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The MWINSTM BR2100 Series (MWINS) is a wireless LAN access point for Voice over Wireless LAN (VoWLAN). This series ensures high voice quality and security without any need for a controller, thus enabling the establishment of wireless LAN environments integrating voice and data at low cost even in small-size offices.
The series best suits customers whose work style emphasizes mobility and includes the establishment of a Mobile Centrex system using mobile IP handsets such as the FOMA® Wireless LAN Dual Network Handsets.
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Make easy to use Bluetooth® wireless connectivity a reality with Broadcom's Bluetooth-based RF silicon and software solutions. Broadcom's Blutonium® RF silicon offer customers significant cost, performance and integration advantages. Broadcom's Widcomm® software offers customers the most proven, easy porting, broad application support and the most proven Bluetooth stack available. Broadcom makes it easy and cost effective to integrate Bluetooth capabilities into mobile handsets, wireless headsets, personal computers, computer mouse and keyboard devices, PDAs, game controllers, automobile and industrial equipment.
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Features
* Improved rejection for Bluetooth/GPS operation
* Usable bandwidth of 25 MHz (each band)
* No matching required for operation at 50O
* Hermetic Ceramic Surface Mount Package (SMP)
* High Tx-Rx isolation
* RoHS compliant (2002/95/EC), Pb-free
Typical Applications
* For CDMA and WCDMA applications
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The ASIC EC1 - EC stands for Embedded Communication - is a multi-functional communication system devised specially for industrial applications in the automation and embedded region. It offers Interfaces to the worldwide leading Fieldbuses, CANopen, DeviceNet, PROFIBUS and Ethernet.
EmbeddedComm combines a high capacity processor and an On-Chip storage with 10/100 MBit Ethernet, PROFIBUS Interface, two CAN channels and two serial Interfaces, so that data transmission from any desired application to the Internet is made possible.
The processor used is an Intel-compatible Turbo 80186 processor with 48 MHz and a capacity of more than 12 MIPS. Besides a DMA, Interrupt Controller, Timer and Watchdog, there is 256 KByte static RAM on Chip, so that only few external components are needed. The Firmware can be loaded via the SPI Interface from a serial EEPROM.
As a stand-alone Controller, the EC1 possesses 32 programmable I/Os or, alternatively can simple be coupled to a Host system via the integrated 8 kByte Dual-port memory.
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General description :
Intersil is an industry leader in the technologies necessary to meet the growing demands of the video, data, and voice communications markets. In addition to Intersil's DSL line drivers and receivers, the recent acquisition of BitBlitz has brought world-class high speed communications capabilities that complement our 20 years' experience in telephony and Voice Over IP.
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Hot-swap devices prevent failures by managing the inrush current during live insertion and removal of line cards in rack-mounted equipment. Maxim's hot-swap solutions are compact and provide high reliability and ease of design.
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Since the introduction of its first circuit switch product over 10 years ago, Vitesse has led development of high-speed serial interconnect to create the most diverse offering of robust and reliable products in the industry. With its unsurpassed equalization technology and proven signal integrity [link to Signal Integrity tech section Signal Integrity] experience, Vitesse continues to advance state-of-the-art technology, and enable its customers to commercialize leading-edge products.
Vitesse offers several IC solutions for systems designers to boost signal performance and increase signal timing and eye margins in challenging designs that operate at speeds from 155 Mbps up to 11 Gbps across all forms of lossy transmission media.
Vitesse's backplane products can be seamlessly interfaced with many other Vitesse products to form complete line card solutions.
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Analog Devices' X-stream%u2122 family of digital switches includes high speed crosspoint and 2:1 Mux/DeMux switches. Analog Devices crosspoint and 2:1 Mux/DeMux switches are ideal for WDM, enterprise and metro networking systems commonly employed by Internet service providers, data centers, telecom central offices, and storage area networks. These crosspoint switches are also suited for broadcast video applications.
