New Articles

Public Cloud-Based Telecom Cloud Market to Register a CAGR of over 15.2% in the Next Decade

cloud computing manufacturing market

Public Cloud-Based Telecom Cloud Market to Register a CAGR of over 15.2% in the Next Decade

The Telecom Cloud Market revenues were estimated at US$ 19.8 Bn in 2021 and are anticipated to grow at a CAGR of 15.2% from 2022-2032, according to a recently published Future Market Insights report. By the end of 2032, the market is expected to reach a valuation of US$ 24 Bn. The market is projected to gross 15.2% CAGR through the public cloud.

During the pandemic, as individuals lived at home during the shutdown and businesses opted to work remotely, massive data consumption led to a spike in demand for telecom cloud installations, which significantly contributed to the market growth. Cloud has been one of the key themes of conversation in the telecom business in 2021 with the development of cloud-native 5G technology.

The public cloud solution provides on-demand infrastructure, lowering capital expenditure as well as continuous operational and life-cycle control. The public cloud may be a terrific incubator environment for not just developing new apps and services, but also bringing them to market and scaling them quickly.

Many corporate firms rely on the public cloud as their base. Telecom companies are increasingly looking to collaborate using public cloud services to use their computational capacity and use their strong network skills on the back end.

Hyperscalers such as Amazon, Google, Microsoft, and Oracle often establish and manage a uniform tech environment with public cloud platforms. CSPs, on the other hand, buy solutions from a variety of vendors who compete and advance in different directions, sometimes marginally, sometimes significantly.

Also, The BFSI sector outsources non-core functions to save money and enhance efficiency. As a consequence, targeted content views and precise financial data are required, which may be merged via a telecommunications cloud service.

Region-Wise Analysis

With a revenue share of more than 40% in the global telecom cloud market in 2021, North America held the top spot. American businesses place a high value on digitization and are more frequently seen as early adopters of cutting-edge technologies like the Internet of Things, additive manufacturing, big data analytics, connected businesses, intelligent systems, AR, ML, and VR, as well as the most recent telecommunications technologies like 4G, 5G, and LTE.

Category Insights

The public cloud category is anticipated to increase at a CAGR of around 15.2% between 2022 and 2032. Utilizing the public cloud is a path of technology advancement, organizational modifications, and service evolution.

The development of public cloud technology and wider cloudification initiatives is a key enabler for the digital telecom industry. Due to operational improvements in cloud efficiency, CSPs can promote service convergence by judiciously integrating disparate internal processes.

Competitive Landscape

The market is fiercely competitive, where key players are increasingly focused to obtain a competitive advantage. The key companies in the Telecom Cloud Market are focused on R&D to produce innovative technological solutions.

  • In April 2021, Momentum Telecom, a global provider of managed network and cloud voice, revealed that it had accomplished its purchase of Atlus Technology, a Tennessee-based leader in the development of cloud-based unified communications solutions.
  • In December 2020, Cisco announced the purchase of IMImobile, a cloud telecommunications software and service provider, allowing Cisco to provide its customers with an end-to-end client engagement management solution.
sensor

3 key trends bolstering current sensor market share through 2027

The global current sensor market value is expected to register commendable expansion over the forthcoming years, impelled by the rising demand for magneto resistive technology across various regions. The technology offers high-end specifications comprising low output noise, core-less architecture, high linearity, and low hysteresis. It is extensively deployed in the energy/utility sector, owing to high sensitivity, reliable performance, and design flexibility in harsh operating conditions.

Impelled by these factors, current sensor market size is estimated to surpass a valuation of USD 3 billion by 2027, as stated by the latest research conducted by Global Market Insights, Inc.

Numerous current sensor companies, including TDK Corporation, Allegro MicroSystems, Infineon Technologies AG, Silicon Laboratories, Honeywell International, Aceinna, and others, are focusing on the adoption of strategic moves such as mergers, acquisitions, and product developments for consolidating their position in the market.


For instance, in October 2021, Infineon Technologies AG launched its XENSIV TLE4972 automotive current sensor, which makes use of the company’s well-proven Hall technology for stable and precise current measurements.

