- Buyers Guide
Cellular 4G/LTE Channel
ABI Research forecasts that a total of 1.95 billion NFC-enabled devices will ship in 2017 — a combination of both handsets and CE Devices. The lion’s share of NFC enablement will continue to be focused in the handset market, although we are expecting a surge of NFC functionality included within CE devices, for simple pairing of devices, exchange of data, and online authentication functionality. In total, 395 million CE devices will ship in 2017, predominantly into media tablets, PC accessories, and gaming consoles.
After many years of waiting, 60 GHz technology looks set to emerge from a niche technology to a mass market solution. The main enabler has been the linking of the WiGig Alliance with the Wi-Fi Alliance and the forthcoming ratification of the 802.11ad standard which will encourage more Wi-Fi IC vendors to add 11ad to future tri-band solutions (i.e., 11n / 11ac / 11ad).
Ceragon Networks Ltd. announced follow-on orders of more than $6.5 million with Mozambique Cellular (mcel) to expand the carrier’s microwave network.
Symmetrico Inc., a worldwide leader in precision time and frequency technologies, introduced the launch of a new small cells-focused category within its SyncWorld® Ecosystem Program. Developed to support the integration with Symmetricom’s SCr/SCe NTP/ PTP and sGPS SoftClocks and interoperability between Symmetricom Grandmaster clocks and other small cells solutions, the category aims to facilitate validated deployments of timing and synchronization with various small cells products in 3G and 4G/LTE architectures.
PCTEL Inc., a leader in simplifying wireless and site solutions for private and public networks, announced at the LTE North America Conference, the release of new LTE MIMO, LTE Layer 3, and Blind Scan features for its SeeGull MX scanning receiver. These features, which are fully supported by PCTEL's SeeHawk® Drive Test Suite, will help operators maximize spectral efficiency on 4G LTE networks while simplifying the testing of all network technologies. Wireless networks are evolving in order to meet growing demand for high-speed data.
Discusses the development of low cost, miniature, four-way transceivers in Ku-Band for MIMO wireless communication systems
Demonstrates how E/D PHEMT processes now facilitate analog functions like phase shifters and attenuators with state of the art performance on the same chip as digital control functions
Describes three design techniques and how each approaches system efficiency and power management from different angles
Describes one of the most requested features of LTE-Advanced in greater detail: carrier aggregation