Items Tagged with 'macro'

According to ABI Research, Asia-Pacific regional growth in basestations will outpace all other regions this year as it continues to account for the majority of worldwide basestation deployments. The Asia-Pacific region now becomes the largest market for LTE, followed by North America and Western Europe, with the Asia-Pacific regional installed base growing to 8X in 2014.

Texas Instruments (TI), and Nokia Solutions and Networks (NSN), the world's specialist in mobile broadband, announced their collaboration on NSN's next generation of indoor small cell base stations.  Based on NSN's Flexi Zone suite of products, the new indoor small cell base stations are expected to support a record 400 active indoor users, compared to 32 users supported today, in a power over Ethernet envelope. 

With the first service providers, such as SK Telecom, now upgrading their networks to LTE-Advanced (LTE-A) and China Mobile deploying a TD-LTE network and issuing a huge tender for over 200,000 base stations, TD-LTE and LTE-Advanced are set to dominate the LTE installed base of macro basestations as early as 2015.

The use of Wi-Fi functionality in small-cell base stations will be a game changer for cellphone service providers, easing heavily congested data pipes while linking together billions of devices into a single network architecture, according to the IHS iSuppli Mobile & Wireless Communications Service at information and analytics provider IHS.

Mobile Experts has released a new Small Cell Market Forecast, predicting more than 5 million metrocells shipped in 2017.

Of all the available backhaul choices for LTE macrocells and small cells, by 2018, sub 6GHz OFDM NLOS technology will become the most popular for “last mile” backhaul. Fiber-based backhaul will be the second most popular choice, where it is available, followed by millimeter wave and the traditional LOS microwave links.

Mobile Experts released a report that predicts a new future for base station semiconductors. In particular, the number of base station transceivers will grow to more than 17 million per year by 2017. Increasing bandwidth requirements, MIMO, and carrier aggregation will drive growth in key semiconductor components. The new report, "Semiconductors for Macro Transceivers and RRH," gives a detailed analysis of these trends.