Quoting another instance, in September 2021, Hioki rolled out two new products, comprising an AC/DC sensor and a power analyzer. The solutions have been designed for ensuring the efficient and safe use of energy via accurate electric flow measurement in wind & solar power-generation equipment.

Here are some pivotal trends that are expected to influence current sensor industry expansion over the ensuing years:

Rising demand for UPS & SMPS

The market revenue from UPS (Uninterrupted Power Supply) & SMPS (Switched-Mode Power Supply) applications is anticipated to escalate at a CAGR of 7% between 2021 and 2027. This rise is majorly impelled by the surging demand for high-speed broadband connections and cloud-based services in data centers.

Different current sensor types help in the improvement of UPS and SMPS in an efficient manner by limiting the flow of reverse current in systems, while enhancing safety. The technology has advanced from conventional large sizes to compact rack systems for data centers.

Increasing adoption of e-mobility across Europe

Rising formulation of strict safety and emission regulations is encouraging the adoption of e-mobility in Europe, boosting current sensor industry outlook in the coming years. Citing an instance, the EC (European Commission) has set an aggressive CO2 emission reduction target for the transportation industry through 2050. The sector, therefore, anticipates a high penetration of EVs between 2030 and 2050.

Key automotive OEMs in the region, comprising Audi, BMW Group, PSA Group, and others, are focusing on the development of advanced automotive safety systems, comprising ADAS and self-driving cars. Owing to these aspects, Europe current sensor market value is estimated to register a CAGR of 5.5% from 2021 to 2027.

Expanding product deployment across the telecommunication sector

The telecommunication segment accounted for nearly 10% of the market revenue in 2020 and is estimated to exceed a CAGR of 5% through the estimated period. This rise is attributed to the escalating integration of 5G technology in developing countries comprising South Korea, Argentina, India, and China, among others.

The increasing demand for continuous internet connectivity and escalating data traffic owing to the remote working trend is forcing telecom operators in the upgradation of their network infrastructure, augmenting industry size in the near future.

In a nutshell, the soaring adoption of hybrid and electric vehicles at the global level will spur current sensor market size over the anticipated period.

Source: Global Market Insights Inc.

telecommunications

U.S. Government Imposes Sanctions and Issues Joint OFAC/BIS Telecommunications Fact Sheet to Support Cuban Protests

During the past month, the U.S. Department of Treasury’s Office of Foreign Assets Control (“OFAC”) has issued three separate rounds of Specially Designated Nationals & Blocked Persons List (“SDN List”) designations in order to support protests in Cuba that began on July 11th. Further, OFAC and the U.S. Department of Commerce’s Bureau of Industry and Security (“BIS”) issued a joint fact sheet describing existing OFAC general licenses (“GLs”) and BIS license exceptions that facilitate certain telecommunications equipment, software, and services exports to Cuba without prior approval by the U.S. government.

SDN Designations

Using its authority under the Global Magnitsky Act, OFAC added a total of five Cuban government officials and three Cuban government entities to the SDN List on July 22ndJuly 30th, and August 13th. All property and interests in property of these SDNs that are or come within the U.S. or the possession or control of U.S. persons are blocked as of the below effective dates, and U.S. persons are generally prohibited from engaging in transactions involving such SDNs unless authorized by OFAC.

Entities:

-Brigada Especial Nacional del Ministerio del Interior (“SNB”) – Also known as the Boinas Negras or Black Berets, the SNB is a special forces unit under the Cuban Ministry of the Interior – Blocked July 22, 2021

-Policia Nacional Revolucionaria (“PNR”) – A police unit under the Cuban Ministry of the Interior – Blocked July 30, 2021

-Tropas de Prevencion (“TDP”) – Also known as the Boinas Rojas or Red Berets, the TDP is a military police unit of Cuba’s Revolutionary Armed Forces, which is commanded by Cuba’s Ministry of Revolutionary Armed Forces – Blocked August 13, 2021

Individuals:

-Lopez Miera, Alvaro – Minister of the Revolutionary Armed Forces of Cuba – Blocked July 22, 2021

-Callejas Valcarce, Oscar Alejandro – Director of the PNR – Blocked July 30, 2021

-Sierra Arias, Eddy Manuel – Deputy Director of the PNR – Blocked July 30, 2021

-Martinez Fernandez, Pedro Orlando – Chief of the Political Directorate of the PNR – Blocked August 13, 2021

-Sotomayor Garcia, Romarico Vidal – Chief of the Political Directorate of the Cuban Ministry of the Interior – Blocked August 13, 2021

OFAC’s “50% Ownership Rule” will also extend these blocking sanctions to any entities owned 50 percent or more, individually or in the aggregate, directly or indirectly, by one or more of these newly designated SDNs.