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Audio manufacturers can now easily incorporate the de facto industry standard digital audio networking technology into their product designs. CobraNet® technology from Cirrus Logic is available in the new CS1810xx Silicon Series, featuring three highly integrated ICs that provide 2, 8 or 16 simultaneous channels of audio input and output at either 48 kHz or 96 kHz sample rates. The Silicon Series includes the key CobraNet circuitry needed to integrate high-quality, cost-effective audio networking capability into a wide range of products.
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Broadcom develops a broad range of digital subscriber line (DSL) silicon and software solutions for both central office (CO) and customer premises equipment (CPE) applications. These advanced DSL semiconductor solutions, which include xDSL modem chips, xDSL CPE chips, xDSL CO chips and other DSL modem solutions, enable local exchange carriers to deliver to end users bundled broadband services such as high-speed Internet access, digital telephony, video teleconferencing, digital broadcast video and IP data business services, over existing copper telephone lines.
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Pasternack manufactures a wide selection of Ferrite Isolators & Circulators. Pasternack's ferrite circulators and isolators are widely used in communications, navigation, and radar systems with operational frequencies from 1- 26.5 GHz.
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iCoupler® isolators eliminate optocoupler limitations. Combining high-speed CMOS with chip-scale micro transformers (learn more), this family of isolation products provides substantial improvements in terms of cost, size, performance, power, reliability and ease-of-use. iCoupler products are offered in a wide range of performance, channel configuration, and price levels to fit almost any application.
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Today, extensive communication possibilities are a basic requirement for any automation solution. Ethernet is easily experiencing the strongest growth in this sector. CAN bus systems are also experiencing significant gains.
Flexible communication and networking are a fundamental part of B&R products. Most CPUs are already equipped with an integrated 10/100 Mbps Ethernet interface.
Communication must adapt to meet the requirements of the application. That is why there is a wide product range of interface modules. They can be used with all x86-based CPUs from the 2003 and 2005 systems as well as with the Power Panel 200 series. The modules are based on the B&R aPCI standard. Plug-in cards are available in the PCI format for B&R Industrial PCs.
aPCI modules (advanced PCI) are based on the PCI bus standard. The form factor and boot behavior have been optimized for usage in automation devices.
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Intel offers a complete line of industry-leading single and multi-port Gigabit and Fast Ethernet controllers with integrated MAC and PHY, providing high performance, low power consumption, and a smaller footprint. Offering 1Gbps or 100Mbps network connections, PCI Express (PCIe), PCI, PCI-X, SPI4-2 or LCI bus interfaces, 16, 32 or 64 bit architecture, Intel produces Ethernet controllers that enable faster, smaller, simpler designs.
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Building on its expertise as the world leader in circuit switch technology, Vitesse continues to demonstrate its focused commitment to Gigabit Ethernet (GbE) by offering the broadest range of GbE devices optimized for today's key applications.
Vitesse's Ethernet switch products, integrated copper PHYs, and Media Access Controllers (MACs) provide high-performance, fully-integrated, cost-optimized GbE and 10 GbE system solutions for replacement of existing 10/100 network.
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Description
Corning fibre optic termination products range from field-installable to fan-out kits. Field-installable UniCam® connectors provide a highquality alternative to epoxy and polish connectors. They provide simple, quick and reliable connector installation on site. Fibre stubs are pre-installed in the ferrules of the UniCam connectors at the factory, thus eliminating the critical epoxy and olish operations in the field. This approach also allows the necessary high quality, controlled end-face processing to be performed as part of the production process in the factory, thus educing field technician influence to a minimum. On site, the stripped and cleaved field fibres are inserted into the UniCam connectors and retained. A mechanical splice inside the connector establishes the low-loss connection between the field fibre and the preinstalled fibre inside the connector. UniCam® Pretium™ -Performance Connectors (SC, ST, LC) offer best-in-class optical performance in a no-epoxy/nopolish (NENP) connector. UniCam Pretium-Performance Multimode Connectors have a 0.1 dB typical insertion loss, and UniCam Pretium-Performance inglemode Connectors offer 0.2 dB typical insertion loss.
