LCMXO5-1200
MachXO5-NX 1200 LUT security FPGA with hardware root of trust for secure system management and platform protection
Product Overview
Description
The LCMXO5-1200 is a member of the MachXO5-NX family, adding advanced security features to the proven MachXO instant-on architecture. With 1200 LUTs and comprehensive hardware security, it enables secure system management and control.
The device features hardware root of trust with secure boot, AES-256 encryption, ECDSA authentication, and PUF for secure key storage. Enhanced I/O includes support for multiple voltage standards and high-speed interfaces. The non-volatile configuration ensures instant-on operation.
The MachXO5-1200 is ideal for secure boot management, platform firmware resiliency, and trusted system control in servers, networking equipment, and industrial systems requiring high security.
Product Series
LCMXO
Primary Application
Secure boot
Key Features
- 1200 LUTs
- Hardware root of trust
- AES-256 encryption
- Secure boot
- PUF
- Enhanced I/O
Specifications
| LUTs | 1,200 |
|---|---|
| User I/O | 100 |
| Security | Hardware root of trust |
| Encryption | AES-256 |
| Authentication | ECDSA |
| Packages | QFN-48, caBGA-121 |
Applications
Secure boot
Electronic system design
Platform firmware
Electronic system design
Trusted control
Industrial automation and control
Security management
Electronic system design
System protection
Electronic system design
FAE Expert Insights
"The LCMXO5-1200 is our recommended solution for customers needing hardware security in their system management. We've deployed it in secure boot applications, platform protection, and trusted control systems. The combination of instant-on, low power, and comprehensive security is unique in the industry. It's a key component in our Lattice Sentry security solution stack."
Hardware security, instant-on, comprehensive protection
— BeiLuo FAE Team, BeiLuo
Frequently Asked Questions
What security features are included?
The LCMXO5-1200 includes comprehensive hardware security features such as hardware root of trust for secure system foundation, AES-256 encryption for configuration protection, ECDSA authentication for secure boot verification, and PUF for secure key storage. These features enable trusted system management and platform firmware resiliency.
Comprehensive hardware security for trusted system management.
How does it compare to MachXO3?
MachXO5-NX adds advanced hardware security features and enhanced I/O capabilities compared to MachXO3, while maintaining the instant-on and ultra-low power characteristics. MachXO5-NX is ideal for security-critical applications requiring hardware root of trust, while MachXO3 is suitable for general control applications without security requirements.
Choose MachXO5-NX for security-critical applications, MachXO3 for general control.
What is PUF?
PUF (Physically Unclonable Function) is a security feature that leverages manufacturing process variations to create a unique, unclonable digital fingerprint for each device. This fingerprint can be used to generate cryptographic keys that are intrinsically bound to the specific device, providing strong protection against cloning and counterfeiting attacks.
PUF provides unclonable device identity for enhanced security.
What development tools are used?
Lattice Diamond design software supports MachXO5-NX devices with security configuration capabilities, enabling developers to implement secure boot, encryption, and authentication features. Diamond provides a complete development environment including synthesis, simulation, programming, and debugging tools specifically tailored for secure system management applications.
Use Lattice Diamond for MachXO5-NX development.
What is platform firmware resiliency and how does MachXO5-NX support it?
Platform firmware resiliency (PFR) is a security framework that protects system firmware from attacks by continuously monitoring firmware integrity and enabling rapid recovery from corruption. The LCMXO5-1200 supports PFR through hardware root of trust, secure verification of firmware components, and automated recovery mechanisms, making it ideal for protecting critical infrastructure.
Hardware-based firmware protection for secure systems.