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Technology Stocks : C-Cube -- Ignore unavailable to you. Want to Upgrade?


To: bob jaremsek who wrote (31546)3/27/1998 8:55:00 PM
From: John Rieman  Respond to of 50808
 
Thanks. Very bullish!!!!!!!!!!!!!!!

freeedgar.com

Recordable Digital Video Disk. Thus far, Recordable DVD as a VCR
replacement has been sold in small volumes, primarily to home theater
owners and other early adopters, as is typical for a new consumer
electronic product. It is unlikely that the Recordable DVD will begin to
replace the VCR in large volumes until C-Cube, with its new DVxpert
architecture single-chip codec, is able to deliver a low-cost encoding.*
This will enable a recordable model at prices considered a mass market
value, given the superior quality of DVD's video and audio and its many new
interactive features.
Consumer Digital Video Cameras. Digital video cameras (camcorders) can
offer advantages over today's analog-based home equipment in areas such as
image quality, cost and size. In addition, digital formats may provide
interoperability with other digital home consumer appliances such as DVD
players and home editing equipment. The first tape-based, consumer-grade
products using Discrete Cosine Transform (DCT)-based formats called DV and
DVCpro have been introduced by companies including Sony, JVC and MEC. Other
formats which support recordable disk-based media are currently being
defined. C-Cube does not currently offer products supporting DCT-based
formats but may choose to do so in the future. Communications
General. Digital video compression is currently enabling a number of
new applications and capabilities in the communications market, including
expanding the capacity and services of DBS networks, wireless cable and
wired networks.
DBS Networks. The first full-scale digital video transmission systems
to achieve full deployment were a series of DBS networks (often called
Direct to Home networks). By combining digital video compression technology
with high-power Ku-band satellites, DBS systems typically provide 100 or
more channels to a large geographical area (e.g. the continental U.S.).
This is accomplished at a relatively low cost per subscriber since the only
incremental investment needed by subscribers is the purchase of a small
dish and a decoder box. 3<PAGE>
Wireless Cable or MMDS. MMDS is a local "line-of-sight" broadcast
system which broadcasts video over relatively short distances from a
stationary ground-based antenna directly to small receiving antennas which
are placed in each subscriber's home (or on the roof). Such systems are
initially being deployed in areas where there may not be an existing cable
system or as an alternative to existing cable services in high-density
urban centers. Wireless cable systems have comparatively low fixed costs
and a moderate cost per home. The advantages of MMDS over DBS include the
support of local content and moderate levels of interactivity, such as
Internet support. Wired Networks. Wired networks, which include such varied
architectures as switched digital video, fiber to the curb (FTTC), HFC and
twisted pair schemes such as ADSL and HDSL, are currently in early trials
and first stage deployments by leading telecommunications suppliers and
digital cable providers. Switched digital networks can provide a much
higher level of interactivity compared to either DBS or MMDS including the
potential for full two-way video communication. However, because of the
significant investment in new infrastructure, the cost per home is high.
Other Communications Applications. Such applications include equipment
which enables digital transmission from remote sites to a studio
(contribution), from studios to cable headends (distribution) and the use
of digital video, audio and data within businesses, educational
institutions and other private networks. Computer
General. Computer makers and users are increasingly embracing digital
video as the most flexible and feature rich data type for educational,
entertainment, communication and training applications. In the future,
playback of video will be performed using software decoders, which will
increases the number of video-capable computers. In addition, computers are
the primary platform for video editing and video encoding through the
addition of dedicated video-specific hardware.
DVD-ROMs. Currently these are sold into three PC market segments - the
OEM desktop market, the OEM portable market and the PC peripheral after
market. PC OEMs offer DVD-ROMs as add-in board options for their desktop
models. Some OEMs, such as C-Cube's customer Dell, have begun bundling the
DVD-ROM as part of its complete system offerings. While the cost
differential over a CD-ROM for a drive with MPEG-2 playback is currently
above $200, the DVD-ROM offers 7 times the capacity and 24 times the speed
of CD-ROMs. This product appears to be experiencing adoption rates common
to new PC peripherals.*
Besides competition from other decoder suppliers, C-Cube expects to
encounter a growing proportion of DVD decoding and decryption performed by
software in desktop PCs. However, demonstrations of linear movie playback
on 300 MHz PCs with software decoding show video performance inferior to
that of hardware solutions. It appears that a 400 MHz processor is required
to provide comparable quality, and even that may lack the power to provide
a high rate of interactivity, such as will be demanded with MPEG-2 rich
video games and training films. Thus, we believe that for a few years,
hardware solutions will command much of the DVD-PC market.* Furthermore,
the emergence market for under $1,000 PCs will prolong the competitiveness
of hardware solutions, since compromises in processor speed will have to be
made to enable this price segment to meet profit requirements.
New portable PC models are being designed as DVD-ready and some,
including the Toshiba Tecra, are featuring MPEG-2 video playback built
right into the motherboard. The portable PC offers an even longer term
market for hardware solutions because software decoding will drastically
reduce battery life. Microprocessors powerful enough to perform MPEG-2
decoding and decryption dissipate between 8 and 12 watts of power. C-Cube's
ZiVA video RISC microprocessor dissipates less than 1.5 watts.
The third, and to date the largest growing DVD-PC market segment is for
DVD-ROMs as add-in kits sold at retail to owners of PCs who would like to
upgrade their CD-ROM drives. Companies such as Creative Labs, which drove
the CD-ROM after-market, have begun driving this application aggressively.
While the PC may be the first application for DVD decoders and the VCR
the second, in a few years DVD decoders may be incorporated into game
platforms and consumer electronics, including personal computer
"convergence" systems, such as big-screen TVs that have game playing,
internet surfing and digital broadcast receiving capabilities.



