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To: Stoctrash who wrote (39272)3/15/1999 12:49:00 PM
From: DiViT  Respond to of 50808
 
Frost & Sullivan - Broadband Video Satisfies the Need for Speed, Sparking Bandwidth Fever

03/15/99 PR Newswire
(Copyright (c) 1999, PR Newswire)

MOUNTAIN VIEW, Calif., March 15 /PRNewswire/ -- In the search for ways to integrate all types of network traffic (voice, data, and video), the demand for an exceedingly fast network transmission is projected to rise, driving the deployment of broadband video. Emerging applications such as distance learning, telemedicine, and surveillance all require high-quality video, adding more fuel to the race for deployment of broadband video.

According to new strategic research from Frost & Sullivan (www.frost.com), U.S. Broadband One-Way Video and Videoconferencing Equipment and Service Markets, the continuing build-up of a fiber network in the United States will help fuel the fever for broadband equipment and services over the forecast period. The recent shift in market dynamics towards asynchronous transfer mode (ATM) is helping to increase the market for broadband video communications. The total market is projected to have a compound annual growth rate (CAGR) of 27.1 percent throughout the forecast period.

For the purposes of this research the market has been divided into two segments, the broadband video equipment market and broadband video services market. The broadband video equipment market covers network infrastructure and video networking equipment.

The competitive situation in this market varies dramatically among the market segments. Within the equipment segment, the switch market is dominated by networking companies, such as Cisco Systems, Nortel Networks, 3Com and Newbridge, as well as ATM-centric companies such as FORE systems and GDC. The video networking market has a variety of players with different backgrounds, with Tektronix leading the two-way codec market while DiviCom is the leader in the one-way codec market.

The broadband video communications services market includes all major interexchange carriers: AT&T, MCI, WorldCom, Sprint and Qwest, as well as local exchange carriers such as, Bell Atlantic, Ameritech, SBC Communications, Bell South and GTE.

"With the exception of services provided to broadcasters, carriers do not focus on specific video applications since video transport is only a small part of their revenues," says Alena Carroll, Frost & Sullivan telecommunications industry analyst. "As video communications continue to grow, it is likely that customers will provide more offerings specifically targeted for broadband video communications in the near future."

The broadband video market continues to evolve, and the competitive structure is likely to change as more players enter the broadband market, particularly on the equipment side. The ongoing industry consolidation is also likely to play a significant part in the competitive environment.

Broadband video has yet to become a mainstream technology and therefore has not received the full attention of the major networking companies and service providers. The adoption rate however, is accelerating, and it is likely that by the turn of the century broadband video deployments will become mainstream.

"For this market to truly explode companies offering ATM equipment or services will need to convince corporate customers to invest in ATM equipment or services. Many potential broadband video users are choosing to wait for an IP-based solution instead," says Carroll. This research, which evaluates a wide range of factors that will impact each of the market segments, can help companies develop a plan of action that will help to maximize their gains in this market.

Frost & Sullivan presents Market Engineering awards to recognize companies that have worked hard to make a positive contribution to the broadband video markets. Winners are selected from an in-depth analysis of the market competitors and interviews with those companies that make up the industry.

Tektronix is selected to receive the 1998 Frost & Sullivan Market Engineering Product Innovation Award. Tektronix has been a pioneer in the interactive broadband video market with installations of its MCS 300 Interactive Video Solution with motion Joint Picture Engineering Group (JPEG) J Series Codec. This solution, deployed over a single fiber optic DS3 circuit, has been deployed in the distance learning networks of about 30 states within the U.S.

The technologies reviewed include ATM, SONET, DWDM, IP, Gigabit Ethernet, IP over ATM, MPEG-2 compression, JPEG, DS3, and video multicasting.

