Card Compatibility | ATM transactions, multi-card systems | Industry Standard: 3 card types (▲) Our Base: 5 types (▲▲) Our Advanced: 6 types (▲▲▲) (SD, XD, CF, MMC, Memory Stick, SM) | Reduces hardware redundancy in multi-use environments. Supports legacy and modern card formats. | Advanced versions may require firmware updates for newer card standards. |
Communication Interface | High-speed data transfer in ATMs | Industry Standard: USB 2.0 (480 Mbps) Our Base: USB 3.0 (5 Gbps ▲▲▲) Our Advanced: USB-C + Thunderbolt (40 Gbps ▲▲▲▲) | Enables seamless integration with modern ATMs. Our Advanced: Low latency for real-time transactions. | USB-C/Thunderbolt may require adapter compatibility in legacy systems. |
Security Features | Secure access control, payment terminals | Industry Standard: AES-128 encryption Our Base: AES-256 (▲▲) Our Advanced: FIPS 140-2 certified (▲▲▲) | Our Advanced: Military-grade encryption for PCI compliance. Tamper-proof design. | Higher security tiers add cost and setup complexity. |
Durability | Industrial environments | Industry Standard: IP40 (dust/water sensitive) Our Base: IP54 (▲▲) Our Advanced: IP65 (▲▲▲) (dust-tight, water-resistant) | Withstands harsh conditions in outdoor ATMs. Longer lifespan in high-traffic areas. | IP65 adds weight and may limit portability. |
Integration Flexibility | IoT, modular systems | Industry Standard: Proprietary connectors Our Base: Plug-and-play USB (▲▲▲) Our Advanced: PCIe/NVMe compatibility (▲▲▲▲) | Our Advanced: Direct integration with high-speed servers. Reduces custom wiring costs. | PCIe requires advanced technical expertise for setup. |
Power Efficiency | Battery-powered devices | Industry Standard: 5W (USB 2.0) Our Base: 2.5W (▲▲) Our Advanced: 1.2W (▲▲▲) (via adaptive power delivery) | Our Advanced: Ideal for mobile ATMs and IoT edge devices. 80% lower energy consumption. | Lower power may limit performance in high-throughput scenarios. |