The
Telpo P9 operates on an Octa-Core processor with a 6.5-inch IPS display, featuring an 83.4% screen-to-body ratio and 720×1600 resolution. The 16.4mm thick hardware incorporates a built-in 80mm/s thermal printer handling 58mm paper widths and 40mm roll diameters. Power management tests show 12 hours of operation with Wi-Fi, 4G, GPS, and Bluetooth active, running transactions every 2 minutes. Financial modules support ISO7816 smart cards, bidirectional Track 1/2/3 magnetic stripes, and ISO14443 Type A/B NFC, complying with PCI PTS 6.X and EMV L1/L2 standards. The chassis maintains an IP65 rating and a 1.5m drop-proof specification.
The hardware relies on a custom Telpo OS backed by an Octa-Core CPU to run background tasks without system delays.
Running multiple background applications concurrently is necessary when processing payments alongside inventory management software.
Processing multi-thread applications requires sufficient battery reserves, which the power management system addresses through deep sleep configurations.
The deep sleep configurations actively prevent background power drainage when the device sits idle on a restaurant counter.
The default battery settings underwent continuous laboratory testing involving a test sample size of one complete device unit.
During the specific test, the display remained permanently active while the hardware maintained simultaneous 4G, Wi-Fi, GPS, and Bluetooth connections.
Maintaining the active connections, the NFC module stayed powered to register a card swipe exactly once every 2 minutes.
Running the exact transaction frequency yielded an estimated operational timeframe of
12 continuous hours before requiring a recharge.
Recharging the battery prepares the 16.4mm thick hardware for ergonomic single-handed operation during long working shifts.
Operating the unit with one hand allows users to navigate the 6.5-inch HD IPS full-lamination multi-touch display.
The screen architecture covers a large surface area, achieving exactly an 83.3% screen-to-body ratio on the standard PDA model.
Achieving the ratio means the bezels are minimized to maximize the viewing space for complex software interfaces.
Applying the display configuration in outdoor delivery settings requires specific visual metrics, provided by the 1750:1 contrast ratio.
High contrast ratios improve textual readability when drivers confirm logistics information or process tap-to-pay transactions under sunlight.
Processing outdoor payments requires durable external hardware, verified by the IP65 ingress protection rating against dust and water.
Water and dust resistance is paired with physical impact protection, allowing the device to survive a 1.5m drop.
Dropping the device on its screen is mitigated by the glass surface reaching the IK07 standard during internal lab tests.
The IK07 uncertified laboratory testing utilized a test sample size of isolated screen glass panels to measure impact resistance.
| Hardware Component |
Specification |
Functionality |
| Rear Camera |
5M Pixel |
Auto-focus scanning |
| Front Camera |
5M Pixel |
Optional image capture |
| Display Panel |
6.5-inch IPS |
10-point multi-touch |
Capturing package details using the rear 5M pixel auto-focus camera offers a software-based method for logging inventory.
Monitoring thousands of warehouse items daily can instead be offloaded to the optional professional 1D/2D barcode scanning module.
Hardware scanning attachments speed up order picking and sku logging compared to using standard optical camera lenses.
Lenses and internal components are secured using a single uniform screw type across models without the professional scanner.
Using one screw type across the chassis cuts field repair times to a few minutes.
Getting the repaired terminal back to employees quickly reduces workflow interruptions in fast-paced retail and restaurant environments.
- Restaurants utilize the hardware for pay-at-table and line-busting tasks.
- Staff manage queueing, order placement, and checkout processing entirely in one hand.
- Two rear locations support custom silk-screen logo printing for brand consistency.
Brand deployment across different geographical regions is simplified by the inclusion of eSIM technology.
The eSIM functionality enables network switching between multiple cellular operators without needing physical SIM card swaps.
Swapping carriers digitally supports cross-border operations where maintaining continuous data connections is necessary for payment authorization.
Authorizing transactions on the standard non-financial model utilizes under-display NFC that is fully compatible with SoftPOS systems.
SoftPOS compatibility is supplemented by official GMS certification, ensuring the operating system runs standard mobile applications natively.
Transitioning to the specialized financial version introduces a display with a 720 × 1600 resolution and a 1400:1 contrast ratio.
The specialized financial display shifts the dimensions slightly to achieve an 83.4% screen-to-body ratio.
The financial variant expands beyond basic NFC to include a bi-directional magnetic stripe reader supporting Track 1, 2, and 3.
Swiping magnetic cards is accompanied by an ISO7816 smart chip card reader for processing physical banking cards.
Banking card transactions operate alongside an embedded under-display NFC reader supporting ISO14443 Type A/B and Mifare formats.
The formats process digital wallet payments like Apple Pay and standard contactless cards.
Processing global payments requires the hardware to meet PCI PTS 6.X, EMV L1&L2, EMV Contactless L1, Paywave, and Paypass compliances.
Complying with the financial standards involved rigorous certification procedures utilizing a test sample size of specialized test cards.
| Payment Method |
Hardware Integration |
Supported Standards |
| Smart Card |
physical reader |
ISO7816 |
| Magnetic Stripe |
physical reader |
Track 1/2/3 |
| Contactless |
Under-display NFC |
ISO14443 Type A/B |
Contactless and physical card payments are secured by an integrated physical fingerprint scanner on the hardware.
Completing a secured payment often requires a physical receipt, handled by the built-in thermal printer.
The printer mechanism outputs receipts at a speed of
80mm/s to process retail checkout lines.
Printing speeds are supported by a paper compartment that accepts 58mm paper widths and 40mm roll diameters.
Using a 40mm diameter paper roll decreases how often the cashier needs to load new paper.
Loading paper is protected by a side dust-proof design that prevents particles from interfering with the thermal printing heads.
Preventing dust accumulation maintains the printer's mechanical lifespan when operating in open-air markets or busy restaurant floors.
Floor staff in the environments benefit from the device maintaining a 100% wireless form factor without tethered cables.
Untethered operation allows retail staff to perform on-the-spot item recommendations and stock transfers face-to-face with customers.
Recommending items on the shop floor integrates seamlessly with the mobile checkout process to finalize the sale.