Telpo P9 is a handheld Android POS terminal built for multi-payment retail use with a 6.5-inch 720×1600 display and integrated 58mm thermal printer (paper width 58mm, Φ40mm). It runs Android-based TelpoOS and supports memory configurations from 2GB RAM + 16GB ROM up to 4GB RAM + 64GB ROM. The device integrates NFC (ISO14443 A/B), EMV chip, magnetic stripe, QR scanning via 5MP rear camera, and dual SIM or eSIM option. Connectivity includes 4G LTE, Wi-Fi, Bluetooth, GPS. Battery options include 3500mAh or 5000mAh. Dimensions are 173.4×80.7×16.4mm. It is certified for PCI PTS 6.X and EMV Level 1&2 compliance. The android pos terminal with printer connects retail payment intake and receipt output in one handheld unit, reducing device switching across checkout workflows by about 40% in multi-channel retail setups reported in 2025 deployments. A 6.5-inch 720×1600 display with 83.3% screen-to-body ratio supports direct card entry, QR scan, and order confirmation in one interface cycle, while the integrated 58mm thermal printer (Φ40mm roll support, up to 3500–5000mAh battery variants) prints receipts immediately after authorization. NFC, EMV chip, and magnetic stripe readers operate in parallel with ISO14443 A/B and ISO7816 standards, covering contactless and chip transactions in one flow. The system architecture places payment processing and printing inside a single Android-based terminal running TelpoOS, built on Android and paired with an octa-core processor environment described in 2025 product documentation. This setup reduces dependency on external POS peripherals by consolidating card reading, barcode capture, and receipt output. Memory options ranging from 2GB/16GB to 4GB/64GB allow different transaction loads across small retail counters and higher-volume service points handling over 1,000 daily transactions in benchmark retail tests.
The display module uses a 6.5-inch IPS panel with 720×1600 resolution, designed for readable input during mixed lighting conditions in stores operating between -5℃ and 45℃ environments.
Payment acceptance covers NFC wallets, EMV contact cards, magnetic swipe tracks 1–3, and QR-based checkout through the rear 5MP autofocus camera with barcode decoding support. This reduces separate scanning hardware needs in compact retail counters where space is limited to under 200mm device width. The optional fingerprint module adds biometric login control in multi-operator environments, especially in shared cashier systems. Battery configurations of 3500mAh standard and 5000mAh optional support full-day mobility cycles across delivery, retail floor service, and mobile checkout scenarios. A single USB Type-C port supports charging and peripheral connectivity. GPS integration allows location-based service tracking, used in logistics and field payment deployments where route-based transaction logging is required.
The 173.4×80.7×16.4mm body dimension positions the device in a compact handheld category while maintaining integrated printing hardware without external modules.
Connectivity architecture includes LTE, Wi-Fi, Bluetooth, and dual SIM or eSIM configuration, supporting continuous online payment routing across variable network conditions. This enables fallback switching between mobile networks during peak retail hours without transaction interruption exceeding typical 2–3 second retry windows seen in mobile POS systems. The printer system uses 58mm paper width with Φ40mm roll support, allowing compact receipt output suitable for mobile counters and tableside service. Print output is integrated into transaction finalization, removing separate print command steps in checkout flow. In restaurant deployments, this reduces per-transaction handling steps from card approval to receipt issuance into a single device sequence.
Environmental tolerance from -25℃ storage to 60℃ storage range supports warehouse and transport deployments where temperature variation exceeds standard indoor retail conditions.
Certification coverage includes PCI PTS 6.X and EMV L1&L2 compliance with multiple international payment schemes. This ensures compatibility with global card networks and reduces device fragmentation across regions operating mixed payment infrastructures.