To: bob jaremsek who wrote (31546)3/27/1998 9:16:00 PM
From: John Rieman  Respond to of 50808
 
The competition..............................

Competition
The markets in which C-Cube competes are intensely competitive and are
characterized by declining average selling prices and rapid technology
change. C-Cube believes that it competes favorably in the areas of product
definition, system cost, functionality, time-to-market, reliability and
reputation. C-Cube competes with major domestic and international
companies, most of which have substantially greater financial and other
resources than C-Cube with which to pursue engineering, manufacturing,
marketing and distribution of their products. Some of these companies own
proprietary video compression technology competitive with C-Cube's
standards-based systems. In the consumer electronics market, principal
competitors include ESS Technology, Inc., SGS-Thomson, Zoran, LSI Logic,
Oak Technology, Winbond and UMC as well as several large, integrated
15<PAGE>
Japanese and Korean consumer electronics companies, such as Sony, MEC,
Toshiba, NEC and Samsung, which have their own semiconductor design and
manufacturing capacity. In the communications market, C-Cube's principal
competitors include SGS-Thomson, LSI Logic, Texas Instruments, VLSI
Technologies, Sony, Phillips and IBM. In the computer market, principal
C-Cube competitors include the increasingly powerful CPUs that are now
available from, among others, Intel and Motorola, as well as hardware
solutions from Zoran, Chromatic Research, LuxSonar and IBM. Graphics chip
manufacturers such as S3 Incorporated and Trident Microsystems, Inc., are
also potential competitors.
In the MPEG-2 encoder market IBM is the principal competitor in the
broadcast communications market, while Sony is the most potent competitor
in the consumer market. C-Cube expects that other companies will introduce
competing encoder products in the future.* Although the timing of the
production availability of such encoders is uncertain, their availability
could have an adverse impact on C-Cube's encoder product revenues and
margins. C-Cube may also face increased competition in the future from new
entrants into its markets. In particular, as the markets for C-Cube's
products develop, competition from large semiconductor companies, such as
SGS-Thomson, Texas Instruments and Phillips, and from vertically integrated
companies such as Sony, MEC, Toshiba and NEC, may increase significantly.
If C-Cube can offer low-cost hardware solutions, then it may continue to
compete with providers of software solutions such as National and AMD, and
manufacturers of CPUs such as Intel and Motorola. The ability of C-Cube to
compete successfully in the rapidly evolving markets for high performance
video compression technology depends on factors both within and outside of
its control, including success in designing and subcontracting the
manufacture of new products that implement new technologies, adequate
sources of raw materials, protection of Company products by effective
utilization of intellectual property laws, product quality, reliability,
price and the efficiency of production, the pace at which customers
incorporate C-Cube's integrated circuits into their products or
technologies, success of competitors' products and general economic
conditions. There can be no assurance that C-Cube will be able to compete
successfully in the future.
A variety of other approaches to digital video compression have been
introduced, including wavelets, fractal image compression, proprietary
compression algorithms and software only solutions. Competitor companies
are designing products around these and other alternative approaches. In
addition, manufacturers of general purpose microprocessors, such as Intel,
and graphics chip manufacturers, such as Chromatics, are positioning their
products as offering digital video compression capability. There can be no
assurance that system manufacturers will not use such processors for video
compression applications. While MPEG has become the accepted standard, any
of the alternative approaches, individually or collectively, could be
adopted on a widespread basis in the emerging video compression market. If
this were to happen, C-Cube's business and results of operations would be
materially and adversely affected.
In the video networking system business, DiviCom competes with
vertically integrated system suppliers including General Instrument,
Scientific Atlanta, NDS, SGS-Thomson and Philips, as well as more
specialized suppliers including the DMV division of News Corp., Nuko and
the TV/Com subsidiary of Hyundai. Many of these competitors have, or have
access to, substantially greater financial resources than does DiviCom.
DiviCom believes that it competes favorably based on its expertise and
focus in the area of digital video network systems and its constituent
components such as digital video compression, digital network and
transmission technology. In addition, DiviCom possesses the practical
knowledge and experience required to design, manufacture, integrate and
support such systems in real-world deployments. Several of these
competitors, including General Instruments, Scientific Atlanta, TV/Com, DMV
(formerly NTL), Philips and Wegener have been established in the analog
technology market for many years. Others, such as Nuko, Tadiran/Scopus and
Tiernan, have come into the market in recent years as the early stages of
digital technology emerged. The only competitor to emerge early with an
MPEG-2 product with a discrete design was DMV.