Clock Speed | Real-time systems, industrial control | Industry Standard: 20 MHz Our Base: 40 MHz (▲) Our Advanced: 60 MHz (▲▲) | Faster processing for complex tasks (e.g., TV signal decoding) ▲: 2x Industry speed | Higher power consumption at advanced tiers (60 MHz ≈ 25% more power) |
Memory Capacity | IoT devices, embedded systems | Industry Standard: 256 KB Flash Our Base: 512 KB (▲) Our Advanced: 1 MB (▲▲) | Stores more firmware/data (e.g., TV firmware updates) ▲: Double the Industry storage | Higher cost for advanced tiers (1 MB ≈ 30% pricier) |
I/O Pins | Robotics, sensor-heavy devices | Industry Standard: 20 pins Our Base: 40 pins (▲) Our Advanced: 64 pins (▲▲) | Supports more peripherals (e.g., TV connectivity ports) ▲: 100% more I/O flexibility | Larger PCB footprint for advanced tiers (64 pins require more space) |
Power Consumption | Battery-operated devices, low-power IoT | Industry Standard: 300 mW Our Base: 200 mW (▲) Our Advanced: 150 mW (▲▲) | Efficient for battery-backed systems (e.g., smart TVs) ▲: 33% lower power than Industry | Lower clock speed in advanced tiers (150 mW ≈ 10% slower at peak) |
Operating Temperature | Harsh environments (e.g., automotive) | Industry Standard: -20°C to 70°C Our Base: -40°C to 85°C (▲) Our Advanced: -45°C to 105°C (▲▲) | Reliable in extreme conditions (e.g., automotive electronics) ▲: 25°C wider range | Requires specialized cooling for advanced tiers (105°C needs heatsinks) |
Package Type | High-density PCB layouts | Industry Standard: DIP-28 Our Base: DIP-40 (▲) Our Advanced: QFP-64 (▲▲) | Scalable for complex designs (e.g., TV circuit boards) ▲: 40-pin compatibility with legacy systems | Advanced QFP-64 requires SMT assembly (costly for small-scale production) |