Joint Fact Sheet: “Supporting the Cuban People’s Right to Seek, Receive, and Impart Information through Safe and Secure Access to the Internet”

Cuba remains comprehensively sanctioned by the U.S. government and most transactions between the U.S. and Cuba remain prohibited. However, in a jointly issued fact sheet dated August 11th, 2021, OFAC and BIS outlined existing OFAC GLs and BIS license exceptions available to exporters of telecommunications equipment, software, and services to Cuba under the Cuba Assets Control Regulations (31 CFR § 515.101, et seq., the “CACR”) and the Export Administration Regulations (15 CFR § 730.1, et seq., the “EAR”). The fact sheet serves as a reminder that despite the embargo on Cuba, there are certain avenues for trade that the U.S. government allows without any prior review, so long as there is strict adherence to the CACR and the EAR.  OFAC GLs highlighted by the fact sheet include:

-Exportation or reexportation of services incident to the exchange of communications over the internet, and installation, repair, or replacement services for certain described items. See CACR §§ 515.578, 515.533.

-Exportation or reexportation of telecommunications-related services and related payments. See CACR § 515.542.

-Transactions necessary to maintain a physical presence undertaken by various enumerated types of organizations such as news bureaus, educational organizations, religious organizations, humanitarian organizations, telecommunications services providers, and internet-based services providers. See CACR § 515.573.

-Provision of internet-based distance learning. See CACR § 515.565.

-Exportation or reexportation of information and informational materials (including of a commercial nature) so long as certain requirements are met. See CACR §§ 515.206(a), 515.545.

BIS license exceptions highlighted by the fact sheet include:

-Consumer Communications Devices (“CCD”). Authorizing the export and reexport of certain items such as mobile phones and modems to individuals and independent non-governmental organizations in Cuba. See EAR § 740.19.

-Items in Support of the Cuban People (“SCP”). Authorizing the export and reexport of certain EAR99-designated items and of certain telecommunications infrastructure items. See EAR § 740.21.

Each of the above OFAC GLs and BIS license exceptions impose specific limitations, terms and conditions which must be complied with carefully. None of the above GLs or license exceptions would authorize a transaction involving an SDN or an entity controlled 50 percent or more by SDNs— specific licenses would be required under such circumstances. Additionally, depending on the specific facts and circumstances of a given activity, many of the above-listed OFAC GLs will prohibit direct financial transactions between persons subject to U.S. jurisdiction and persons listed on the U.S. State Department’s Cuba Restricted List.

The fact sheet also indicated that OFAC and BIS will provide favorable licensing treatment for activities benefiting the free flow of information to and from Cuba that are not otherwise authorized under the above-described OFAC GL’s and BIS license exceptions.  For OFAC’s licensing policy, the fact sheet states that “For prohibited transactions not otherwise authorized by OFAC general licenses, OFAC considers specific license requests on a case-by-case basis and will prioritize license applications, compliance questions, and other requests that may concern internet freedom in Cuba . . . OFAC has a favorable licensing posture towards specific license requests involving transactions that are ordinarily incident and necessary to ensure that the Cuban people have safe and secure access to the free flow of information on the internet.” Likewise, for BIS’s licensing policy, the fact sheet states that “A general policy of approval applies to [BIS] license applications for telecommunications items and internet-related items intended to improve communications to, from, and among the Cuban people (emphasis supplied).”

________________________________________________________________________

Cortney O’Toole Morgan is a Washington D.C.-based partner with the law firm Husch Blackwell. She leads the firm’s International Trade & Supply Chain group.

Grant Leach is an Omaha-based partner with the law firm Husch Blackwell focusing on international trade, export controls, trade sanctions and anti-corruption compliance.

