Article Author: D’Andre Ladson, VP of Marketing, BEC Technologies
The demand for wireless data connectivity continues to grow and at a much faster rate than carriers can currently keep up with. Given that some carriers have spent many millions of dollars in constructing their LTE networks, building more capacity by adding more cell sites is not an option. Instead, carriers need to explore other methods to increase network capacity to meet demand.
Here are four ways carriers can increase network capacity:
Carrier Aggregation (CA), which allows mobile network operators to combine a number of separate LTE carriers. CA enables them to increase the peak user data rates and overall capacity of their networks and to exploit fragmented spectrum allocations. It is possible to combine carriers in the same frequency band (intra-band, contiguous). It is also possible to combine two or more non-contiguous channels within the same band (intra-band, non-contiguous) or different frequency bands (intra-band; non-contiguous).
Carrier Aggregation support has been implemented in BEC user equipment’s for some time now. Two-channel carrier aggregation (2CA) is relatively common today. We introduced solutions supporting 3CA DL this quarter and carriers can expect solutions that support 3CA DL and 2CA UL later this year with 5CA DL and 2CA UL across both FDD/TDD the first half of 2019.
Multiple Input Multiple Output (MIMO) is an integral part of LTE. MIMO leverages multiple antennas on the receiver and transmitter to utilize the multi-path effects that always exist to transmit additional data, rather than causing interference. Most LTE deployments today are still 2×2 MIMO based. In theory, implementations of 4×4 MIMO potentially can potentially double the downlink throughput and system capacity. The base station transmits four different signals (or streams) via four transmit antennas to one user equipment (UE). To take full advantage, however, the UE must be equipped with four receive antennas as well.
BEC has 4×4 MIMO antenna options (2T4R and 4T4R) for both indoor and outdoor solutions depending on the specific band combinations. When compared to 2×2 MIMO systems, 4×4 MIMO provides better SINR and significant downlink throughput gains.
CBRS Spectrum is a 150 MHz broadcast band of the 3.5 GHz band (3550 MHz to 3700 MHz) for shared wireless access, opening up previously protected spectrum used by the US Navy and other DoD members. It combines spectrum sharing using a three-tiered hierarchy (Tier 1-Incumbents, Tier 2-Priority Access Licenses, and Tier 3-General Authorized Access). This shared spectrum is perfect for rural and regional service providers looking to extend coverage and capacity.
While CBRS certification and regulatory timelines still lack clarity BEC is committed to pushing forward with CBRS commercialization efforts. Today, our CAT 6 based CBRS solutions are available for approved customer evaluations. Later this year, higher category devices such as CAT 12 CBRS will be available.
LAA uses carrier aggregation in the downlink to combine LTE in unlicensed spectrum (5 GHz) with LTE in the licensed band (Anchor band). This aggregation of spectrum provides a fatter pipe with faster data rates, increasing indoor connectivity and network capacity. LAA is defined as LTE Band 46 (5150 to 5925MHz) TDD.
From an LTE evolution standpoint, LAA has become a critical component for future-proofing our upcoming LTE devices. The benefits of LAA extend to both the end user and the carrier. Increasing network capacity without significantly increasing your costs is a reality. Carriers can leverage one or all of the techniques shown above. With the addition of higher modulation schemes such as 256 QAM carriers will increase network capacity, extend coverage while blazing a path towards Gigabit LTE.
With over 40 years of innovation, BEC Technologies is a global solution provider focus on 4G/LTE Connectivity solutions. We believe in the power of partnership and the value of feedbacks. Contact us if you want to share your thoughts or discuss any related ideas, please call 972- 422- 0877 ext 1 or email our team at firstname.lastname@example.orgDownload this Article in PDF
Citizens Broadband Radio Service
CBRS Spectrum is a spectrum that uses the 3.5 GHz band (3550 MHz to 3700 MHz) for shared wireless access. It combines spectrum sharing using a three-tiered hierarchy (Tier 1-Incumbents, Tier 2-Priority Access Licenses, Tier 3-General Authorized Access).
