the ispGDX architecture for successful implementation.

Selection Notes

Select this component for applications requiring flexible digital crosspoint routing with moderate I/O density. The 160 I/O count suits medium-scale logic integration needs. Consider the 111 MHz performance limit when designing high-speed timing paths. The BGA package requires appropriate PCB layout considerations for thermal and electrical performance.

Part Context

This device is part of the ispGDX series, which focuses on low-power programmable logic solutions. Lattice Semiconductor positions these CPLDs for cost-effective and energy-efficient designs in communications and industrial sectors. The series emphasizes small form factors and rapid prototyping capabilities for embedded systems.

Replacement Considerations

Publicly confirmed substitute part numbers are not available in the provided documentation. Verify compatibility with existing system constraints before considering alternative components.