GN-BTD02 Bluetooth Driver: Hama OX16C95x BT Communications port: MSI IVT BlueSoleil Bluetooth Driver: MSI USB Bluetooth Driver for IVT Firmware: MSI WLAN+Bluetooth Combo Software Package: OX16C95x Communications port: SMC SMC-BT10 and Bluetooth: SMC SMCBT-EDR EZ Connect Wireless Bluetooth USB Adapter: TrendNET TBW-103UB Bluetooth/WLAN Dongle. The SD Association is a global ecosystem of companies setting industry-leading memory card standards that simplify the use and extend the life of consumer electronics, including mobile phones, for millions of people every day. The Association does not manufacture, market or sell any product; it exists to create standards and then promote the adoption, advancement and use of SD standards used. GCT Semiconductor is a leading fabless designer and supplier of advanced 4G LTE and WiMAX semiconductor solutions. GCT’s market-proven LTE solutions, commercially available since 2010, have enabled fast and reliable LTE connectivity to numerous commercial devices such as smartphones, tablets, hotspots, USB dongles, routers, M2M applications.

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By Derek Johnston, Marketing Director, Networks Division, Samsung Electronics America

A key element of initial 5G network rollouts has been field programmable gate array (FPGA) chipsets – an integrated circuit generally used in early commercial 5G solutions for its programmability and design flexibility. But with this flexibility comes some trade-offs, mainly, less overall processing power. To reach the processing power necessary for 5G requires the installation of multiple FPGAs, which leads to the challenges of higher power consumption, increased costs, and larger sized equipment.

To address the high-volume, mass production requirements of the industry—as well as the need for more power efficient and increased operating frequency capabilities—more of today’s network technology OEMs are moving to ASICs based System-on-a-Chip (SoC) product designs.

With the industry solidified around the 5G New Radio (NR) standard, the shift to System-on-a-Chip-based radio technology represents the next phase of commercial 5G solutions. Today’s commercial solutions are moving away from programming or reconfiguring circuitry, and instead designing permanent, application-specific circuits that consume less power. As a result, SoC-based radio equipment will enable 5G solutions that are more compact, simpler to deploy and more power efficient.

This is why Samsung has tapped its leadership in semiconductor and network technology–and combined it with its expertise in 5G research and development–to introduce one of the industry’s first SoC 5G New Radio (NR) modems: the S8600 and S9100. These new modems support two architectural options for operators. The S8600 powers Samsung’s Digital Unit in separated radio-digital configurations for both 4G and 5G, while the S9100 powers Samsung’s 5G integrated Access Unit.

Showcased recently at Mobile World Congress LA 2019, the S9100 chipset, in combination with Samsung’s mmWave RF chipsets, enables an approximate 25 percent reduction in size, weight and power consumption of Samsung base stations, when compared to the previous generation 28GHz base station.

This once again evolves base station innovation to meet market demands, contributing to the creation of smaller, streamlined radio access units that can be easily installed on streetlight poles and building walls, and provide operators a way to speed up 5G network deployments. Our new SoC chipset is integrated within Samsung’s latest 5G NR Access Unit for the 28GHz spectrum the industry’s first 5G integrated radio unit for mmwave spectrum that eliminates the need for a ‘fronthaul’ fiber connection.

Samsung’s newest Access Unit demonstrates its commitment to R&D innovation, a notion articulated by in a report by Ovum Research Practice Leader, Daryl Schoolar. According to Schoolar:

“This shows ongoing R&D commitment to the area of 5G infrastructure, an important attribute when it comes to building mobile operator relationships. Operators want vendor partners that will not only deploy 5G but will also be with them throughout the full life cycle of 5G. 28GHz radio enhancements support this.”

Samsung is proud to have Verizon as the first customer of the new 5G NR Access Unit. This unit supports greater capacity than current commercial solutions, with up to 10Gbps data throughput in a 4 transmit and 4 receive (4T4R) antenna configuration. The size, weight, enhanced capacity and power-saving advantages that come with the new 5G NR Access Unit – along with SoC product designs – will help set the stage for carriers to continue accelerating 5G network deployments, and bring their benefits to consumers and businesses alike.

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Gct Semiconductor Soc Mobile Phones & Portable Devices Driver Download Windows

23 October 2018

With new module makers, device manufacturers and SIM card vendors, the world’s first hybrid IoT connectivity semiconductor now has an emerging ecosystem available for customer deployments

Berlin, Germany – October 25, 2018 – Sigfox, the global Low Power Wide Area Network (LPWAN) connectivity provider, and GCT Semiconductor, a leading designer and supplier of advanced 4G mobile semiconductor solutions, today announced the launch of their hybrid ecosystem at Sigfox Connect. Since unveiling the world’s first hybrid (cellular and Sigfox) solution for the Internet of Things (IoT) in September 2017, Sigfox and GCT have grown their hybrid connectivity ecosystem to include module makers, device manufacturers and SIM card vendors. Through the addition of these ecosystem partners, Sigfox and GCT are propelling the commercialization and adoption of IoT-enabled applications across industries.

GCT’s GDM7243I chip supports two complementary connectivity modes: cellular and Sigfox. The chip, which has passed LTE-M1 certification with large tier 1 operators, enables ultra-long battery life through Sigfox and high throughput cellular connectivity. By connecting IoT devices to the Sigfox network during typical operation and switching to cellular networks on demand, the hybrid solution accelerates the promise of IoT while ensuring connectivity now.