Band 48 (3550-3700Mhz) is the 3GPP approved band for CBRS that reflects the FCC allocation of a pair of LTE bands 42 (3550-3660Mhz) and 43 (3660-3700Mhz) for an innovative spectrum sharing framework in 3.5GHz.
CBRS spectrum has the same radio interface as LTE in the licensed spectrum or in the unlicensed 5 GHz band. Then what makes the CBRS spectrum different than the LTE radio interface of licensed spectrum, or the unlicensed 5 GHz band? The difference lies in the spectrum assignment.
To use the CBRS spectrum you must request and be assigned a band by the SAS (Spectrum Allocation Server). This process of assigning spectrum is automated through the SAS and works to coordinate spectrum use. Then, when the spectrum is no longer required for use, the channel is freed up so other users can operate with minimal interference.
CBRS Alliance is the group which advocates for LTE services in the 3.5 GHz CBRS spectrum. In order to maximize CBRS’s full potential, the CBRS Alliance aims to enable a robust ecosystem towards making LTE-based CBRS solutions available.
CBRS significantly lowers the barrier to entry for non-traditional wireless carriers and opens up new market opportunities for rural and regional service providers. Allowing wireless carriers, for example, to add coverage and capacity and boost data rates on a licensed or unlicensed basis. Also, enable providers to offer dedicated private LTE network to enterprises. With a fixed wireless broadband offering service providers can offer broadband internet connectivity to new customers and increase revenue in untapped and underserved markets.
The major applications are:
Today, BEC Technologies offers both indoor and outdoor product solutions allowing Internet Service Provider to have the ability to early deploy bands 42/43/48.
BEC 6500 Series
Want to know more about BEC’s CBRS Fixed Wireless Solution? We love to hear from you! Please contact us by PHONE 972.422.0877 ext. 1 or Email email@example.com
MX-1000 provides an always-on connection for real-time video surveillance, reporting, and positioning, cities can strengthen the safety of public transportation to further improve the quality of life for citizens.
Philippines, world’s top 10 fast-growing economies, has attracted massive investment from the world, aiming to build the first smart city in the Southeast Asia in the coming years. Smart bus acts as the foundation for any municipality’s smart city blueprint, which is to improve the passengers riding experience, reduce traffic congestion, and city safety. BEC provides MX-1000, the industrial router designed for In-vehicle applications which supports 4G LTE broadband connectivity enabling real-time onboard monitoring, location tracking, and emergency detection, delivering unsurpassed smart bus experience in the Philippines.
A leading GPS system company in the Philippines required a 4G LTE communication device to be integrated into its GPS system to track the status of 180 smart buses in the city. The device also needs to support other value-added applications including Wi-Fi Hotspot, IP Cam video streaming, and alarm system to ensure passengers’ safety and comfort.
BEC Technologies provided MX-1000 to be installed in the smart buses. Featuring the latest dual 4G LTE technology, dual-SIM, auto-failover, multiple WAN ports, it provides reliable and seamless internet connectivity in the moving vehicle; live video streaming and onboard surveillance to track the real-time vehicle status. A Wi-Fi Hotspot captive portal allows passengers to enjoy cellular services along with advertisement push options. BEC MX-1000 also serves as the communication device between drivers and dispatchers by tracking real-time information, such as location identification with embedded GPS or GLONASS receiver, and the vehicle operation information, including engine speed, time, driving route, oil consumption data, etc., through the On-Board-Diagnosis (OBD II) interface to further ensure comfort and safety for bus passengers. An alarm notification will be sent to dispatch center when the system detects abnormal events.
Moreover, MX-1000 has earned US Military Standard MIL-STD-810G Compliant and E-Mark (E1) certifications which can endure wide temperature range, humidity, high-level shock and vibration with compact enclosure and industrial-grade components. With flexible input range from DC 10V~56V and ignition sensing control, MX-1000 is suitable for any type of the vehicles that can be automatically turned on/off under the condition of vehicle’s engine to avoid draining vehicle’s battery.
