MediaTek Unveils Multimode Modem Chipset with LTE Support
MediaTek's new multimode modem supports LTE Release 9 and is backward compatible with GSM, GPRS, EDGE, DC-HSPA+, WCDMA, and TD-SCDMA technologies.
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Showing 1-25 of 213 articles tagged with Lte.
MediaTek's new multimode modem supports LTE Release 9 and is backward compatible with GSM, GPRS, EDGE, DC-HSPA+, WCDMA, and TD-SCDMA technologies.
Qualcomm's Gobi 9x35 multimode modem supports GSM, CDMA, and LTE (TDD/FDD), enabling LTE carrier aggregation for up to 40 MHz channel bandwidth and download speeds of 300 Mbps.
Intel's XMM 7160 is a multimode modem supporting 2G, 3G, and 4G LTE, designed for tablets and ultrabooks, and used in the Samsung GALAXY Tab 3 LTE.
Anritsu introduces new frequency options for its PIM Master, enabling LTE 800 MHz, UMTS 2100 MHz, and LTE 2600 MHz band testing, ideal for LTE network deployment and maintenance.
AT&T announces its LTE network now covers approximately 240 million customers across 400 markets, highlighting its investment in fast, reliable wireless service.
Anritsu updates its LTE network simulator to support TD-LTE carrier aggregation, enabling downlink throughput up to 300Mbps. Support for both FDD and TD-LTE is available.
Orange France expands its LTE network to cover Paris and 37 surrounding towns, becoming the second major provider after SFR in the French capital.
O2 Ireland, part of Telefonica, launched its 4G LTE trial network in Dublin, Citywest, and Cherrywood, offering customers 5x faster speeds than 3G.
Peregrine Semiconductor releases a SPST antenna tuning switch for LTE-Advanced smartphones. It uses HaRP™ tech to boost harmonic and linearity performance.
Wireless Instruments introduces the WiBOX PA M24-14HV, a flat panel antenna designed for WiMAX, LTE, and WLAN applications in the 2.3-2.6 GHz range.
Overview of the Ericsson M7400 and M7450 multimode modems, supporting LTE, HSPA+, EDGE, and other wireless technologies, found in tablets, smartphones, and wireless networking devices.

Explore the 4G LTE network architecture, including eNodeB, MME, SGW, PGW, and key interfaces, for efficient mobile communication and high-speed data transfer.

Explore 4G LTE coverage, focusing on AT&T and T-Mobile in the USA. Learn about LTE network topologies, TDD, and FDD.
Explore 4G LTE drive test tools and essential testing parameters for network optimization. Learn how to measure signal strength, throughput, and more.

Learn how 4G LTE filters prevent interference with digital TV reception by blocking LTE signals that overlap with UHF frequencies.

Explore the 4G LTE frame structure, including Time Division Duplex (TDD) and Frequency Division Duplex (FDD) frame types and their configurations.
Learn 4G LTE identifiers including IMSI,NAI,IMEI,GUTI,APN,ECGI,ECI and MSISDN with their respective purposes and structures.

Explore 4G LTE network security essentials: key hierarchy, authentication, and encryption protocols crucial for data protection and network integrity.
Learn about 4G LTE PRB utilization, including its definition, formula, calculation, affecting factors, and ideal range.

Learn to calculate 4G LTE throughput using formulas and a handy calculator. Optimize network performance by understanding LTE speed calculation based on modulation, TBS, and MIMO configuration.

Explore the key differences between 4G speed and 4G range, delving into the factors influencing 4G LTE network performance and coverage.
Explore the differences between 4G and LTE, including data rates, standards, and the technologies that underpin them.

4G represents the fourth generation of wireless tech, delivering high-speed data for mobile devices. It encompasses technologies like LTE and WiMAX, enabling applications like video conferencing.

Understand 5G NR split bearer functionality in dual connectivity (DC) mode. Learn key concepts like master node, secondary node, and data splitting for enhanced throughput.

Diagnose why a 5G gNB cell doesn't receive the SgNB Reconfiguration Complete message in dual connectivity mode. Learn common causes and debugging steps.
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