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Still considered an emerging market, wireless payment is the fastest growing segment in the POS industry, offering entry to new vertical markets, new merchants and new ways to increase revenue. Wireless communications not only provides the convenience to accept payment directly at the point of purchase, it also provides the means to accept card transactions in areas that lack the infrastructure required for wired transactions. Global technological advancements have driven down costs associated with transferring data wirelessly, making it an ideal means for merchants to accept card transactions.

Generally broken down into two categories, wireless terminals operate over short-range, while local area networks (LAN) and wide area networks (WAN) provide data connectivity over a longer distance.

Wireless LAN terminals are used to transmit data over a distance less than 100 meters (300 feet) and require a docking station or router to transmit data from the terminal to a central host or gateway. Examples of wLAN are:

  • WiFi
  • BlueTooth
The Optimum M4100 Blade redefines the mobile payment industry by integrating full payment functionality and security into a truly portable, compact design focused on the wireless market. The devices can be equipped with WiFi and GPRS communication for all mobile or portable merchant payment needs and features an advanced power-max system, suitable for all day use - up to 20 hours! The first product of its type, the Blade accepts all payment types, including contactless, and has industry leading security compliant with PCI and EMV L1 & L2.

Wireless WAN terminals are used for the true mobile merchants, who are looking to transmit data from anywhere globally without the distance restrictions set by a central base station. Wireless WAN terminals require data service from a wireless network provider.

These network providers vary by region. Please contact your local Hypercom representative for more information about service availability.


  • GSM/GPRS with V.34 modem via optional charging dock
  • 32-bit ARM9 processor
  • Full multi-application capability
  • PCI PED approved PIN pad
  • 32-bit ARM9 processor provides new powered extended range
    Bluetooth technology
  • Bluetooth with separate V.90 or IP access points
  • ADA-style key layout and integrated PCI PED approved PIN pad
  • Optional EMV chip card reader

 

 

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