Tuesday, February 26, 2013

Nvidia Argues Performance, Features, Price Will Push ‘Tegra 4i’ Chip

Two boards for Nvidia’s Tegra reference platform, the one on the right showing Tegra 4 and the i500 discrete modem, the one on the left showing both replaced by Tegra 4i.
 
I spent some time this afternoon meeting with Nvidia‘s (NVDA) head of marketing for its Tegra processor line for phones and tablets, Matt Wuebbling, at the company’s booth on the floor of the Mobile World Congress.
Nvidia recently introduced an integrated processor, the “Tegra 4i,” which contains both the applications processor and the baseband wireless processor, bringing the company into competition in new markets with Qualcomm (QCOM).
The 4i is a follow-up to Nvidia’s recently introduced stand-alone modem, the “i500,” and its brand new Tegra 4 applications processor, combining some of the functionality of each of those In a single silicon die.
The company emphasizes performance capabilities of Tegra, such as its ability to browse the Web at twice the speed of competing quad-core processors. But a large part of what it hopes will be Tegra 4i’s appeal will be to come in at a smaller die size than competing integrated processors, and to be able to undercut Qualcomm and others on price, while maintaining profit margin.
For mainstream phones, such as those costing $100 to $300, unsubsidized, which is where 4i is being targeted, “price is almost everything,” says Wuebbling. “It is all about cost” to the phone maker.
The modem component, a reprogrammable “soft modem,” can “do most of those same features” as a discrete modem part in about 40% of the die size area, says Wuebbling. Which means that the integrated chip can combine application and modem functions without being as large as other integrated chips of comparable performance. That saves on the cost it takes to make the part, and saves phone makers board space and power requirements.
The stand-alone i500 is expected to ship in the latter half of this year, while the 4i will ship toward the end of this year.
When I asked Wuebbling if Nvidia are effectively rookies in a wireless modem business where Qualcomm has decades of experience shipping modems, he points out that the first generation was developed in 2006 by Icera, which Nvidia acquired in 2011. Nvidia in fact sold the previous generation of Icera modem, the “i400″ for Asus tablet computers that AT&T (T) carries, and also phones by ZTE. “Icera had never sold into handsets or tablets before,” days Wuebbling. “They wouldn’t have been able to sell into a handset until we came in, because the handset and the vendors wanted there to be a bigger, established company behind the effort.”
Wuebbling concedes that “perhaps you could say we’re now on our second generation of selling a modem chip, I think that’s fair to say.
Nvidia shares today are up 12 cents, or 1%, at $12.35.

Friday, February 22, 2013

Qualcomm Is Dead Money, Sell Stock Now

Taken together, Apple (AAPL) and Qualcomm (QCOM) are the twin engines driving the smartphone market. The Apple business model demands closed, horizontal integration, where the company largely manufactures its own hardware and software. Alternatively, Qualcomm effectively functions as a workbench for the entire mobile, or wireless industry. Qualcomm and its team of engineers license out microprocessors to the likes of Dell (DELL), Nokia (NOK), BlackBerry (BBRY), and Samsung (SSNLF.PK).

Amid today's Web 2.0 Revolution, Qualcomm is the new Intel (INTC). Throughout the 1990's PC Revolution, Microsoft (MSFT) and Intel were both joined at the hip, as the ultimate foils to Apple. After Y2K hysteria came and went, however, the PC became a commodity. Today, Intel is effectively a utility stock that monopolizes its particular zero-growth niche, and pays out regular dividends. Going forward, Qualcomm shareholders are also set to emerge as victims of peak smartphone theory.

Peak smartphone Theory

Last May 2012, Google (GOOG) closed out its $12.5 billion acquisition of Motorola. This deal was largely touted as a defensive move - for patents that would protect Google's share of Android revenue against litigation. That following summer, a California jury ordered Samsung to pay $1.05 billion in damages to Apple to settle patent infringement charges. On September 21, 2012, Apple stock established an all-time high at $705, before share prices immediately broke down against a backdrop of a relatively weak iPhone 5 launch. Earlier this month, Apple cascaded down to a multi-month low at $450, while The Federal Trade Commission declared that Google should make its former Motorola patents available to competitors "on fair, reasonable, and nondiscriminatory terms." Evidence is mounting that the growth of smartphone market equity already peaked - during Summer 2012.