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Part: IRS2117PBF
Description: Single High Side Driver, Noninverting Input in a 8-pin DIP package
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According to the trend to develop more advanced and compact systems, Epson's interface IC product families enable highly integrated, high-speed and low power data transfer.
In the Interface IC product family you will find a broad line-up of controllers to support data communication within the USB, IEEE1394, TCP/IP and Bluetooth standards.
The S1R77000 series contributes to space and overall cost savings by including a built-in timing generator for the image sensor. In addition, the S1R77013 includes a spectrum spread function, and the S1R77021 and S1R77081 include built-in RSDS(TM) interfaces that are effective in reducing electromagnetic interference.
The S1R77000 series contributes to space and overall cost savings by including a built-in timing generator for the image sensor. In addition, the S1R77013 includes a spectrum spread function, and the S1R77021 and S1R77081 include built-in RSDS(TM) interfaces that are effective in reducing electromagnetic interference.
The S1R77000 series contributes to space and overall cost savings by including a built-in timing generator for the image sensor. In addition, the S1R77013 includes a spectrum spread function, and the S1R77021 and S1R77081 include built-in RSDS(TM) interfaces that are effective in reducing electromagnetic interference.
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Interface IC solutions ranging from CAN, LVDS, RS-485, RS-232 industry standards to 1394 (Firewire), USB, PCI Cardbus and more.
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Cypress offers the most flexible SONET framers in the industry. The POSIC2GVC(TM) OC-48/STM-16 framer is a pioneering product in the market that provides virtual concatenation in compilance with ITU standard draft G.707/Y.1322 (April 14, 2000). This enables efficient bandwidth utilization and dynamic bandwidth allocation.
Furthermore, embedded packet pre-classification functions allow: Increased packet processing ; Quality of service ; Queue management performance.
The generic framing procedure (GFP) used by POSIC(TM) allows it to support many important framing protocols including: High-definition television (HDT) ; IPT ; DOS.
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The NAND Flash market has grown rapidly due to increased capacity, new companies entering the market, and strong price reductions.
This results in NAND Flash replacing NOR Flash and small HDD for certain applications. For example - Detect block management and/or
error control in industrial and embedded system applications requiring high reliability.
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Neuron(R) Chips are sophisticated, very large-scale integration (VLSI) devices that make it possible to implement low-cost control networking applications. They provide all the key functions necessary to intelligently process inputs from sensors and control actuator devices, and propagate control information across a variety of networking media such as twisted-pair cables, power lines, and fiber optics. Neuron Chips provide support for all layers of the LonTalk(R) control networking protocol, an open industry standard approved by the American National Standards Institute as ANSI/EIA 709.1-A-1999.
Control networks using Neuron Chips are used in a wide variety of applications in building automation, industrial control, transportation systems, and so on. These applications include : Heating, ventilating, and air-conditioning (HVAC) ; Lighting control ; Access control ; Fire and security monitoring ; Machine control ; Food industry applications ; Electrical metering and utility automation ; Home automation, domestic appliances ; Scientific and medical instrumentation ; Semiconductor processing ; Fuel monitoring and distribution ; Aircraft flight control ; Train braking and signage ; Entertainment applications.
Cypress offers a line of high-performance, low-cost communications and control processors that are compatible with legacy designs and provide double the maximum clock rate of earlier products and expanded internal memory configuration options.
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Toshiba's LON product line is a family of Neuron ICs, which are based on LonWorks technology developed by Echelon® Corporation.
Local Operating Network (LON) is an intelligent control network that facilitates communication between a group of devices that sense, monitor, communicate and control. LON networks are being used today in various market segments including building automation, industrial automation, power/utility automation, and transportation. Common applications include HVAC systems, lighting systems, alarms and security devices, medical safety equipment, power metering, load management, and more.
