Supports RSA (up to 2048-bit keys) and Elliptic Curve Cryptography (ECC) using curves like NIST P-256.
Full operational power during cryptographic execution or communication with the host.
If you are creating your own "portable" cheat sheet for the NPCT750, here are the sections you should copy and paste into your notes for quick reference: npct750 datasheet portable
Requires a stable 3.3V or 1.8V power supply. Low power consumption modes are natively supported to preserve battery life in portable form factors.
Integrating a security chip into battery-powered devices requires a strict focus on power envelopes and thermal management. The NPCT750 includes several features specifically engineered for portable systems. 1. Dual Voltage Support (1.8V / 3.3V) Supports RSA (up to 2048-bit keys) and Elliptic
Protection against physical attacks and tampering.
Laptops equipped with the NPCT750 use bit-locker or full-disk encryption tied directly to the TPM hardware, ensuring data cannot be read if the laptop is lost or stolen. Low power consumption modes are natively supported to
| Feature | NPCT750 | Competitor PWR-101 | Competitor FieldGen Mini | |---------|---------|--------------------|--------------------------| | Max power (portable, no fan) | 60W (derates above 50°C) | 45W | 75W (but 350g weight) | | IP rating (base) | IP54 | IP20 | IP42 | | Configurable output | Yes (3.3-15V) | No (fixed 5V/12V) | Yes, but via GUI only | | Wireless bridge | Low-latency (10 ms) | None | Bluetooth only (200 ms latency) | | Datasheet clarity | Full electrical, thermal, mechanical | Sparse | Excellent but bulky |
The NPCT750 features physical anti-tamper mechanisms. However, the external SPI traces can still be vulnerable to interposition attacks. High-security portable layouts often bury the SPI traces within inner layers of the PCB to prevent physical probing.
Includes a high-quality True Random Number Generator (TRNG) compliant with SP800-90A. Interface Support