The smartphone, of course, is now the primary focal point of a Web 2.0 ecosystem that includes telecommunications, entertainment, audiovisuals, computing, and tablets. It is inevitable for the Web 2.0 ecosystem to track an accelerated business cycle of growth, maturity, decline, and bust. For Qualcomm, the march towards Web 2.0 maturity will also hamper the growth of the microprocessor market. Chip demand will be a lagging indicator, and Qualcomm is now running the risk of being saddled with inventory that cannot be sold off - without steep price discounts. This inventory effectively includes intellectual property, which may fetch lesser royalty payments due to flagging demand alongside intensifying competition from the likes of Nvidia (NVDA).

According to research firm Wireless Intelligence, 4 billion 3G-4G global connections will be established by the end of 2016, which is a significant increase in amount above today's 1.9 billion connections. Going forward, however, projections for the continued hyper-growth of wireless data transmissions through 3G and 4G networks may prove to be overly optimistic. Indeed, popular recording sensation Prince would command Qualcomm investors to Party Like it's 1999, as an encore to Intel and Cisco (CSCO) shareholders before them who also helped drive the PC and networking growth bandwagon into the ground.

Anything But Apple

Qualcomm now promotes its Snapdragon processor as its flagship product. The Snapdragon line is notable for powering rapid download speeds, organizing multiple applications, and presenting impressive graphics, while still remaining relatively cool - without a fan. Cooler temperatures preserve battery life for gaming, taking pictures, surfing the Internet, and taking calls. For smartphones, the premium Snapdragon S4 processor is now capable of maintaining up to 1.7 GHz in CPU, displaying graphics in 1080-pixel picture resolution, and taking pictures through the lens of a 20-megapixel camera sensor. Beyond smartphones, separate suites of Snapdragon processors also power tablets and flat panel televisions. The Snapdragon is now the effective "go to guy," for anybody but Apple, as evidenced by its installation within the latest premium Samsung Galaxy, Nokia Lumia, and BlackBerry 10 smartphone lines. At present, Nokia and BlackBerry are literally fighting for survival, which make their recent product launches all the more important - for both themselves and Qualcomm's bottom line.

On February 6, 2013, research firm comScore released its latest report for December 2012 U.S. smartphone market share. The comScore tables present averages for data taken from the October 2012 to December 2012 quarter. The Google Android and Apple iOS operating systems now control respective 53.4% and 36.3% shares of the smartphone market. This duopoly is still consolidating power, as evidenced by its collective 3% increase in share above the prior quarter. On the handset side of the ledger, Apple and Samsung headline this list as the top two original equipment manufacturers operating in the United States of America. At the bottom of the heap, BlackBerry, Nokia, and Microsoft Windows are desperately fighting over table scraps while attempting to preserve small shreds of relevance as telecommunications operators. This is a game of musical chairs - where Google and Apple already own two out of the three remaining seats in the room.

For Qualcomm to sustain hyper-growth, it must encourage increased acceptance of Google Android, BlackBerry 10, and Windows 8 operating systems - largely at the expense of Apple iOS. Any projections assuming the expansion of Google Android market share beyond 60%, or even 55%, are unlikely, if not laughable. Alternatively, a recent Verge review awards BlackBerry 10 with a solid, but uninspiring seven out of ten rating. According to The Verge, the BlackBerry 10 operating system lacks a "killer app." Without a "killer app," BlackBerry 10 may fail to gain traction in the U.S. market. Prospective Qualcomm investors can confirm a BlackBerry 10 flop, when the company begins hawking formerly premium Z10 phones at steep discounts in India. Lastly, Nokia reported that it sold 4.4 million Lumia 920 phones during its latest quarterly period ended December 31, 2012, which was up from the prior quarter when the company sold 2.9 million units. This increase in sales is likely an anomaly, where Nokia leveraged the perfect storm of Holiday Season timing alongside Apple iPhone 5 supply chain inefficiencies.

