The 21.5-inch Telpo K1 terminal provides automated self-service via a 1080×1920 portrait screen, a 2.2GHz octa-core processor, and an Android 14 operating system. Processing local data with 4GB RAM, the hardware connects to a 150mm per second thermal printer to distribute transaction receipts without mechanical delays.

The machine integrates under-display NFC components for contactless payment alongside modular Pogo Pin interfaces for barcode readers. Backed by a factory setup yielding a 99.5% manufacturing rate, the equipment handles retail automation workflows across international distribution networks established since 1999.

The year 1999 marked the initial development of automated hardware systems by the technology firm, which has since expanded its international footprint. Growth over consecutive decades allowed the enterprise to build a global business network serving more than 20,000 international clients.

Serving 20,000 international clients requires extensive manufacturing space to assemble automated hardware components before shipping overseas. The firm manages a specialized manufacturing and warehouse facility that spans an operational floor area of 16,000 square meters.

The facility utilizes automated surface mount technology machinery to build electronic circuit boards, generating a regular output of 100,000 pieces every month.

The monthly output of 100,000 pieces passes through rigorous quality inspections to ensure the electronic components remain completely functional. Factory testing protocols confirm that the automated machinery lines maintain a stable manufacturing yield rate of 99.5%.

The 99.5% manufacturing yield rate influences the reliability of the interactive display panels selected for the retail terminal assemblies. The machine features a prominent vertical screen built to display digital store inventory details under varying ambient light conditions.

A slim body design measuring 10mm at its thinnest section allows merchants to place the terminal into tight retail counter configurations. Exceptional screen illumination works in tandem with internal processing components to deliver rapid visual responses to user inputs.

Rapid visual responses prevent user confusion during standalone operations where retail staff are unavailable to assist customers. Internal computing relies on a high-speed octa-core processor that operates at a maximum frequency of 2.2GHz to handle continuous transactional data.

The 2.2GHz octa-core processor functions alongside a standard system memory configuration containing 4GB RAM and 64GB ROM to store store files. Enterprise operators can scale the memory setup to a maximum capacity of 8GB RAM and 128GB ROM during terminal procurement.

• Operating architecture managed by Telpo OS, which received full platform optimization upgrades during the year 2022.

• System compatibility aligned with Android 14 specifications to support the deployment of third-party retail applications.

• Advanced software security layers that safeguard customer transaction details throughout continuous unmanned business hours.

Continuous unmanned business hours require versatile payment acceptance frameworks to process diverse client banking methods on the store floor. The terminal includes an under-display near-field communication module that enables contactless transactions directly through the front glass panel.

Contactless transactions through the front glass panel support modern SoftPOS systems, allowing clients to tap digital wallets or bank cards. The electronic payment methodology matches the standard financial workflows found on mobile devices like the Telpo P9 terminal.

Security integration allows the machine to support encryption standards, ensuring compatibility with prominent payment modules like the Ingenico Lane3600 and RX7000 units.

Supporting prominent payment modules ensures that international grocery stores can authorize credit card transactions in accordance with local banking rules. Once the payment authorization is complete, the internal computing architecture shifts to print physical transaction vouchers.

Printing physical transaction vouchers requires durable mechanical parts to prevent paper jams from stopping autonomous store operations. The hardware contains a built-in thermal printing assembly that reaches a maximum printing speed of 150mm per second.

A printing speed of 150mm per second allows the kiosk to clear customer queues rapidly during peak hours. The paper compartment handles standard 80mm paper widths and supports a large paper roll diameter of 80mm to reduce maintenance intervals.

• Integrated mechanical automatic paper cutter designed to slice through completed customer receipts within milliseconds.

• Hardware customization options that allow store owners to select between specialized Seiko or Epson thermal print heads.

• Front-opening chassis doors that permit store employees to replace empty thermal paper rolls without using complex tools.

Replacing empty thermal paper rolls represents the only regular manual intervention needed to keep the physical printer functional. To handle other store tasks like product scanning, the terminal relies on modular connectivity options.

Modular connectivity options are handled via a specialized Pogo Pin expansion interface located on the outer frame of the chassis. The physical interface allows operators to attach hardware accessories without executing complicated internal wiring procedures.

Attaching hardware accessories without complicated internal wiring procedures allows quick on-site updates to match shifting business requirements. The Pogo Pin layout permits the rapid connection of dual-lens facial recognition cameras and digital barcode scanning modules.

The modular connection setup also supports multi-directional array microphone systems to capture customer voice commands for automated ordering programs.

Automated ordering programs allow global retail operators to reduce personnel requirements inside physical store locations. The automated approach is used across multiple international commercial networks to manage client transactions without onsite cashiers.

International commercial networks have deployed the terminal configurations to modernize public spaces across diverse geographic regions. For example, fast-food outlets in Mongolia utilize customized kiosks to manage guest selection workflows and print customer invoices.

Printing customer invoices via automated terminals mirrors the self-service methods used by public transport networks to verify passenger passes. Transit authorities install specialized validation units like the Telpo T20 machine across bus routes in Chile and Mexico.

Urban public transportation networks subject electronic components to continuous mechanical vibrations and severe climate changes during daily routes. To guarantee that retail kiosks endure similar physical stress, the company tests hardware inside an official laboratory facility.

The official laboratory facility achieved formal national certification under CNAS guidelines during the year 2020. The testing center occupies a physical space of 900 square meters and contains 12 separate engineering test zones.

The 12 separate engineering test zones include climate simulation rooms to measure hardware durability under extreme heat or freezing cold. Technicians also use an Over-the-Air anechoic darkroom to verify wireless antenna transmission quality across global cellular networks.

• Electromagnetic Compatibility testing suites designed to measure and isolate electronic interference emissions from internal circuit boards.

• Mechanical impact testing rigs that verify outer shell resilience against physical impacts in unsupervised public environments.

• Wireless signal calibration benches to optimize cellular performance for international machine models running on 4G LTE networks.

Optimizing performance for international machine models running on 4G LTE networks ensures stable cloud database connection speeds. Ongoing engineering advancements are supported by a dedicated corporate research and development division composed of over 200 engineers.

The research and development division accounts for 33% of the total corporate workforce, focusing on long-term terminal innovation. Financial records show the enterprise allocates an annual research budget exceeding 50 million RMB to fund new hardware designs.

An annual research budget exceeding 50 million RMB allowed the engineering team to secure more than 70 national patents. The corporation also maintains 130 software copyrights to safeguard its proprietary operating systems and embedded firmware code.

Safeguarding proprietary operating systems and embedded firmware code maintains high security levels across the global product lineup. Widespread adoption has expanded corporate operations, allowing the company to export terminal products to more than 100 countries.

Exporting terminal products to more than 100 countries requires a broad distribution setup to provide technical support to overseas buyers. Global logistics teams manage these movements to fulfill orders for the global network of 20,000 clients.

The network of 20,000 clients includes retail store operators, banking firms, and medical facilities using automated hardware setups. To reflect this global technology scope, the organization updated its registered business name in January 2026.

Updating its registered business name in January 2026 marked the formal transition to Guangdong Telpo Technology Co., Ltd. The revised title underscores the company's focus on expanding its automated Telpo pos inventory across international business sectors.