Tony Busch is an attorney in Husch Blackwell’s Washington, D.C. office.

telecom

Connectivity is Key – VP of U.S. Telecom Provider Rodney Sanders on Challenges and Opportunities for Industry Growth Amid 2021 ‘New Normal’

Maintaining ‘security of supply’ in internet and communications technology (ICT)-driven connectivity for both America’s urban and rural communities has played a pivotal role in the telecommunications industry’s exponential growth in 2020 and also to ensuring stability and recovery for a myriad of industries in the wake of the COVID-19 pandemic. 
 
Rodney Sanders, Vice President of Velocity Telecom, provides insider perspective on the road ahead for the industry of ‘bandwidth’.

Has the manner in which your telecommunications company manages projects or completes physical installations been altered due to the ramifications of COVID-19?

Our staff members (of which we have approximately 60-75) have to physically travel to our clients’ facilities; have to engineer, furnish and install (EF&I) and test their equipment completely on-site.

We are primarily hardware people – We are one of those industries wherein you cannot work from home.

Unlike certain sectors, where you can pass on information or facilitate technology transfer via the internet, we have to physically enter a warehouse, extract the inventory or equipment and physically deliver it to our clients’ facilities.

And so at Velocity, we took it upon ourselves to virtualize quickly and effectively; we were able to incorporate remote video technologies to keep connected with our in-the-field installation staff and the quality of their daily work efforts.  Within our own facilities, we added the extra step of wiping down all newly-arrived equipment and materials, installingUV light air scrubbers in our offices and warehouses, as well as incorporating other clean practices including spraying down the offices twice a day with industrial grade foggers like those used on commercial aircraft.

Our employees have switched to ‘shift work’ within the offices, so that they are only operating at 25% capacity and rarely in the same place at the same time.

Safety is a top priority for our organization, both in meeting the COVID-19 adherence requirements of the U.S. States wherein we operate when servicing our clients and in engaging with each other as a Team amid this ‘new normal’.

We are always open to augmenting our client services to help provide a turnkey solution, one that so many of our clients demand.

How did the onset of COVID-19 impact the telecoms installation industry? Did it slow down or speed up due to this need for virtualization?

While many industries saw fault-lines in their supply chains, we understood the opportunity and moreover, the responsibility inherent to digital connectivity. The onset of COVID-19 grew the telecoms installation industry exponentially.

With everyone safely at home, whether working remotely or attending school online, this created a massive utilization shift from the traditional commercial venue to the residential arena. This then created an immediate need to build-out and augment the residential infrastructure capacity, in some cases completely anew, in order to handle those elevated utilization levels.

It’s interesting – In the initial throes, we faced a marginal lull, as did so many sectors across the rest of the world. Due to the historical nature of our industry, which routinely has lapses in workload, we established a process several years ago to provide full paychecks to our employees during times of less than full employment rather than simply bench them.

At the onset of the pandemic, we put our process into place and made the decision to ensure that no employee was left behind without a paycheck. Not every company was able to sustain the COVID-19 pandemic in the same way.

Now, as the demand for remote learning, working from home, tele-meetings, remote medical appointments has steadily increased, so has our workload.  We are grateful for our employees’ tenacity and loyalty to our Team and to those we serve during this unprecedented period.

How specifically have standards and practices changed in order for installations to be carried out safely?

We’ve added enhanced levels of project management and coordination that did not exist previously. We quickly implemented temperature checks and, of course, the wearing of face-masks on a daily basis. We also reduced the number of installation staff that operate within a given client site.

While we developed our set of safety protocols, we also had to mesh our new standards with the expectations and standards given to us by our clients.  Each step of project installation and management had to be re-evaluated in order to have the safest outcome.  We repeatedly reinforced to our staff, especially our installations, the extensive efforts being taken to assure their safety in the uncertain environment.

We believe it was important not only to make such an effort, but to give them the confidence to go about doing their job.

Our installation crews used to change depending on various needs, but now there is absolutely no mixing of tech-teams between assignments. Our installation crews are firmly assigned, and act as insulated ‘pods’ or work units. This ensures that if one member of our team happens to come down with symptoms of COVID-19, it is limited to that pod. This allows for insulated containment in the event of an unlikely positive test.