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Jennic's IEEE802.15.4 evaluation kit provides a complete environment for the rapid development of wireless sensor network applications based on the JN5139 wireless microcontroller. All the hardware and software required for product development is included, with five network nodes, an unrestricted software development kit, test environment and support applications. Multiple wireless networks including point-to-point, star, and mesh types can be supported.
A demonstrator of a home automation system is included that monitors data from remote sensors and displays the results onto the controller's LCD display, while commands sent between the nodes activate control signals. This is provided as an example to be directly used as the basis for many product developments.
The test environment supplied includes Daintree Networks' Sensor Network Analyser that demonstrates advanced wireless sensor network data capture and monitoring. A basic packet sniffer and network test application also aids program development.
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Whether you need remote control of a few motorised valves, or full automation of a complex plant, Pakscan can help you to achieve significant savings in both time and costs.
Pakscan allows the remote control of actuators and valves over a simple single twisted pair data highway, removing
the need for heavy multicore cables. It also includes automatic inbuilt redundancy of the field network to
ensure control will be maintained even in the event of equipment or cable failure.
Available as a single or hot standby master station variant, Pakscan has the ability to control up to 240 actuators, and other field devices, using secure field communications. The field data highway cable may be up to 20 km in length so even quite distant valves can easily be incorporated into the network, without the need for repeaters.
Simple to install and simple to use, the highly successful Pakscan system has proved its value on many varied sites with over 70,000 Pakscan actuators installed worldwide.
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The MCP2502X/5X devices operate as I/O expanders for a Controller Area Network (CAN) system, supporting CAN V2.0B active, with bus rates up to 1 Mb/s. Contains up to 8 digital I/O and up to 2 PWM ouputs configurable by the user. The MCP2502X/5X allows a simple CAN node to be implemented without the need for a microcontroller.
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The CMX850 combines a dual-port V.22bis modem with an 8051 microcontroller including 8k of RAM to form a powerful communications processor. Extended addressing offers page-mode access to 4Mbytes of external FLASH memory. The 8051 runs from the ~12MHz oscillator with a choice of sub-multiple frequencies down to ~12kHz giving a range of low power operating modes.
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Intel provides an extended family of network and communications processors that meet the increasing processing demands created by faster line speeds, the deeper packet inspection requirements of content-based services and the need to support multiple protocols and evolving industry standards.
Built on a high-performance fully programmable architecture, Intel network processors offer the speed, flexibility, and ease-of-use/reuse you need to accelerate time-to-market, extend time-in-market, and to enable a broad range of services from the customer premises to the core of the network.
Intel® IXP2XXX: Versatile, high-performance, and scalable network processors designed for network access, edge, and core applications from T1/E1 to OC-192 GbE.
Intel® IXP4XX: Network processors optimized for home, small-to-medium enterprise, and networked embedded applications.
Intel® IXP12XX: Flexible wire-speed processing for OC-3 to OC-12 multiservice network applications.
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Vitesse offers a complete portfolio of products to address a variety of transport processing requirements, including:
Vitesse's SONET/SDH framers, Virtual Concatenation mappers, and pointer processors provide connectivity to Vitesse's synchronous TDM switching fabrics, NPUs and packet/cell fabrics through POS-PHY interfaces or to Ethernet MACs for full-featured Ethernet-over-SONET solutions.
Vitesse's upper layer processing devices include flexible, high-performance NPUs and low-power, comprehensive Traffic Management packet processing devices. These devices integrate easily into a wide range of intelligent enterprise and edge network products.
Forward Error Correction (FEC) devices from Vitesse can extend link distances at data rates from 155 Mbps to 10.7 Gbps using sophisticated standard based or proprietary based encoding algorithms.
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Peripheral line-drivers, Bus controllers, Network controllers
