描述
5M160ZE64C5N MAX V CPLD IC
Non-Volatile Zero-Power Fabrics meet Space Optimization – The Professional MAX V Low-Power CPLD Choice for System Glue Logic & Dynamic Control Routing.
// Ultra-Low Dynamic Power Programmable Fabric Portfolio
The MAX V High-Efficiency Edge
The 5M160ZE64C5N stands as a premium industry standard for space-constrained, ultra-low-power programmable logic system design. Engineered by Intel Altera, this MAX V CPLD integrates 160 flexible logic elements with a native internal clock oscillator module. Housed in an optimized, fine-pitch EQFP64 footprint, it delivers non-volatile, instant-on logic execution across 54 configurable user I/O ports, completely eradicating initialization configuration delay bottlenecks typical of traditional FPGA layouts.
- 160 High-efficiency Logic Elements (LEs) for custom hardware gating
- 54 User I/O pins optimized for flexible level shifting & bus control
- Instant-On, non-volatile execution backed by integrated user flash storage
Key Performance Advantages
Ultra-Low Power
Implements advanced low-power process nodes to radically cut dynamic and standby power profiles, minimizing localized thermal accumulation on dense motherboards.
Flexible Bus Translator
Multi-voltage programmable I/O banks support direct interfacing across diverse logic rails, functioning as a seamless bridge between modern controllers and legacy devices.
Non-Volatile Instant-On
Boots critical routing logic channels immediately at power-up without reliance on external booting EEPROMs, ensuring tight system-level synchronization maps.
Technical Specifications
| Parameter Node | Detailed Engineering Specification |
|---|---|
| Manufacturer | Intel Altera |
| Part Number (MPN) | 5M160ZE64C5N |
| Device Family | MAX V Programmable Logic Series (CPLD) |
| Logic Elements (LEs) | 160 High-Efficiency Logic Elements |
| Number of User I/Os | 54 Configurable Programmable User I/O Ports |
| User Flash Memory (UFM) | Integrated Internal Flash Block for Parameter Caching |
| Core Supply Voltage | 1.8V Low-Power Internal Execution Core constraint |
| Package / Case Form | EQFP-64 / E64 Footprint (Exposed Pad Quad Flat Package) |
| Speed Grade Designation | -5 Speed Optimization Spectrum Range |
| Temperature Window | 0°C to +85°C Commercial Operational Spectrum Compliance |
Versatile Logic Applications
- Glue Logic Consolidation: Cleanly integrates disparate discrete gates and logical chips onto a single non-volatile matrix.
- Interface Level Shifting: Bridging secure, bidirectional communication signals across distinct voltage logic rails smoothly.
- Space-Constrained Modules: Ideal for compact handheld instrumentation systems, mobile transceivers, and medical sub-boards.
- System Control Sequencing: Manages precise automated power-up sequences and clock gating loops in embedded terminals.
Industrial Quality Protections
100% Original Sourcing: Procured securely through fully audited tier-1 franchise lines, completely ensuring anti-counterfeit protection.
Anti-Static Handling: Stored and picked in full alignment with international ANSI/ESD cleanroom facility benchmarks.
Full Batch Traceability: Verified via intensive certificate analysis and rigorous documentation tracking prior to export dispatch.
HIGH-PERFORMANCE PROGRAMMABLE LOGIC SOLUTIONS // DIRECT SOURCE ARCHITECTURE