How has the telecommunications supply chain been affected and what kind of ramifications did this pose to your projects?

Supply quickly decreased while demand seemingly increased overnight, to be sure.

We have had to dramatically increase our lead-times for equipment and materials as well as rapidly pivot in expanding our supplier base to ensure that we meet our clients’ myriad of often complex needs.

Currently, we have extended forecasting from one month to four months to ensure that we have the equipment and materials necessary to meet our clients’ deadlines, resulting in a VAST increase in our investment in inventory regarding both installation materials and equipment.

China’s frenetic infrastructure build-out has caused a scramble in the United States cross-sector and our supply chain is no different.

‘Proactivity’ and forecasting market trends and security of supply will be critical to our continued growth.

Advancements in technology occur at such a rapid pace. How does Velocity continue to keep up with the frenetic tempo in order to stay ahead of the curve?

It seems that with each technological advancement, we sometimes find ourselves at a new railroad crossing, where we simply need to ‘Stop, Look, Listen, and Learn’.

We perform work for a variety of Telecom clients that push us to deliver a gamut of ever-changing skills, processes, techniques, and services. We adapt to this demand by having our staff learn and adhere to strict standards, obtain specific certifications when needed, and utilize our own in-house training area.

At the highest levels, we have found that our Telecommunications clients traditionally request completely bespoke, turnkey solutions. They want a vendor that can handle as many pieces of the puzzle as possible, and Velocity listened.

We went from being an installation company to procuring a 10,000 sq. ft. inventory warehouse, transitioning to become an installation and furnish company in light of increasing client demand.

We are now able to provide turnkey solutions, from an ‘outside plant to an inside plant’. The result is that we run many of our client’s projects from cradle to grave, operating 24 hours a day, 5 days a week.

Take your typical office complex – You would traditionally have two different companies addressing your internal and external connectivity solutions; today, those assignments are handled entirely by Velocity.

As to addressing technology, our approach is simple. We adapt, while providing for our clients a seamless user-experience.

We always start from a 35,000 ft overview and work our way down to the granular ground-level so that we evaluate and capture our clients’ needs. We then execute our services to be delivered on-time, on-budget, on spec, each and every time.

In terms of innovations, I would point to our ‘thin-client’ username and password technology; We developed a proprietary repository for our end-users to log-in and view their projects’ status, the project’s percentage of completion, applicable to each and every Velocity client.

From this ‘dashboard’ installation portal, we maintain an open line of communication with our clients, enabling them to view their project documents and even access progress photos at all times from anywhere in the world.

How is the telecoms industry evolving? What role Velocity will play within it over the next decade?

The ability to increase reliability and bandwidth is what moves the needle for all telecom and cable providers; the ability to be at the forefront in terms of expertise and execution is what drives Velocity.

We pride ourselves on the ability to pivot to every need, every want of our clients. Versatility is the force multiplier that will sustain us through the next decade and beyond.

Being the industry leader of both long term projected projects and immediate response projects in the case of emergencies is the standard we hold for ourselves within the telecom industry.

commerce

COMMERCE CLEARS WAY FOR U.S. COMPANIES TO MORE FULLY ENGAGE IN TECH STANDARDS-DEVELOPMENT BODIES

U.S. Secretary of Commerce Wilbur Ross on June 15 announced a new rule ensuring U.S. industry’s ability to more fully contribute to standards-development activities in the telecommunications sector. This action is meant to ensure Huawei’s placement on the Entity List in May 2019 does not prevent American companies from contributing to important standards-developing activities despite Huawei’s pervasive participation in standards-development organizations.

“The United States will not cede leadership in global innovation,” Ross said. “This action recognizes the importance of harnessing American ingenuity to advance and protect our economic and national security. The department is committed to protecting U.S. national security and foreign policy interests by encouraging U.S. industry to fully engage and advocate for U.S. technologies to become international standards.”

Those standards serve as the critical building blocks for technological development by enabling functionality, interoperability and safety, argues Commerce, which adds that U.S. participation and leadership in standard-setting influences the future of 5G, autonomous vehicles, artificial intelligence and other cutting-edge technologies.

