World's smallest 3.75G module

U-blox has announced LISA, a new family of small, ultra-fast wireless modems that enables a wide range of high-bandwidth applications such as mobile computing, car infotainment, telematics systems and handheld terminals where wireless high-speed Internet connection is essential. It also provides secure data exchange to support sensitive applications such as automatic meter reading, fixed wireless terminals, telehealth, remote displays and point of sales terminals.
February 3, 2012 Read time: 2 mins
602 U-Blox has announced LISA, a new family of small, ultra-fast wireless modems that enables a wide range of high-bandwidth applications such as mobile computing, car infotainment, telematics systems and handheld terminals where wireless high-speed Internet connection is essential. It also provides secure data exchange to support sensitive applications such as automatic meter reading, fixed wireless terminals, telehealth, remote displays and point of sales terminals.

The modules provide high performance with uplink data speeds of up to 5.7Mb/s (HSUPA) and downlink data speeds of up to 7.2Mb/s (HSDPA) using UMTS/WCDMA technology. LISA also supports quad-band GSM/GPRS/EDGE (2G). The module series comes in a compact 33.2x22.4x2.7mm surface-mount package.

The family includes variants supporting dual-band UMTS frequencies in EMEA/Asia and the Americas (900/2,100MHz and 850/1,900MHz), plus versions dedicated to data-only applications. All modules are optimised to work with U-blox's GPS receivers via direct interface. LISA follows U-blox's highly successful LEON 2G module and is layout compatible to enable mounting of either module on the same PCB footprint.
Networking & Communication Systems

For more information on companies in this article

Related Content

  • Delivering accurate bus information
    July 27, 2012
    John C. Toone, King County Metro, describes the transition to an IntelliDrive-led approach to communication and information sharing in line with the introduction of a new bus rapid transit service. King County Metro (KC Metro), which serves Seattle, Bellevue and over 20 suburban towns, has been active in the development of intelligent transportation systems for many years. It has operated a signpost-based AVL system for more than a decade and has used this to provide bus location information to the public o
    Read More
  • Trafficware showcases advances in mapping, software
    May 1, 2015
    Trafficware’s engineering advances will be on display at ITS America’s Annual meeting this year, showcasing the just-released ATMS.now Version 2.2 that supports the widely popular Google Maps, as well as Microsoft Bing Maps and ESRI (GIS) mapping utilities. As the company points out, while people grow accustomed to convenience with electronics, traffic engineers need similar flexibility. With Version 2.2, engineers select mapping capabilities from an array of product resources versus being limited to a sin
    Read More
  • Smartphone solution for parking performance
    March 31, 2017
    Automated parking offers optimised space utilisation and fewer damage complaints as David Crawford discovers. As cars become smarter, technology designed to make parking them more straightforward is developing in parallel. In turn, it is becoming clear that the places where vehicles spend much of their time will need to respond – more comprehensively than by supporting established aids such as smartphone-based parking location and reservation, or payment for time used.
    Read More
  • Smartphone solution for parking performance
    March 31, 2017
    Automated parking offers optimised space utilisation and fewer damage complaints as David Crawford discovers. As cars become smarter, technology designed to make parking them more straightforward is developing in parallel. In turn, it is becoming clear that the places where vehicles spend much of their time will need to respond – more comprehensively than by supporting established aids such as smartphone-based parking location and reservation, or payment for time used.
    Read More

Highlighted Content