By implementing MX-1000, which provides an always-on connection for real-time video surveillance, reporting, and positioning, cities can strengthen the safety of public transportation to further improve the quality of life for citizens.
For more information and advice, you can call 972- 422- 0877 or email our sales team at firstname.lastname@example.orgDownload this Case Study
MX-200 provides the most cutting-edge communication capability to work with SCADA equipment for Gas Field that can intensify operation efficiency, markedly reduce the labor cost, and raise long-term profit
Transmitting information in the gas field can be a critical issue if there’s any minor incident occurs, for instance, gas leaking from the pipeline leading to a dangerous explosion. Thus, real-time monitoring of data mining is extremely needed. As the largest natural gas company in South America, BEC Technologies provides hundreds of MX-200 as an intelligent communication support for controlling and managing the entire pipeline area. BEC provides an exceptional 4G LTE industrial router suitable for oil & gas field application supporting seamless connectivity to overcome any significant problems and eventually put gas field owner at ease.
Reliable and robust internet connectivity is indispensable particularly for the gas sector in harsh terrains with inadequate network coverage. Natural gas entity aims for a high availability and secured communication to obtain a time-critical decision in real-time. Therefore, system integrator was looking for 3G/4G LTE solution that can handle in hazardous environments, such as oil and gas field, which won’t cause ignition and explosion of the specified flammable gas or vapor-air mixture and proposes a continuous operation to optimize the site performance.
BEC MX-200 is an industrial-grade router with flexible input voltage range 9~56Vand wide operating temperature -20 to 60 ºC. BEC MX-200 has passed the UL Class I Division 2 certification assuring it’s application in a hazardous zone which no sparking effect to any specified flammable gas or vapor-air mixture. With EWAN and 4G LT wireless connection functionalities, MX-200 ensures a seamless and auto-failover internet connectivity for 24/7. Supporting robust VPN protocols, including IPSec, PPTP, L2TP, GRE, and OpenVPN, MX-200 secures data transmission over the public network. Also, MX-200 supports RS-232 serial ports and Modbus, serial communications protocol, which can directly connect to SCADA (Supervisory Control and Data Acquisition) equipment and transmit essential data collected from sensors and instruments from the field for remote control and critical decision making. MX-200 key functionalities are real-time surveillance data transmission and security system even in the limit connectivity such as in underground natural gas site which needs a unit rapid internet connection to understand the critical equipment and achieve maximum rapid internet connection to understand the critical equipment and achieve maximum performance.
By employing MX-200, real-time field metrics is easily traced only by sitting back at the office through ultra-rapid, consistent, and safe connectivity. MX-200 provides the most cutting-edge communication capability to work with SCADA equipment for a gas field that can intensify operation efficiency, markedly reduce the labor cost,
and raise long-term profit.
For more information and advice, you can call 972- 422- 0877 or email our sales team at email@example.comDownload this Case Study
“With BEC’s A/VDSL embedded 3G/4G LTE VPN routers, our retail customers can enjoy the best transaction experience without having to worry about Internet disconnection. Our retail store fallback and failover solutions provide a reliable and consistent data transmission backbone, helping our clients to strengthen their business competitiveness and chain store operation management.” said Ben Chen, Director of Product Communication Division of Billion Electric.
One of the leading frozen food companies in the U.K. has implemented EPoS system which integrates credit card transaction in over 300 retail stores to connect to the head office via a continuous and secure connection to further enhance customer experiences, employee productivity and operation efficiency. Thus, 24/7 internet connectivity and encrypted information transfer between stores and head office are paramount to prevent data loss and customer information leakage.
The leading frozen food company only had one WAN access interface which was the DSL line set up in chain stores before. However, when the DSL connection failed, data transmission to and from the head office would be interrupted and damaged. Because of lack of a seamless data and credit card transaction process, the company was looking for a multi-WAN solution (DSL and 3G/4G LTE) to provide an always-on Internet connectivity regardless either the wireless or wired connection was unavailable, as well as VPN functionality to secure transaction data. Since the 300 retail stores are geographically dispersed throughout the country, the solution was required to adapt with different IPs on both DSL and 3G/4G LTE network in various geography locations with strong signal strength.