Under the new Bureau of Industry and Security rule, technology that would not have required a license to be disclosed to Huawei before the company’s placement on the Entity List can be disclosed for the purpose of standards development in a standards-development body without the need for an export license.

Ingram Micro Partners with Kyocera in Latin America

San Diego, CA – California-based Ingram Micro Inc. and Japan’s Kyocera Communications Inc. have inked a new agreement in which Ingram Micro Mobility will be the distributor of Kyocera mobile phones in the Latin America region.

The new Kyocera DuraForce, an ultra-rugged, waterproof 4G LTE global-ready Android smartphone will be the first Kyocera product to enter the Latin America region via this relationship.

Kyocera “will leverage Ingram Micro’s extensive infrastructure and unique channel capabilities in Latin America, reaching 25,000 value-added resellers (VARs), system integrators and service providers,” according to a joint statement.

DuraForce, recently announced in the U.S. market with AT&T, is the newest device in Kyocera’s rugged smartphone portfolio and underscores Kyocera’s strength in the rugged, waterproof smartphone space.

The Military Standard 810G- and IP68-certified device enables active consumers and workers to use their smartphones more effectively “whether connecting with the corporate office from a construction jobsite or accessing vital medical data to support prescription authorizations in healthcare settings.”

Additionally, DuraForce supports various Push-to-Talk (PTT) services and platforms, and for the non-PTT user, the dedicated button can be reprogrammed for other preferred features or applications.

“Ingram Micro Mobility offers the experience, infrastructure and extensive network of VARs necessary to successfully launch and support Kyocera mobile devices across Latin America,” said Eric Anderson, senior vice president and general manager of global sales and marketing at Kyocera Communications.

“This relationship enables us to provide new handsets like DuraForce and support future devices in more than 40 countries in the region, allowing businesses to realize increased productivity and lower their total cost of ownership through durable devices that will stand up to the toughest environments.”

11/05/2014

Apple Plans Broad Global iPhone 6 Distribution

Cupertino, CA – By the end of this month, technology giant Apple Inc. will make its highly popular iPhone 6 and iPhone 6 Plus available in 36 additional countries and territories across Europe, Asia, the Middle East, Latin America and Africa.

Starting with China, India and Monaco this week, the new iPhones will be available in China and 68 other countries and territories by the end of the month, including the initial launch countries.

The distribution campaign is reportedly also on track to make the devices available in more than 115 countries by the end of the year, making this the company’s fastest iPhone rollout ever.

Apple set a new record for first weekend sales of iPhone 6 and 6 Plus, having breached the 10 million mark within just three days of its initial September 9 sales launch in Australia, Canada, France, Germany, Hong Kong, Japan, Puerto Rico, Singapore, the UK, and the US.

The new iPhones will be available in Israel from Thursday, October 23 and in Czech Republic, French West Indies, Greenland, Malta, Poland, Reunion Island and South Africa the following day. They will be available in Bahrain and Kuwait from Thursday, October 30.

It will be available in further 23 countries – Albania, Bosnia, Croatia, Estonia, Greece, Guam, Hungary, Iceland, Kosovo, Latvia, Lithuania, Macau, Macedonia, Mexico, Moldova, Montenegro, Serbia, South Korea, Romania, Slovakia, Slovenia, Ukraine and Thailand – on October 31.

Cupertino, California-based Apple unveiled the two new larger screen smartphones, iPhone 6 and iPhone 6 Plus, last month in San Francisco.

The iPhone 6 and iPhone 6 Plus are both available in 16GB, 64GB, and 128GB versions and feature larger HD (high definition) screens than their predecessors, as well as markedly enhanced performance and power efficiency.

10/14/2014

US High Tech Trade Tops $1 Trillion: White Paper

Los Angeles, CA – The trade in US-produced technology goods and services currently tops more than $1 trillion, according to a new industry white paper published by the TechAmerica Foundation (TAF).

Tech imports totaled $351 billion compared to $205 billion in exports in 2013, while tech service exports exceeded imports $303 billion to $161 billion in imports in 2011, the most recent year complete data are available, the group said.

Many of the goods imported into the US “are part of a global supply chain, where US multinational companies create and design tech products in the US and produce the finalized product overseas,” according to the paper.