Market participants include: 3Com Corporation, AC&E Ltd., ADC Kentrox, AG Communications Systems Corporation, Alcatel Data Networks, Ameritech Corporation, AMP, Inc., Ascend Communications, AT&T Corporation, BARCO Communications Systems, Bell Atlantic Corporation, BellSouth Corporation, Broadband Networks Inc. (BNI), Cable and Wireless, Inc., Cabletron Systems, Cisco Systems, CompuServe Network Services, Cox Communications, Digital Link Corporation, DiviCom , Inc., ECI Telecom, Electric Lightwave, FORE Systems, Inc., Frontier Corporation, Fujitsu Business Communications Systems, Inc., FVC.COM, General DataComm, Inc., GTE Corporation, Hitachi America, Ltd., Hughes Electronics, IBM Global Network, Intermedia Communications, K-NET Inc., Larscom, Inc., Leitch Inc., Litton Network Access Systems, Lucent Technologies, MCI WorldCom Inc., NDS Americas, Inc., NEC America, Inc., Newbridge Networks Corporation, Nortel Networks, Optibase, Inc., Optivision, Inc., Qwest Communications, SBC Communications, Inc., Scientific-Atlanta Inc., SNET (Southern New England Telephone), Sprint Corporation, Starlight Networks, Starvision Multimedia Corporation, Tektronix, Inc., Tellabs Operations, Inc., US WEST Communications, Vyvx, Inc. and Xing Technology Corporation.

This telecommunications industry research has integrated the Market Engineering consulting philosophy into the entire research process. Critical phases of this research included: Identification of industry challenges, market engineering measurements, strategic recommendations, planning and market monitoring. All of the vital elements of this system help the market participants navigate successfully through the telecommunications market.

Frost & Sullivan is an international marketing consulting and training company that monitors the telecommunications industry for market trends, market measurements and strategies. This ongoing research is utilized to update a series on online research publications such as the CTI & CPE Custom Subscription (www.frost.com/online), and to support industry participants with customized consulting needs.

Visit the Frost & Sullivan web site: frost.com
U.S. Broadband One-Way Video and Videoconferencing Equipment and Service
Markets
Report: 2010-64 Date: March 1999 Price: $2950
/NOTE TO EDITORS: Free executive summaries of all Frost & Sullivan research are available to the press through our media relations department./

Contact: /CONTACT: Kimberly Barney of Frost & Sullivan, 650-237-4383, or fax, 650-903-0915, or kbarney@frost.com/ 08:02 EST



To: Stoctrash who wrote (39272)3/15/1999 1:29:00 PM
From: DiViT  Respond to of 50808
 
BetaResearch hopes to deploy more than 5m 2nd gen d-boxes...

Kirch plans for next-generation digital TV.

11/01/98
Screen Digest
Copyright 1998 Information Access Company. All rights reserved.

BetaResearch, technology arm of German media group Kirch, has identified key elements in its plans for second-generation digital TV systems. Its d - box decoder deployed for the German DF1 digital direct-to-home satellite service was one of the first such technologies and looks dated compared, for example, with state-of-the-art boxes being deployed by BSkyB in the UK. In line with Digital Video Broadcasting group's standardisation efforts (see 1998/212a3), BetaResearch has elected to base its next boxes on Java programming language. It has selected Sun Microsystems's ChorusOS real-time embedded operating system--another coup for Sun (USA; + 1/408 863 3275; www.sun.com) after US cable giant TCI also elected to use its system (see 1998/27b1).

From early 1999, BetaResearch hopes to deploy more than 5m second-generation d-boxes and hopes to expand its market beyond the current Kirch markets and initial manufacturers (see 1998/50a4).



To: Stoctrash who wrote (39272)3/15/1999 1:46:00 PM
From: DiViT  Read Replies (3) | Respond to of 50808
 
Irdeto Access = Mindport. Cube bought TV/Com's Set-top Silicon Division from them...

(Read my previous post)

mindport.com

Hmm, kinda looks like Cube could have gotten a bit more than just silicon from the TV/Com aquisition. I wonder if they may have also bought a market.
They now own the silicon (thus the box?) that Mindport was using in Italy...
mindport.com

---------------------

Hmm, this is curious.
If Irdeto Access needs Cubes newly aquired silicon what does this mean?

Irdeto Access Marches into China

01/29/99
AsiaPort Daily News: Information Industrial News
Page 3
(c) Copyright 1999 Alestron, Inc. All Rights Reserved.

CHINA, January 29, AsiaPort -- Irdeto Access is a wholly-funded subsidiary of Holland Mindort. It set up its first office in Beijing recently and thus began to enter the Chinese market. To strengthen it business in China, this company will build more offices and employ more staff. It will build joint ventures and seek domestic suppliers in China to localize some of its key products intelligent cards.

It also hopes to apply its advanced cable TV technology into domestic cable satellite TV market. All these efforts are aimed to dominate the global cable TV market.



To: Stoctrash who wrote (39272)3/17/1999 4:16:00 PM
From: John Rieman  Respond to of 50808
 
More on Conexant, the Rockwell spinoff's settop chip. No Analog encoder, softmodem. Not a set top on a single chip............

eet.com

Conexant aims CPU/decoder ICs at satellite set-tops
By Junko Yoshida
EE Times
(03/17/99, 3:12 p.m. EDT)

NEWPORT BEACH, Calif. — Conexant Systems Inc. will make its first foray into the set-top decoder market with the launch of two versions of its CPU/decoder ICs. Both the CN8600AVD and CD8610AVD are highly integrated solutions that are compliant with the Digital Video Broadcast (DVB) standard, and combine a 32-bit, 133-Mips ARM940T processor, a graphics coprocessor and an MPEG-2 audio and video decoder/transport demux core on a single chip. The devices have an additional capability of Dolby Digital audio decoding.

Eric Rayel, Conexant's senior product line manager, described the CPU/decoder chips as "a central piece for a set-top, designed for entry and midrange-level satellite, cable and MMDS decoder box."

Conexant, formerly Rockwell Semiconductor Systems, already has an arsenal of front-end communication chips for set-tops, including a QPSK demodulator chip for satellite decoders and a QAM chip for cable set-tops. Although the company is new to the audio/video decoder set-top IC market, "we are not necessarily new to our customers," Rayel said.

Conexant licensed OpenTV's hardware porting kit and developed a complete set of set-top box drivers along with an OpenTV control task, OpenTV applications, a kernel adaptation layer and a real-time operating system board support package. By porting the complete software package to its hardware platform, Rayel said, "we believe that this allows our OEMs to bypass the whole set-top integration phase."

Besides OpenTV, Conexant plans to port its hardware to other middleware run-time engines including Media Highway developed by Canal Plus and DTV Navigator designed by NCI.

The primary target is an "upgraded" satellite set-top market, as well as the two-way cable market in Europe, said Rayel. Most digital satellite service providers now offer no interactivity, except for electronic program guides, and require no distinct middleware or back-channel capability. Later this year, however, service providers such as Echostar, News Corp.'s BSkyB, or DirecTV are expected to launch second-generation services capable of limited two-way communication via a back channel, offering a virtual Web browser and a fixed set of interactive services.

Indeed, Conexant's new silicon appears to have some distinct advantages for that particular market. First, its embedded processor is capable of host-based signal-processing algorithms for functions such as modem connectivity, imaging and audio communications. Second, the chips cut the total system bill-of-material costs for a set-top to about $100, by integrating many of the common set-top peripheral port controllers and by using an advanced unified memory architecture. The CN8600/8610AVD are capable of offering software modem connectivity at speeds ranging from 2,400 baud to V.32.

Conexant said it now has the most highly integrated set-top chip solution on the market, on par with leading A/V decoder vendors STMicroelectronics and C-Cube Microsystems.

Unlike the latest set-top silicon from STM, Conexant's solutions do not integrate a TV encoder block. But Rayel pointed out that "a TV encoder chip today is one of the lowest-cost function ICs. We believe it's more important to offer a software modem in microcode running on ARM." Also, he said, Conexant chips include all the physical peripheral I/Os, including smart-card and IR interfaces, serial port and others.

A unified memory architecture allows a single flexible, 32-bit-wide 100-MHz memory system — using standard SDRAM — to support all a system's DRAM requirements. A minimum of 4 Mbytes satisfies entry-level applications. Most set-top silicon allocates 2 Mbytes of DRAM for decoding audio/video streams, and requires a separate 2 to 4 Mbytes for system program memory. Rayel argued that those two chunks of memory often are underutilized. By sharing memory, "we believe that system vendors can build a whole set-top system with a minimum of 4 Mbytes instead of 6."

Manufactured on a 0.25-micron process, the CN8600AVD has a sample price of $29 in lots of 100,000. Conexant will sample the CM8610AVD in the second quarter at $31 in volume.