BEC provided an A/VDSL embedded 3G/4G LTE VPN router, 8920AC, for each store. Given the challenge of providing seamless information transmission at different retail store locations, including both rural and suburban areas, BEC’s 8920ACs are embedded with DSL and 3G/4G LTE WAN interfaces, providing an outstanding fallback and failover functionality to enable disaster and data recovery. When the wired connection goes offline, BEC’s A/VDSL embedded 3G/4G LTE VPN router will back up the Internet connectivity by switching to 3G/4G LTE WAN interface immediately to make sure the connection is always online.
The BEC 8920AC router supports multiple VPN protocols, allowing users to establish up to 16 VPN tunnels simultaneously between retail stores and their head office. This ensures that all the data information will be encrypted and transferred safely. “With [BEC’s] A/VDSL embedded 3G/4G LTE VPN routers, our retail customers can enjoy the best transaction experience without having to worry about Internet disconnection. Our retail store fallback and failover solutions provide a reliable and consistent data transmission backbone, helping our clients to strengthen their business competitiveness and chain store operation management.” said Ben Chen, Director of Product Communication Division of Billion Electric.
For more information and advice, you can call 972- 422- 0877 or email our sales team at firstname.lastname@example.org
“BEC’s 4G/LTE product provides flexible and reliable internet solutions, helping us build a seamless kiosk model and surpass our competitors,” said Product Line Manger at the leading telecommunication company in Central and South America.
A leading telecommunication company in Central and South America has significantly invested in acquiring 4G/LTE bands to fulfill the needs of the high-speed internet for customers. The company would like to promote and sell 4G/LTE services and products in over 500 kiosk sales points nationwide to speed up the service and generate revenue.
Wired connectivity for kiosk may not be available or easily provisioned in some areas. Kiosks are often relocated to meet community change, so the lack of flexibility becomes the primary challenge of kiosk deployment. The company would like to connect their kiosks to an ERP system in head office to transmit transaction data to and from the 500 sales points. Because of this, a 24/7 high-security data transmission and stable internet connection are essential. To achieve the goal of building over 500 sales points, the company was looking for a reliable 4G LTE Multi-WAN solution suitable for the kiosk locations, so that it can operate regardless the availability of wired connectivity. VPN connection was also required to secure the business transaction between the kiosks and the head office.
BEC’s 6300 NEL 4G/LTE router supports both wired and 4G/LTE connection. The network can be setup flexibly whether the wired connection is available or not. Kiosks can be easily relocated to other locations when needed. Additionally, BEC’s 4G/LTE routers support multi-WAN connectivity that actively monitors the primary and backup connection to enable automatic failover between Giga EWAN and 4G/LTE. When the primary WAN interface fails, the secondary WAN interface automatically backs up the connection, allowing central WAN interface to restore in time and minimize service interruption. The 6300 NEL 4G/LTE solution supports IPSEC VPN to build private and encrypted transmission tunnels in which secure information transmission is guaranteed between the kiosk office and the headquarters over the public internet.
BEC provided their 6300 NEL 4G/LTE Wireless Failover VPN router, to be installed at each sales point. In cases where there was no wired connection, the kiosks were able to use the 4G interface of 6300 NEL as back up to setup internet connection with 4G/LTE. After the wired connection became available again, 6300NEL could connect back to the web-based ERP by using Giga EWAN to provide consistently reliable data transmission services. BEC’s 6300 NEL was capable of building IPSEC VPN tunnels to connect to the head office and all the ERP transaction data via encryption to ensure a secure data transmission is always online.
During the user application, 6300 NEL featured four LAN ports accumulated; two LAN ports were connected to laptops for ERP access, the third LAN port was attached to the signage TV, and the last LAN port supported the operation of the digital printer to fulfill the kiosk application infrastructure. 4G LTE and Giga EWAN interface design satisfied the operation of high-speed TV signage video streaming and data downloading.