The Bottom Line

Over the past six months, Apple, Nokia, and BlackBerry positions have all been notable for their extreme volatility, as the smartphone market lurches towards inevitable commoditization, deteriorating profit margins, and industry consolidation. For Qualcomm shareholders, the rhythmic interplay between speculators, technology industry journalists, and short sellers is the canary in the coalmine symptomatic of a stalling mobile device market. As a supplier, Qualcomm will be last to feel the contagion. Original equipment makers will be forced to curtail orders for chips and wireless software, as inventories pile up. Next, intellectual property royalty payments and valuations must be written down to reflect market saturation and flagging demand. Qualcomm shareholders should consider quitting while ahead, selling stock, and taking profits, before this stock degenerates as the latest shoe to drop in the Web 2.0 space.

Wall Street valuations assume that Qualcomm will maintain hyper-growth well into the near future. On February 21, Qualcomm stock closed out the trading session at $65. According to Wall Street, Qualcomm is now worth $110 billion in market capitalization. For last fiscal year ended September 30, 2012, Qualcomm reported $6.1 billion in net income. At current levels, Qualcomm trades for eighteen times trailing earnings. Over the past four years, Qualcomm is averaging impressive 35% net income growth, despite the fact that diluted earnings per share collapsed from $1.90 to $0.95 between 2008 and 2009, largely on special charges. Without this one-time anomaly, Qualcomm averaged 65% annual diluted EPS growth from 2010 to 2012. Qualcomm is undervalued, only if it were to maintain growth at this torrid rate.

All great things, of course, must come to an end. The $19.1 billion in Qualcomm 2012 revenue is classified further into $12.5 billion in equipment and services and $6.6 billion in licensing. Geographically, the lion's share of Qualcomm's deals are actually closed out in Asia, as sales in China, South Korea, and Taiwan accounted for roughly $15 billion, or 80%, of this company's total $19.1 billion in revenue. Between 2011 and 2012, United States revenue figures remained nearly flat, while the "other foreign" collective group declined during this time frame. Qualcomm's bottom line results will deteriorate rapidly, when China grinds through an inevitable slowdown. Meanwhile, U.S. sales will remain insignificant, as recent product launches out of Samsung, BlackBerry, and Nokia have largely failed to capture the imagination of Americans and dramatically reorder the smartphone marketplace away from the Apple iPhone platform.

Apple shareholders who stubbornly clung to shares that collapsed from $705 to $450 within six months would sternly advise Qualcomm cheerleaders to get out now, while the getting still seems good.

Wednesday, February 20, 2013

ADR Basics: What Is An ADR?

Introduced to the financial markets in 1927, an American depositary receipt (ADR) is a stock that trades in the United States but represents a specified number of shares in a foreign corporation. ADRs are bought and sold on American markets just like regular stocks, and are issued/sponsored in the U.S. by a bank or brokerage.

ADRs were introduced as a result of the complexities involved in buying shares in foreign countries and the difficulties associated with trading at different prices and currency values. For this reason, U.S. banks simply purchase a bulk lot of shares from the company, bundle the shares into groups, and reissues them on either the New York Stock Exchange (NYSE), American Stock Exchange (AMEX) or the Nasdaq. In return, the foreign company must provide detailed financial information to the sponsor bank. The depositary bank sets the ratio of U.S. ADRs per home-country share. This ratio can be anything less than or greater than 1. This is done because the banks wish to price an ADR high enough to show substantial value, yet low enough to make it affordable for individual investors. Most investors try to avoid investing in penny stocks, and many would shy away from a company trading for 50 Russian roubles per share, which equates to US$1.50 per share. As a result, the majority of ADRs range between $10 and $100 per share. If, in the home country, the shares were worth considerably less, then each ADR would represent several real shares.
There are three different types of ADR issues:

  • Level 1 - This is the most basic type of ADR where foreign companies either don't qualify or don't wish to have their ADR listed on an exchange. Level 1 ADRs are found on the over-the-counter market and are an easy and inexpensive way to gauge interest for its securities in North America. Level 1 ADRs also have the loosest requirements from the Securities and Exchange Commission (SEC).
  • Level 2 - This type of ADR is listed on an exchange or quoted on Nasdaq. Level 2 ADRs have slightly more requirements from the SEC, but they also get higher visibility trading volume.
  • Level 3 - The most prestigious of the three, this is when an issuer floats a public offering of ADRs on a U.S. exchange. Level 3 ADRs are able to raise capital and gain substantial visibility in the U.S. financial markets.
The advantages of ADRs are twofold. For individuals, ADRs are an easy and cost-effective way to buy shares in a foreign company. They save money by reducing administration costs and avoiding foreign taxes on each transaction. Foreign entities like ADRs because they get more U.S. exposure, allowing them to tap into the wealthy North American equities markets.


