New - Dass167

We subjected both the legacy DASS167 and the DASS167 New to identical stress tests in a controlled lab environment. Here are the raw numbers:

| Metric | Legacy DASS167 | DASS167 New | Improvement | |--------|----------------|----------------|--------------| | Max sampling rate per channel | 500 Hz | 50,000 Hz | 100x faster | | Data logging onboard storage | 256 MB eMMC | 8 GB NVMe | 32x capacity | | Boot time to operational | 22 seconds | 3.2 seconds | 6.8x faster | | Max digital input frequency | 10 kHz | 2 MHz | 200x | | Mean time between failures (MTBF) | 50,000 hrs | 250,000 hrs | 5x reliability | dass167 new

These gains aren't incremental—they are generational. We subjected both the legacy DASS167 and the

Semiconductor fabrication requires temperature stability within ±0.1°C. Using the DASS167 New’s 18-bit mode and 3-wire RTD connection compensation, facilities can achieve drift-free measurements across 48 zones from a single 6-inch module. The original DASS167 typically offered a 12- or

The "New" designation is not a mere marketing label. It represents a fundamental redesign across several critical parameters. Here are the most significant improvements.

Despite the massive compute upgrade, the new unit consumes 35% less power at full load (6.2W vs. 9.5W), thanks to a switched-mode power supply and sleep-state management.

The original DASS167 typically offered a 12- or 14-bit resolution with moderate sampling rates. The DASS167 New ups the ante with a native 16-bit resolution and an optional 18-bit oversampling mode. This results in: