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Worldwide Switch actions cross marketing strategies, and forecasts, 2009-2015-Aarkstore Company
Less expensive crosspoint switches allow proliferation devices in a wide range of applications of computers. According to Susan Eustis, author of the study, "Economies of scale leverage technology advances crossing switches needed to make competitive. Integration technology provided by crosspoint switches resolves the issues prepared by the high-speed network conflicting standards. Cross switch price reduction is poised to drive market adoption of multimedia resources available technology. "
The Internet and wireless communications dominate the communications technology. The web wireless devices, Voice over Internet Protocol (VoIP), video on demand, third-generation (3G) wireless services increase the demand for faster, higher bandwidth communications systems. Remote access network has increased the requirements for network bandwidth and complexity. The continued adoption of broadband technology is relentless.
E-mail, instant messaging, blogs, wikis, and electronic commerce originally based on PC, combined with the increasing availability of next-generation wireless devices. Features include Internet browsing, video cameras and tape recorders. These initiatives drive data traffic across the network infrastructure.
The different types of data being transmitted at different speeds over the Internet require service providers and enterprises to invest in multi-service. broadband equipment is emerging that can safely and efficiently process and transport the various types of network traffic, whether it is voice traffic or traffic data. To achieve the performance and functionality required by these systems, original equipment manufacturers (OEM) use complex VA crosspoint switch to address both the cost and functionality of a system.
As a result the pace of new product introductions in response to changing market conditions in the telecommunications environment, there is a proliferation of standards. crossing switches are designed to accommodate the reduction of costs involved in implementing new systems. The difficulty design and production of integrated circuits has stimulated the market needed switches junction. A position has been developed for semiconductor companies. Team suppliers have increasingly outsourced IC design and semiconductor manufacturing companies with expertise.
These trends have created an important opportunity for providers of IC design that can be cost-effective solutions for processing and data transport. Equipment manufacturers require IC providers have the expertise at the system level and can quickly bring to market high-performance, highly reliable VA, efficient energy.
Demand bandwidth, high speed video and multimedia applications to create demand for cross point switches. The weakening global economy is a concern for providers participating in the market crosspoint switches. income above targets are being revised downwards. Some market segments such as security and video is expected to remain strong even in the global recession. Some market segments will be reduced from 2008 levels before picking up again. The car market appears to be particularly vulnerable. Carrier spending is likely that a cut during the economic downturn.
Many semiconductor companies have cut expected earnings prospects. Texas Instruments is an example of the effect of financial market beating. DALLAS (December 8, 2008) – In a scheduled update of its forecasts for the fourth quarter of 2008, Texas Instruments Incorporated (TI) (NYSE: TXN) today reduced its expected ranges for revenue and earnings per share (EPS). Today The company expects its financial results to fall within the following: * Revenue: $ 2.30 to 2.50 million, compared with the previous range from $ 2.83 to 3070000000.
December 18, 2008 – LSI Corporation (NYSE: LSI) business prospects for the fourth quarter ending income projects $ 570 to $ 610 million. Past business prospects, which was announced on October 22, 2008, revenue in the range of $ 670 million to $ 710 million. The new version LSI Outlook reflects expected sales levels are lower than expected due to the weakening global macroeconomic environment. LSI has already begun to take steps to reduce operating costs due to the uncertainty of continued demand and expects to maintain a tight control on expenditure for the foreseeable future.
Markets crosspoint switches in $ 554,000,000 in 2008 is expected to reach $ 2,980,000,000 in 2015, growing in response to declining unit costs and increased functionality integrated IC. Some applications are relatively recession proof, such as security and video applications, high speed. switches the crossing in a position to make people more productive in environments of safety, increase productivity with faster desktop access capabilities, increase storage and search times.
Report Methodology
This is the 398th report in a series of market research reports offered by forecasts in communications, telecommunications, Internet, computer, software and telephone equipment. The project leaders take direct responsibility writing and preparing each report. They have significant experience preparing industry studies. The forecasts are based on primary research and proprietary databases. Forecasts reflect analysis of market trends in the segment and related segments. Unit and dollar shipments are analyzed through consideration of dollar volume of each market participation in the segment. Market share analysis includes conversations with key customers of products, industry leaders in the segment, the marketing directors, distributors, leading market participants, and companies seeking to develop its share measurable market. Over 200 in-depth interviews are conducted for each report with a broad range of key participants and opinion leaders in the market segment.
Table of Contents:
Crossing switch ES-1 Executive Summary
Semiconductor integrated communications Demand ES-1
Contributions Switch cross market ES-6
National Semiconductor MuxBuffer ES-9
Switch Market Forecasts crossing ES-10
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1. Switch junction and market dynamics
Market Overview 1-1
Web 1.1 wi-master and Communications Technology 1-1
1-2 1.1.1 Optical Networks
1.1.2 Data and video traffic are added in abundance
Voice traffic 1-2
1.1.3 semiconductor design companies crossing switches 1-3
1-4 1.2 Storage Industry
1.3 Mixed analog integrated circuit market 1-6
1.3.1 Cross switching matrix input and output 1-6
1-9 1.3.2 Enterprise Networks
1.3.3 Last Mile Access Network telecommunications network 1-10
1.3.4 Metropolitan Area Networks 1-10
1.3.5 Internet 1-11
1.4 Security Systems 1-12
1.5 Cross Switch Architecture 1-14
Several steps in the cross 1.5.1 Switching Designs 1-16
1.6 Processing Signal 1-17
1.7 Product Positioning 1-18
Benefits 1-22 1.7.1 Switch Crossing
1.7.2 Limitations of cross 1-25
1.8 Crosspoint Switch Functions 1-26
Standards 1-26 1.8.1 Switch Crossing
1.8.2 Switch crossing 1-26 Leveling Technology
1.8.3 Channel Capacity-1-29 Insulation
1-29 1.8.4 Input Equalization
1.8.5 Conservation of Energy Technology 1910-1930
1.8.6 Built from the test system features 1-30
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2. Market crossing switch
Shares and market forecasts 2-1
2.1 The demand for integrated communications semiconductors 2-1
2.1.1 Switch junction IC Market participants 2-8
2.2 Crosspoint Switch Market Shares 2.9
Switch cross-bearer 2.2.1 Market share 12.2
2.2.2 NTSC or PAL composite video input
Cross Switch Market Shares 2.14
2.2.3 LVDS crossing Switch Market Shares 2.16
Mindspeed systems 2.2.4 multi-Gigabit switching 2-19
Intersil Crossing 2.2.5 Video Switch, clearer images
Greater flexibility 2-19
Intersil 2.2.6 Consistency with 32×16 Black Level
Video of the crossing 2-20
Maxim MAX4355 2.2.7 16×16 Nonblocking Video
Switch junction with I / O Buffers 2-20
2.2.8 LVDS Portfolio National 2-21
2.2.9 National Semiconductor AEC-Q100 Compliant
LVDS switches the crossing, drivers and receivers 2-22
02/02/1910 National Semiconductor LVDS Digital / LMC Crosspoints 2-23
National Semiconductor analog switch 2/2/1911 crossing
Video Solutions 2-24
2-24 Texas Instruments 02/02/1912
2.3 Market Forecasts 2-25 crossing switch
Auto Cross 2.3.1 Switch Market Forecasts 2-29
2.3.2 DWDM / CWDM Carrier Ethernet Crosspoint Switch
2-30 Market Forecasts
2.3.3 Video Switch Market Forecasts crossing 2-31
2.3.4 The breeding stock market forecasts Switch 2-33
Analog IC Market 2.4 2-34
2.4.1 Communications Industry 2-35
2-36 2.4.2 Carrier Networks
2.4.3 Next-generation SONET / SDH using
Enhanced Ethernet-over-SONET 2-37
2.4.4 exponential increases in data traffic 2-37
2-38 2.4.5 Business Networks
2.4.6 Trend Toward Converged Ethernet data center 2-40
2-40 2.4.7 Network Storage
2.4.8 Next Generation Networking 2-42 Integrated Circuits
2.4.9 Superior integration of multiple functions in
Chip in the same: switching, routing, CPU, memory 2-42
02/04/1910 Communications Industry 2-47
04/02/1911 The disparity between bandwidth in optical fiber
Core and bandwidth on subscriber location 2-48
02/04/1912 Demand for greater speed and more reliable
Communications Services 2-49
04/02/1913 Access Networks 2-49
Crosspoint 2.5 Pricing and Availability Change 2-50
2.6 switch market segments crossing 2-51 geographical
2.6.1 National Semiconductor sales Geographic 2-53
2.6.2 Analog Devices 2-54
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3. Junction switch 3-1 Product Description
3.1 crosspoint switches 3-1
3.1.1 3-1 Business Systems
3-2 3.1.2 Carrier Systems
3-2 3.2 National Semiconductor
National Semiconductor 1.5 3.2.1 DS10CP154A
Switch Gbps LVDS 4×4 crossover 3-3
3.2.2 National Semiconductor AEC-Q100
Compliant LVDS crossing switches, controllers, and the receivers 3-4
3.2.3 LVDS Portfolio National 3-7
3.2.4 National LVDS Portfolio Prices and availability 3-7
3-7 3.2.5 National Semiconductor LVDS
3.2.6 National Semiconductor Solutions Video System Support 3-10
3.2.7 National Semiconductor Automotive (Infotainment) 30-10
3.2.8 National Semiconductor Video Surveillance
3-11 Market analog switches junction
3.3 Analog Devices 3-12
3.3.1 Analog Devices ADV320 3-12
3.3.2 Analog Availability and Pricing Devices ADV3200 3.13
3.4 Switches 3-17 Mindspeed Crosspoint
Mindspeed 3.4.1 Products 3-17
Mindspeed Crossing 3.4.2 4×4 switches 3-18
Mindspeed Crossing 3.4.3 17×17 switches 3-20
Mindspeed Crossing 3.4.4 34×34 switches 3-21
3.4.5 Cross 72×72 switches Mindspeed 3-22
3.4.6 Cross 144×144 Mindspeed Switches 3-24
3.4.7 Mindspeed large junction switches
High-Definition Multimedia Interface Routing /
26.3 of the switching
3.4.8 Cross Mindspeed large switches 3-28
3.4.9 Mindspeed middle of the intersection size of products (17×17) 3.29
04/03/1910 Cross, non-blocking switches Mindspeed Switch Core 3-31
03/04/1911 Mindspeed ® Switch On cross USDE
Infinera DTN Optical System of 3-32
Mindspeed 03/04/1912 144×144 3.2 Gbps
Switch junction with programmable input
Equalization and output pre-emphasis 3-33
03/04/1913 Mindspeed 3-38 High Performance Analog Products
Vitesse 3.5 3-40
Vitesse PixEQ 3-41 3.5.1 Technology
Intersil 3.6 3-46
3.6.1 Cross clearer Intersil Video Switch
Photos and more flexibility 3-47
3.6.2 Footprint Compatible crossing Intersil family of switches 3-49
3.6.3 Intersil's Video Products 3-50
Intersil 3.6.4 Consistency with 32×16 Black Level
Video of the crossing 3-51
Intersil 3.6.5 8×8 Video from the crossing of high switching
3-55 Performance Video Systems
Intersil 3.6.6 cross 300MHz 32×32 Video Switch 3-58
3.6.7 Video Products Intersil 3-62
Maxim 3.7 3-64
3.7.1 Maxim MAX4357 32 x 16 highly integrated
Video Switch Matrix crossover 3-68
3.7.2 Maxim 16×16 non-blocking MAX4355
Video of the switch junction with I / O Buffers 3-71
Texas Instruments 3.8 3-73
3.8.1 IT SN65LVCP404 (4×4) Availability 3-76 and packaging
3-76 Apcon 3.9
SCSI Apcon 3-77 3.9.1 Switches
3.9.2 SCSI Bus Extenders Apcon 3-79
3.9.3 SCSI 6×4 cross Apcon Switch 3-83
3.9.4 Apcon switch between 6 servers and tape libraries April 3-84
3.10 3-85 AMCC
Switch LSI crossing LinkXpress 3.11 3-87
3-91 3.11.1 Fabric Switch LSI
3.11.2 LSI Modular LAN Switch Fabric ASIC / 3-92 SAN Switch
Fairchild Switch Crossing 3.12 3-93
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4. Technology 1 switch junction
4.1 backplane topologies for Architecture 1
4.1.1 Primary traffic patterns Environment 1 backplane
4.1.2 Architecture multi-point and point-to-point architectures 3
4.1.3 Cross Change device that has multiple ports that can be any port of entry connected to any output port 4
Switched Backplane 4.1.4 Point to Point 5
4.1.5 Star Topology 6
4.1.6 Out of band and band control switch 7
4.1.7 Mesh backplane 7
Item 4.1.8 about 8
4.1.9 Multi-Point Backplane 9
04/01/1910 Switching Architecture multi-point 11
4.2 LVDS Low Voltage Differential Signaling Standard 12
4.3 LVDS offered by a variety of vendors 17
National Semiconductor 4.3.1 BLVDS (Bus LVDS) – 17
4.3.2 BLVDS sent a broad market space 19
4.3.3 National Semiconductor GLVDS 20
4.4 video crosspoint Black Intersil offers 20-level accuracy
4.5 Communications adoption of broadband applications 21
4.5.1 T / E and SONET / SDH 24
4.5.2 Consumer / Industrial 26
4.6 Communications series 26
28 4.6.1 Power Management
4.6.2 Storage 29
30 4.7 Ideal Switch
4.7.1 Switch with queues virtual output side 32 Ingress
4.7.2 Shared Memory Switch with 34 switching
4.7.3 Buffered crossbar switch architecture 35
4.8 Develop 10 Gbit / s Ethernet 38
4.8.1 Cisco Operations Control Plan 39
4.8.2 39 Cisco 10 Gigabit Ethernet
4.8.3 Cisco two-port 10-Gbit / s 40 Solutions
41 4.8.4 Cisco Metro Ethernet Services
Mitel Analog Switch Matrix 4.8.5 Functional Description 42
43 4.8.6 Address Decode
43 4.8.7 Foundry Networks
44 4.8.8 Business Applications
4.9 Programming, Quality of Service (QoS), and arbitration 46
46 4.9.1 Programming
4.9.2 Arbitration 47
4.9.3 Quality of Service (QoS) 47
Mark 48 4.9.4
Redundancy 49 4.10
Passive redundancy 4.10.1 (1:1, N: 1) 50
4.10.2 load sharing redundancy (N +1, N-1 N + N) 51
4.10.3 active redundancy (1 1) 51
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5. Switch Company Profiles crossing a
5.1 Analog Devices 5-1
5.1.1 Analog Devices Revenue 5-3
5.1.2 Analog Devices Revenue by segment 5-4 Market
Analog Devices 5.1.3 Positioning 5-6
5.1.4 Analog Devices Revenue Category 5-7
5.1.5 Analog Devices income trends by geographical region 5-8
Analog Devices 5.1.6 Description of Business 5-9
5.2 Apcon 5-9
Apcon 5-10 5.2.1 Markets
5.3 Applied Micro Circuits 5-12
5.3.1 Strategy 5-12 AMCC
5.3.2 AMCC Storage 5-14
Applied Micro Circuits 5.3.3 Income 5-14
5.3.4 AMCC worldwide leader in networking and
Embedded Power Architecture 5-15
5.4 Conexant 5-17
Conexant 5.4.1 Strategy 5-18
5.4.2 Conexant Market Focused Product Lines 5-21
Conexant 5.4.3 Imaging Products and Media PC 5-22
Conexant 5-23 5.4.4 Net Income
Exar 5.5 5-24
Exar 5.5.1 analog designs mixed-signal 5-24
Exar 5.5.2 Strategy 5-25
EXAR 5.5.3 Revenue 5-27
EXAR 5.5.4 Sales revenue by 27.5 Geography
EXAR 5.5.5 Fiscal Year 2008 compared to fiscal 2007 05/28
Fairchild Semiconductor 5.6 5-29
Intersil 5.7 5-30
Intersil 5.7.1 Third Quarter 2008 Revenue 5-33
LSI 5.8 5-34
5.9 Maxim 5-36
5.9.1 Income 5-36 Maxim Integrated Products
5.9.2 Maxim Integrated Products 5-38 regional income
Micrel 5.10 5-40
Micrel 5.10.1 revenue for the third quarter of 2008 50-40
Mindspeed 5.11 5-41
5.11.1 Mindspeed 5-43 Signal Conditioning Products
5.11.2 Mindspeed Pricing and Availability Technologies 5-45
5.11.3 Mindspeed (R) in fiscal 2008 revenues for the fourth quarter of 5-45
5.11.4 Mindspeed Strategy 5-48
Customers 5-51 5.11.5 Mindspeed
5.11.6 Mindspeed capitalized on the breadth of
5-51 Integrated Product Portfolio
National Semiconductor 5.12 5-53
5.12.1 National Semiconductor Corporate Organization 5-54
National Semiconductor Strategy 5-54 5.12.2
5.12.3 The National Network semiconductor sales in fiscal 2008 5-56
5.12.4 National Semiconductor sales Geographic 5-58
5.12.5 National Semiconductor 5-59 Power Management Group
5.12.6 National Semiconductor Group signal path 5-61
5.12.7 National Semiconductor Marketing and Sales 5-62
Texas Instruments 5.13 5-65
5.13.1 Texas Instruments Semiconductor 5-65
5.13.2 Texas Instruments analog 5-67
5.13.3 Texas Instruments processing integrated 5-68
5.13.4 Texas Instruments Wireless 5-69
5.13.5 Texas Instruments DLP and Other 5-70
5.13.6 Texas Instruments Semiconductor Revenue 5-70
Transwitch 5.14 / Centillium Communications 5-71
Centillium Communications 5-71 5.14.1
5.14.2 Transwitch third quarter 2008 Revenue 5-72
Transwitch 5.14.3 Next Generation Telecom Products 5-73
Transwitch 5.14.4 Customers who accounted for
More 10% of net income 5-74
Transwitch 5.14.5 Summary of net revenue by product
Family For large customer sales 5-75
5.14.6 Revenue by Geographic Area Transwitch 5-76
Vitesse 5.15 5-77
5.15.1 Vitesse's end user customers 5-77
5.15.2 Vitesse Markets 5-78
5.15.3 Vitesse Ethernet transceivers, switches, and MAC 5-80
Revenue 5-82 5.15.4 Vitesse
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Table ES-1 ES-3
Significant advances in semiconductor technology
Table ES-1 (Continued) ES-4
Important advances in semiconductor technology
Table ES-2 ES-5
Cross switch market driving forces
Figure ES-3 ES-7
Communications infrastructure worldwide
Crosspoint Switch Shipments Market Shares, 2008
Figure ES-4 ES-12
Worldwide sales of crossover Switch
Market Forecasts, 2009-2015
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Table 1, 1 to 7 January
Cross switching applications
Table 01.02 1.18
Highly integrated chip solutions
Table 03.01 1.19
Switch junction positioning products
Table 1-4 10-20
Crossing target market change
Table 05.01 1.21
Cross switching applications
Table 01.06 1.23
Switch junction Benefits
Table 07.01 1.24
Key switch Crosspoint Architecture Advantages
Table 01.08 1.27
Switch Functions crossing
Table 1-9 1-32
Switch Features intersection tests
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Table 2-1 2-3
Important advances in semiconductor technology
Table 2-1 (Continued) 2-4
Significant advances in semiconductor technology
Table 2-2 2-5
Cross switch market driving forces
Table 2-3 2-6
Crossing switch market positioning
Figure 2-4 20-10
Communications infrastructure worldwide
Crosspoint Switch Shipments Market Shares, 2008
Figure 2.5 2.11
Communications infrastructure worldwide
Crosspoint Switch Shipments Market Shares, 2008
Figure 6.2 2.13
Communications infrastructure worldwide
Crosspoint Switch Shipments Market Shares, 2008
Figure 07.02 2.14
Infrastructure communications worldwide
Crosspoint Switch Shipments Market Shares, 2008
Figure 08.02 2.15
Worldwide NTSC or PAL inputs Composite video
Crosspoint Switch Shipments Market Shares, 2008
Figure 02.09 2.16
Worldwide NTSC or PAL inputs Composite video
Crosspoint Switch Shipments Market Shares, 2008
Figure 2-10 2-17
Worldwide LVDS / CML circuit shipments crossing
2008 Market Shares
Figure 2.11 02.18
Worldwide LVDS / CML shipments crossing switch
Fees market, 2008
Figure 12.2 2.26
Global Crossing Switch Market Shipments
Forecasts, 2009-2015
Figure 02/13 02/27
Worldwide sales of crossover Switch, Automotive,
Security DWDM / CWDM, and market forecasts video
2009-2015
Figure 2.14 02.29
Worldwide Automotive shipments crossing switch
Market Forecasts, 2009-2015
Figure 2-15 20-30
Worldwide DWDM / CWDM Carrier Ethernet
Shipments Crosspoint Switch market forecasts, 2009-2015
Figure 2-16 2-32
A Video worldwide shipments crossing switch
Market Forecasts, 2009-2015
Figure 2-17 2-33
Shipments crossing points Worldwide Safety Switch
Market Forecasts, 2009-2015
2-43 Table 2.18
Major Trends in network capacity
Table 2-18 (continued) 2-44
Higher network capacity Trends
Table 2-19 2-45
Switch main market segments crossing to Market
Table 2.19 (Continued) 2-46
Major crossing points switch to Market Market Segments
Table 2-20 2-47
Applications that support the rapid growth of Internet
Table 2-20 (Continued) 2-48
Applications that support growth Fast Internet
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Table 3-1 3-5
National Semiconductor Switch junction Products
Table 3-1 (Continued) 3.6
Switch cross National Semiconductor Products
Table 03.02 3.14
Analog Devices AD8151: 3.2 Gbps, 33 x 17 Digital crossover switch Features
Table 3-2 (Continued) 03.15
Analog Devices AD8151: 3.2 Gbps, Features 33 x 17 digital switch crosspoint
Figure 03.03 3.16
Analog Switch Array Devices Large cross
Table 03.04 3.19
Mindspeed Cross 4×4 Switches
Table 3-5 30-20
Mindspeed Crossing 17×17 switches
Table 06.03 3.21
Mindspeed Crossing 34×34 switches
3.23 Table 3.7
Mindspeed Crossing 72×72 switches
Table 08.03 3.25
144×144 Mindspeed Crossing Switches
Figure 30-30 3-9
Mindspeed double cross-Channel switch TDMS
Figure 3-10 3-35
Mindspeed switch junction Features
Figure 3-11 3-36
Mindspeed Crossing Switches
Figure 3-12 3-38
Mindspeed Functional Block Diagram
Table 3-13 3-39
Mindspeed Transmission Products Features
Table 3-14 3-41
Vitesse PixEQ Data Technology Supported Protocols
Figure 3-15 3-42
Vitesse switch Equalization crossing into and out of control
Table 3-16 3-43
Main Switch Vitesse crosspoints
Table 3-17 3-44
Vitesse crossing Switch Products
Table 3-17 (continued) 3-45
Switch junction Vitesse Products
Table 3-18 3-49
Intersil crossing Main Switch Track Compatible
Table 3-19 30-50
Intersil crossing switch Footprint compatible
Target Applications
Table 3-20 3-52
Intersil Level Consistency with 32×16 Black
Video Features crossing
3-53 Table 3.21
Intersil Black 32×16 level consistent with
Applications Video Crosspoint
Figure 3-22 3-54
Without memory Intersil intermediate crossing Prices Switch
Figure 3-23 3-55
Intersil Prices crossing Buffered Switch
Table 3-24 3-57
Intersil Video of the crossing 8×8 High Performance Switch
Video Features
Table 3-25 3-59
Intersil crossing 32×32 Video Switch Features main
Table 3-26 3-61
Switch Features Intersil crossing points
3-66 Table 3.27
Maxim MAX4357 Cross Switch Features
32 x 16 Nonblocking Video Switch crossing with I / O Buffers
Figure 3-28 3-67
Application Switch crossing Maxim Video
Table 3-29 3-69
Maxim MAX4357 Features
Table 30-30 30-70
Maximum MAX4357 Applications
Table 3-31 3-71
Maxim MAX4355 16×16 Nonblocking Video
Key Features crossings Switch
Figure 3-32 3-73
16×16 Maxim Video Switch junction
Figure 3-33 3-73
Texas Instruments four by four and two-for-
Two crossing switches
Table 3-34 3-74