In these cases, “the bulk of the profit from the products is accrued to the US firm. Often the importation of a technology good represents an ‘intra-company’ transfer as US firms brings their products into the United States for sale from their overseas production facilities,” it added.

The US currently has a tech trade surplus of nearly $5 billion when both tech goods and services are combined, with $501 billion in exports compared with $496 billion in imports.  Goods exports and imports have been fairly flat for the last three years after rebounding as a result of the 2009 global market crash.

“The largest destinations for tech goods go to our closest trading partners, Mexico and Canada, which is a testament to the importance of free trade agreements to the American technology industry,” said Burak Guvensoylar, manager of government affairs at the TAF.

The US has free trade agreements with 20 countries, and is looking to create two new large scale agreements – the proposed Trans-Pacific Partnership (TPP) and the Transatlantic Trade & Investment Partnership (TTIP).

These new agreements, in addition to the Trade in Services Agreement, and the expansion of the Information Technology Agreement, could expand US free trade markets to 53 countries, “creating significant opportunities for US technology companies” by “increasing market access, eliminating tariffs, strengthening intellectual property rights, and ensuring the movement of data across the globe,” said Guvensoylar.

Telecommunications, Texas Lead the Way

According to the white paper , the US telecommunications sector, in particular, feeds the rate of tech goods and services exports, noted by the 9 percent increase in telecommunications services from 2011-2012 and the 6.6 percent increase in communications goods from 2012-2013.

Other key tech services include systems design, software, research and development, testing, and Internet services such as cloud computing and mobility strategy, it said.

From a state-by-state perspective, Texas continued to build on its status as the leading state by tech goods exports, growing from $45.1 billion in 2012 to $48.2 billion in 2013, a 6.7 percent growth rate, compared to a national growth rate of 0.8 percent.

California is a close second to Texas in revenue of exports, but the state saw a 5.1 percent decline in year-to-year exports. Texas and California combine to account for 44 percent of the country’s overall volume of tech good exports.

The TechAmerica Foundation is a non-profit technology industry research group headquartered in Washington, DC.

07/21/2014

Boeing Completes Mexico Satellite Project


El Segundo, CA – Boeing has finished production of a trio of communication satellites for the Mexican government.

The $1 billion contract for the “Mexsat” project was signed in 2011 calling for Boeing to design and manufacture two 702HP geo-mobile satellites and contract with the Virginia-based Orbital Sciences Corp. to build the third, a GEOStar-2.

The Orbital-built satellite was completed in 2012 and was successfully launched atop an Ariane 5 rocket in December of that year.

The development of two ground stations in Iztapalapa and Hermosillo was included in the contract and will serve to relay space-based signals to the satellites once they are deployed to their full 134-foot length.

Both Boeing 702HP satellites are equipped with five solar panel “wings” and an antenna roughly the size of a basketball court.

The company has already provided Mexico with five satellites dating back to 1985 with the last launched in 1998 and still in service.

Boeing said it will launch the first 702HP in early 2015 on a Russian Proton-M rocket with the second set to be sent aloft aboard an Atlas V by 2016.

07/02/2014

 

Motorola To Shutter Texas Assembly Facility

Schaumburg, IL – After less than a year of operations, Motorola’s smartphone manufacturing plant in Fort Worth, Texas has been slated for closure by the end of 2014.

The Fort Worth factory employs about 700 workers who assemble the Moto X smartphones for the US market from parts produced in Asia. The plant is operated by Singapore-based international contract electronics manufacturer Flextronics Ltd.

Motorola was acquired in 2012 for $12.4 billion by Google, which announced earlier this year that it would sell Motorola to Chinese multinational computer technology giant Lenovo for $2.9 billion. The sale is expected to close by the end of the year.

lllinois-based Motorola envisioned that the Texas facility would supply US consumers with Moto X smartphones within five days, substantially faster than could be accomplished by importing them from overseas.

Moto X sales have slumped forcing the company was forced to cut the price of the phone and shoulder decreased profit margins.

The company said that it will continue to make the Moto X in China, Brazil “and other, more affordable locations,” where the costs for labor and shipping aren’t as high.

06/04/2014