Read more: http://www.investopedia.com/university/adr/adr1.asp#ixzz2LSlsVPM3

Oracle Corporation

ORCL: Nasdaq; Technology/Software

Company Information
Oracle Corporation is a provider of enterprise software and computer hardware products and services. The Company's software, hardware systems, and services businesses develops, manufactures, markets, hosts and supports database and middleware software, applications software, and hardware systems, with the latter consisting primarily of computer server and storage products. It is organized into three businesses: software, hardware systems and services. Its software business consists of two segments: new software licenses and software license updates and product support. Its hardware systems business consists of two segments: hardware systems products and hardware systems support. The Company's services business consists of the remainder of its segments and offers consulting services, managed cloud services, and education services. On January 25, 2012, it acquired RightNow Technologies, Inc. (RightNow). On April 5, 2012, the Company acquired Taleo Corporation (Taleo).
Oracle Corporation
500 Oracle Parkway REDWOOD CITY CA 94065
Phone: +1 (650) 506-7000
Fax: +1 (302) 636-5454

CANON INC.

CAJ: NYSE; Technology/Office Equipment

Company Information

CANON INC. is a Japan-based manufacturing company. The Company operates in three business segments. The Office segment provides office network, color network and personal multifunction devices, office, color and personal copy machines, laser printers, large-sized ink-jet printers and digital production printers, among others. The Consumer segment provides digital single-lens reflex cameras, compact digital cameras, interchangeable lens, digital video cameras, ink-jet multifunction devices, single-function ink-jet printers, image scanners, television lens for broadcasting use, among others. The Industrial Equipment and Others segment provides exposure equipment used in semiconductor and liquid crystal displays (LCDs), medical image recording equipment, ophthalmic instruments, magnetic heads, micro motors, computers, handy terminals, document scanners, among others.
CANON INC.
3-30-2, Shimomaruko, Ota-ku TOKYO TKY 146-8501 Japan
Phone: +81 337582111
Fax: +81 354825135

Maxim Integrated Products Inc.

MXIM: Nasdaq; Technology/Semiconductors

Company Information

Maxim Integrated Products, Inc. (Maxim), designs, develops, manufactures and markets a range of linear and mixed-signal integrated circuits, commonly referred to as analog circuits, for a large number of customers in diverse geographical locations. Maxim's linear and mixed signal products serve four end-markets: industrial, communications, consumer and computing. The Company manufactures its own wafers and utilizes third-party silicon foundries to produce wafers. The majority of processed wafers are subjected to parametric and functional testing at its facilities. In addition, hybrid and module products are manufactured using a multi-chip technology featuring thin-film, laser-trimmed resistors and other active or passive components. On July 18, 2011, the Company acquired SensorDynamics. In January 2013, the Company announced that GEO Semiconductor Inc has acquired the digital video processing business from Maxim Integrated Products Inc.
Maxim Integrated Products Inc.
160 Rio Robles SAN JOSE CA 95134
Phone: +1 (408) 601-1000
Fax: +1 (302) 636-5454
 
NASDAQ: MXIM
Stock Chart:
 

KLA Tencor Corporation

KLAC: Nasdaq; Technology/Semiconductor Equipment & Testing

Company Information

KLA-Tencor Corporation (KLA-Tencor) is engaged in the design, manufacture and marketing of process control and yield management solutions for the semiconductor and related nanoelectronics industries. KLA-Tencor's offerings include the Chip Manufacturing, Wafer Manufacturing, Reticle Manufacturing, Complementary Metal-Oxide-Semiconductor (CMOS) Image Sensors Manufacturing, Solar Manufacturing, light emitting diode (LED) Manufacturing, Data Storage Media/Head Manufacturing, Microelectromechanical Systems (MEMS) Manufacturing, and General Purpose/Lab Applications. It also provides refurbished KLA-Tencor tools as part of its K-T Certified program for customers manufacturing larger design-rule devices, as well as service and support for its products. The Company's products are used in a number of other industries, including the LED, data storage and photovoltaic industries, as well as general materials research.
KLA Tencor Corporation
One Technology Drive MILPITAS CA 95035
Phone: +1 (408) 875-3000
Fax: +1 (408) 875-4144
 