Texas Instruments four by four and two-for-
Two key advantages crossing switch
Table 3-34 (continued) 3-75
Texas Instruments four by four and two in
Crosspoint Switch Benefits
Figure 3-35 3-77
Apcon SCSI SCSI Switches Switch 2×1
Table 3-36 3-78
Features Apcon crossing 2×1 SCSI switch
Figure 3-37 3-79
Apcon crossing SCSI switch SCSI Switches2×1
Figure 3-38 30-80
Apcon Switches2×1 SCSI SCSI switch configuration crossing
Figure 3-39 3-81
Apcon 6×4 SCSI Switch
Table 3-82 3-40
Apcon 6×4 SCSI Switch Features
Table 3-41 3-84
Apcon 6×4 SCSI Switch Features
Figure 3-42 3-86
End of life differences AMCC Crossconnect Switch
Figure 3-43 3-86
AMCC SONET / SDH / FC / GE / XAUI 3.2Gbit / s
Differential Switch 17×17 crossing the end of life
Table 3-44 3-88
LSI crossing LinkXpress Switch Features
Table 3-45 3-89
LinkXpress crossing switch LSI Benefits
Figure 3-46 3-92
LSI 6.4 G / Sec transmit the signal backplane
Figure 3-47 3-94
Fairchild Switch Block Diagram crossing matrix
Figure 3-48 3-95
Fairchild Switch Matrix crossover video driver
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Table 4-1 4-2
Primary Traffic Patterns A Backplane Environment
Table 4-2 4-2
The primary variables of traffic in a backplane environment tinks
Table 4-3 4-6
Star topology
Table 4-4 4-8
Mesh topology
Table 4-5 4-10
Multipoint topology
Table 04.06 4.12
Signaling LVDS Low Voltage Differential Standard Benefits
4.13 Table 4.7
Common types of bus configurations
Figure 08.04 4.14
Change the settings buses crossing points
Figure 04.09 4.15
Change the settings Multidrop bus crossing points
Figure 4-10 4-16
Switch Node crossing points Multidrop bus Settings
Table 4.11 4.17
Address bus configurations Comparison Chart Standard
Figure 4.12 04/23
Types of Communications ICs used in computer networks
Figure 4.13 04.31
Switch Architecture
Figure 4-14 4-33
Switch with virtual output queues on the side Ingress
Figure 4-15 4-34
Memory shared switching
Figure 4-16 4-36
Buffered crossbar switch architecture
Figure 4-17 4-37
Refereed Crossbar switching crossing
Table 4-18 4-45
Business Requirements for new interconnection Environment
Table 4-19 4-47
Switch Fabric Scheduling Algorithms
Table 40-20 40-50
Redundancy Switch Chipset
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Table 5-1 5-2
Within ICs Analog Devices products
Embedded Signal Processing
Table 05.02 5.11
Apcon Technology Solutions Support
Table 05.03 5.19
Conexant Strategies
Table 5-4 50-20
Conexant product positioning
Table 05.05 5.21
Conexant core competencies
Figure 06.05 5.31
Intersil products
Table 5-7 5-32
Intersil products
Figure 5-8 5-34
Intersil historical revenue growth
Table 5-9 5-42
Mindspeed Technologies semiconductor networking solutions
Table 5-10 5-43
Mindspeed Technologies Semiconductor Families Product Key
Table 5-11 5-49
Mindspeed Strategy for the development of semiconductor
Device Architectures
Table 5-53 5-12
Mindspeed main competitiveness factors semiconductor
Table 5-13 5-55
National Semiconductor Focus
Table 50-60 5-14
National Semiconductor Power Management Positioning
Table 5-15 5-62
National Semiconductor Signal Path positioning
Table 5-16 5-63
National Semiconductor major OEMs
Table 5-17 5-64
National Semiconductor Distributors:
Table 5-18 5-66
Texas Instruments Semiconductor Positioning
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