“Our partnership with GCT underscores the tremendous strides we’ve achieved to advance the promise of IoT,” said Ludovic Le Moan, CEO and co-founder, Sigfox. “In just one year, we have created the world’s first-ever hybrid IoT solution, achieved certifications and now built an entire hybrid ecosystem. This ecosystem will be instrumental to making IoT more accessible – globally, but especially in key markets such as the U.S.”

“We are excited to continue working closely with Sigfox and see module vendors taking full advantage of our unique connectivity solution,” said John Schlaefer, CEO of GCT Semiconductor, Inc. “By offering both cellular and Sigfox connectivity, we are enabling IoT devices to connect to LTE Cat M1/NB1, GSM and the Sigfox network, therefore extending battery life and offering high throughput on demand. We look forward to seeing module vendors, device makers, and multi-IMSI SIM card vendors launch their unique offerings at an accelerated pace. It’s an incredibly exciting time for the IoT industry, and we’re proud to usher in the next market evolution with Sigfox.”

GDM7243I based tracking devices operate on the Sigfox network for location tracking but switch to the cellular network for live asset recovery in case of a geo fence breach. Hybrid devices can connect to the Sigfox wireless IoT network and operate in low-power mode to send and receive notifications-only. The Sigfox network can also provide backup connectivity to hybrid devices in case of cellular network coverage limitations, congestion, breakdown, or jamming of security/alarm systems. Hybrid devices enhance device security by providing the ability to globally locate and deactivate stolen phones, and provide emergency alert and beacon capabilities.

As the hybrid IoT ecosystem expands, GCT’s dual mode semiconductor is poised to power an even wider variety of IoT applications. These applications include trackers, wearables, smart cars and sensors for utility meters.

The hybrid IoT ecosystem today includes:

• Module makers such as KZTech and Asia Telco (ATEL)
• Hybrid tracking solutions from Antekco Systems
• Global roaming multi-IMSI SIM card vendors like Pod Group

“With GCT and Sigfox’s expertise in LTE and IoT, we are able to develop a cutting-edge new CPE device with unique capabilities,” said Jason Ding, CEO of ATEL. “We are thrilled to be working closely with GCT and Sigfox on this project and look forward to a successful launch.”

Steven Zhou, CEO at KZTech, added: “We are pleased to be working with GCT and Sigfox to create a new hybrid module that offers not only long battery life, but also superior global coverage. These capabilities make our solution a smart choice for quality, performance and price, and we look forward to a successful launch in the near future through Antekco Systems, our mutually exclusive go-to-market partner.”

“Pod Group has been working with Sigfox and GCT to integrate the Sigfox backend APIs with our subscription, on-boarding, and data visualization platform. We believe Hybrid solutions offer the best of both worlds, customers no longer need to select either Sigfox or cellular services for tracking and other IoT applications,” said Sam Colley, CEO Pod Group USA. “We are delighted to offer Pod Group’s multi-IMSI SIMs with global roaming support in 185 countries around the world as part of this solution. Sigfox Operators can now deliver Hybrid IoT Solutions and enhance their network coverage to include cellular and benefit from extended battery life and lower subscription rates when using the Sigfox network”.

About Sigfox

Sigfox is the world’s leading IoT service provider thanks to its global network that can connect billions of devices to the Internet while consuming as little energy as possible, as simply as possible. Sigfox’s unique approach to device-to-cloud communications addresses the three greatest barriers to global IoT adoption: cost, energy consumption, and global scalability.

Today, the network is present in 53 countries and on track to cover 60 by 2018. With millions of objects connected and a rapidly growing partner ecosystem, Sigfox empowers companies to move their business model towards more digital services. Founded in 2010 by Ludovic Le Moan and Christophe Fourtet, the company is headquartered in Labège near Toulouse, France’s “IoT Valley.” Sigfox also has offices in Paris, Madrid, Munich, Boston, Dallas, San Francisco, Dubai, Singapore, Sao Paulo and Tokyo.

About GCT Semiconductor, Inc.

GCT Semiconductor is a leading fabless designer and supplier of advanced 4G LTE and WiMAX semiconductor solutions. GCT’s market-proven LTE solutions, commercially available since 2010, have enabled fast and reliable LTE connectivity to numerous commercial devices such as smartphones, tablets, hotspots, USB dongles, routers, M2M applications, etc., for the world’s top LTE carriers. GCT’s system-on-chip solutions integrate radio frequency, baseband modem and digital signal processing functions, therefore offering complete 4G platform solutions with small form factors, low power consumption, high performance, high reliability and cost effectiveness. For more information, visit www.gctsemi.com.

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Media Contact:

Kristen Leathers

Version 2.0 Communications for Sigfox U.S.A.

(617) 426-2222

sigfox@v2comms.com

GCT Semiconductor, Inc.

Tel: +1.408.434.8022

Gct Semiconductor Soc Mobile Phones & Portable Devices Driver Download Free

Email: alexsum@gctsemi.com

Ajay Rane

Gct Semiconductor Soc Mobile Phones & Portable Devices Driver Download Windows 10

VP MNO Business Development

Sigfox

Mobile: +1.949.272.8292

Email: ajay.rane@sigfox.com

Sigfox press contact : kristi.mason@sigfox.com