NASDAQ: KLAC
Stock Chart

Lam Research Corporation

LRCX: Nasdaq; Technology/Semiconductor Equipment & Testing

Company Information

Lam Research Corporation (Lam Research), is a supplier of wafer fabrication equipment and services to the worldwide semiconductor industry. Lam Research designs, manufactures, markets, refurbish, and services semiconductor processing equipment used in the fabrication of integrated circuit. In addition, it offers a broad portfolio of single-wafer clean technologies. Its Customer Support Business Group (CSBG) provides products and services to maximize installed equipment performance and operational efficiency. It offers a range of services including customer service, spares, upgrades, refurbishment of its etch, deposition, photoresist strip, and clean products. The Company also develops manufactures, sells and supports equipment used in grinding, lapping and polishing precision parts used in a spectrum of industrial applications.In June 2012, Lam Research completed its merger with Novellus Systems, Inc.
Lam Research Corporation
4650 Cushing Parkway FREMONT CA 94538
Phone: +1 (510) 572-0200
Fax: +1 (302) 655-5049

NASDAQ: LRCX
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Applied Materials Inc.

AMAT: Nasdaq; Technology/Semiconductor Equipment & Testing

Company Information

Applied Materials, Inc. (Applied) provides manufacturing equipment, services and software to the global semiconductor, flat panel display, solar photovoltaic (PV) and related industries. Applied's customers include manufacturers of semiconductor wafers and chips, flat panel liquid crystal displays (LCDs), solar PV cells and modules, and other electronic devices. These customers may use what they manufacture in their own end products or sell the items to other companies for use in advanced electronic components. Applied operates in four segments: Silicon Systems Group, Applied Global Services, Display, and Energy and Environmental Solutions. In November 2011, the Company acquired Varian Semiconductor Associates, Inc.
Applied Materials Inc.
3050 Bowers Avenue, P.O. Box 58039 SANTA CLARA CA 95054-3299
Phone: +1 (408) 727-5555
Fax: +1 (408) 748-9943

NASDAQ: AMAT
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Intel Corporation

INTC: Nasdaq; Technology/Semiconductors

About Intel Corporation
Intel Corporation designs and manufactures integrated digital technology platforms. A platform consists of a microprocessor and chipset. The Company sells these platforms primarily to original equipment manufacturers (OEMs), original design manufacturers (ODMs), and industrial and communications equipment manufacturers in the computing and communications industries. The Company's platforms are used in a range of applications, such as personal computers (PCs) (including Ultrabook systems), data centers, tablets, smartphones, automobiles, automated factory systems and medical devices. On February 2012, QLogic Corp. sold the product lines and certain assets associated with its InfiniBand business to the Company. In May 2012, Cray Inc. completed the sale of its interconnect hardware development program and related intellectual property to the Company. In September 2012, InterDigital, Inc.'s subsidiaries sold around 1,700 patents and patent applications to the Company.
 
Headquarters
2200 Mission College Blvd.
SANTA CLARA, CA
95054-1549
 
NASDAQ: INTC 
Stock Chart (Source Code)

Qualcomm Inc.

QCOM: Nasdaq; Technology/Communications Equipment

Company Information

QUALCOMM Incorporated (Qualcomm) designs, manufactures and markets digital wireless telecommunications products and services based on its code division multiple access (CDMA) technology and other technologies. The Company operates through four segments: Qualcomm CDMA Technologies (QCT); Qualcomm Technology Licensing (QTL); Qualcomm Wireless & Internet (QWI), and Qualcomm Strategic Initiatives (QSI). QCT is a developer and supplier of CDMA-based integrated circuits and system software for wireless voice and data communications, multimedia functions and global positioning system products. QWI, which includes Qualcomm Enterprise Services (QES), Qualcomm Internet Services (QIS), Qualcomm Government Technologies (QGOV) and Firethorn, generates revenues primarily through mobile information products and services and software and software development aimed at support and delivery of wireless applications. In November 2012, the Company acquired certain assets of EPOS Development, Ltd. (EPOS).
Qualcomm Inc.
5775 Morehouse Drive SAN DIEGO CA 92121-1714
Phone: +1 (858) 587-1121
Fax: +1 (858) 458-9096

NASDAQ: QCOM
Stock Chart (Source Code):