5G, LTE Cat 20/Cat 18/Cat 16/Cat 12/Cat 9/Cat 6/Cat 4, WiFi IoT Modules
LTE Cat1/Cat M, NB-IoT, 3G, 2G, IoT Modules
LTE Cat 6/Cat 4, WiFi Smart IoT Modules
5G, LTE Cat 6/ Cat 4, WiFi Automotive IoT Modules
W600 is a 5G WiFi embedded module that delivers truly enhanced wireless throughput, latency, connection density and coverage. Available for all IoT scenarios.
A 5G Wi-Fi embedded module called W600 offers significantly improved wireless throughput, latency, connection density, and coverage. available for all IoT use cases.
IoT is tying together both machines and people. Communication will undoubtedly be completed 10 times more quickly over a 5G embedded module than it is currently possible. Devices, Connectivity, Data Processing, and the UI comprise the IoT's four main building blocks. The IoT ecosystem is advancing technologically quickly. In fact, the connected device has essentially become the network, and in the coming years, the number of connected devices will soar dramatically. The rapid rollout of 5G WIFI, which will significantly impact how people live, work, and play around the world, is one of many factors causing this growth.
The improvements brought on by the 5G embedded module will primarily aid in processing massive amounts of data in real-time, which is practically impossible with any other technology. 5G WIFI enables increased connection density, allowing more devices to connect and efficient signalling for IoT connectivity, enabling connected IoT devices to communicate and share data at higher speeds. 5G also makes it possible for higher data speeds, allowing connected IoT devices to communicate and share data faster.
Faster Network Speed
It is expected that throughput or network speed will increase with every upgrade in communication standards. Despite being in its infancy, 5G is already about ten times faster than 4G. Also, as it is further adopted and rolled out by the major ISPs, expectations are that speeds will approach 10Gps. This speed improvement will revolutionize how Industrial IoT applications are developed and run, improving performance for systems already using cellular connections. The faster data transmission times of 5G WIFI to and from the cloud, as well as the simplicity and flexibility they offer to multi-vendor systems, are expected to push cellular connectivity to the top of system integrators' connectivity priorities.
Lower Latency
Industrial IoT and Industry 4.0 are poised to quickly benefit from these advancements, especially in applications requiring close to real-time feedback, with initial 5G latency expectations set at around one millisecond, roughly fifty times more responsive than 4G. Another area that could profit from 5G cellular connectivity's lower latency is augmented reality (AR).
Network Slicing
A brand-new feature of 5G WIFI is network slicing, which divides the network into self-contained and independently secured zones. Essentially, your device will assign a specific level of network capabilities based on the service to which it is subscribed. Network administrators of 5G Industrial IoT systems can redistribute bandwidth from non-critical systems to more data-intensive areas of the network by controlling speed and latency between zones.
Lower Power Consumption
As the 5G WIFI network expands, this increase in data transmitted per watt will be essential in reducing carbon emissions due to the ongoing pressure on factories to cut their carbon footprint and increase energy efficiency. Furthermore, this decrease in power consumption will make it possible to deploy a large number of low-powered endpoints using 5G's potential support for NB-IoT, enabling M2M in a variety of new applications.
In areas where 4G LTE was previously an impractical choice for industrial IoT applications, 5G embedded modules' high security, high-speed, low latency communication and increased provisioning position them as a competitive option. Thus, we at Fibocom launched new Wi-Fi 6 wireless module, W600, to deliver significantly improved wireless throughput, connection density, coverage, latency, and availability for all IoT scenarios by combining it with Fibocom 5G module FG150. Our W600 Wi-Fi 6 module is based on the Qualcomm QCA6391 platform and complies with IEEE standard 802.11.a/b/g/n/ax, integrates with WLAN/BT processor and supports data communication between Fibocom FG150 5G module through PCIe interface. Visit our site today to get more information about our latest technologies.
Shenzhen China – June 22th2020 - Fibocom (Stock Code: 300638),a leading global provider of IoT (Internet of Things) wireless solution and wireless communication modules, announces the release of the new Wi-Fi 6 wireless module, W600, to deliver truly enhanced wireless throughput, latency, connection density, coverage and availability for all IoT scenarios by converging with Fibocom 5G module FG150. Fibocom W600 Wi-Fi 6 module is based on Qualcomm QCA6391 platform, complies with IEEE standard 802.11.a/b/g/n/ac/ax, integrates with WLAN/BT processor, and supports data communication between Fibocom FG150 5G module through PCIe interface.
Wi-Fi 6, also known as 802.11.ax, builds on the technology legacies of earlier Wi-Fi generations to maintain compatibility with older wireless devices at 2.4 GHz. Simultaneously, it provides increased capacity and enhanced data rates within the 5-GHz channels of newer Wi-Fi generations. Whether its called IEEE 802.11 or Wi-Fi, wireless networks have become an increasingly important part of many lives worldwide, whether in fixed environments such as homes or factories or in large public domains like convention centers, museums, or even in a sporting stadium. Demand for increased capacity and throughput speeds grows as users add more wireless devices to each network and expect faster response times as they download large files or even stream their favorite video programming.
High Speed: Wi-Fi 6 transmits beamforming to support higher data rates within a given range, thereby providing greater network capacity. The highest theoretical rate reaches 9.6Gbps.
Low latency: Wi-Fi 6 supports OFDMA technology, which can effectively share channels for both uplink and downlink to improve network efficiency and reduce latency.
High Capacity: Wi-Fi 6 supports MU-MIMO, allowing more downlink data to be transmitted at a time, allowing the access point to transmit data to more devices at the same time.
Low Power Consumption: Wi-Fi 6 supports TWT (Target Wake Time), which significantly extends the battery life of Wi-Fi devices, such as IoT terminal devices.
IoT Devices Enabled by Fibocom Wi-Fi 6 and 5G Converged Solution
The Fibocom W600 and FG150 Wi-Fi 6 plus 5G Converged IoT Wireless Solution
Indoor/Outdoor CPE: The deployment of 5G base stations has not been fully rolled out yet, and the coverage of the 5G network in private areas is not very good. Outdoor CPE embedded with Wi-Fi 6 +5G modules can enhance network signals and achieves good coverage indoor. Indoor CPE, embedded with Wi-Fi 6 module, can meet access of more terminals, and guarantee each terminal's high-speed and low-latency experience, For example, in case of indoor cloud game, the Wi-Fi 6 enabled FWA devices can meet the indoor multi-screen interactive requirements of ultra-high definition broadband videos.
OTT Box: OTT box embedded with Wi-Fi 6 and 5G converged solution can provide enhanced wireless performance to meet the requirements of 4K/8K streaming video in the 5G era.
5G DTU: DTU embedded with Wi-Fi 6 and 5G converged solution can meet the real-time data transmission requirements in the smart factory scenarios, such as 5G AGV/IGV, 4K/8K video surveillance, flexible production, and predictive maintenance.
Application Scenarios of Fibocom W600 and FG150 Module
Currently, Fibocom W600 Wi-Fi module is in the stage of engineering sample and will be ready for mass production in September this year.
