| Arches: Dual 460GT AMC Reference Design Kit |
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The AMCC Arches reference design kit provides users with a solution which allows for quicker time to market and thus a quicker time to revenue. The Arches AMC card, incorporating the industry-standard Linux operating system and U-Boot firmware, is a comprehensive
reference design kit specifically for AdvancedTCA and MicroTCA systems.
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| Makalu: 405EX Wireless-N Enterprise Access Point Reference Design |
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AMCC’s PowerPC 405EX reference design kit provides customers with an enterprise wireless-N Access Point solution. The production ready software and the “Makalu” network appliance hardware reference design platform enable quick, low-risk development of Access point products, offering significant cost and performance advantages when compared to competing solutions. [more] |
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| MPC8349EMITXE : MPC8349E-mITXE Reference Platform |
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The MPC8349E-mITXE reference platform demonstrates the capabilities of Freescale´s PowerPC MPC8349E processor. This platform is the ideal platform for hardware and software development. In addition to the highly integrated MPC8349E processor, the reference platform leverages external components to support these additional features [more] |
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| MPC8349e-MITX-GP Industrial Reference Platform |
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The MPC8349e-MITX-GP Industrial Evaluation platform not only demonstrates the capabilities of Freescale´s MPC8349E processor but is an ideal solution for evaluating Freescale´s Power™ Architecture Processors and software development around Power™ Architecture. This evaluation platform is specifically for customers who are NOT familiar with Power Architecture, to gain hands on experience. [more] |
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| i.MX27 IP Camera Reference Design |
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Design engineers seeking a development platform for a high-performing, low-power and cost-sensitive H.264 IP network camera need look no further than Freescale Semiconductor. The i.MX27 IP Camera Reference Design provides the hardware engine and robust software applications to enable an OEM to quickly add their differentiating IP or go straight to manufacture. [more] |
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| MPC8323E Integrated Multiservice Gateway Reference Design |
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Next-generation residential gateway products will be challenged to maintain bridging/routing throughput speeds as WAN interfaces (GPON, VDSL2) distribute more packets per second. The products that survive will deliver this level of performance and the flexibility to support multiple LAN interfaces (802.11n, HPNA 3.1, MoCa, HomePlug AV UPA). In addition to performance, these products must also bring the right balance of consumer required features and ease of use, while supplying the service providers with a cost-effective platform that enables future services via remotely managed upgrades. [more] |
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| MPC8360E-RDK: Industrial Development Platform |
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The Internet has changed the way we live, communicate and run our businesses. This enhanced connectivity is revolutionizing how embedded industrial machines autonomously exchange information via simple, low-cost, commercial off-the-shelf (COTS) equipment running standard protocols to operate with increased capacity, better management and greater efficiency. [more] |
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| MPC8572E-AMC AdvancedMC Reference Design |
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The MPC8572E-based AMC design example featured here is a host processor blade aimed at compute-intensive data plane applications such as those within MGW, AGW, SGSN, GGSN and RNC applications. The high-performance MPC8572E with dual e500 cores can be targeted at a range of processing from radio link control (RLC) within an RNC, to forwarding units within a SGSN. Add to this multiple Gigabit Ethernet ports and a choice of high-speed SerDes interfaces, the MPC8752 is a highly scalable and powerful dual-core processor that can be deployed throughout core network infrastructure equipment. [more] |
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| Enterprise IEEE 802.11N Access Point/Wireless Router |
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The MPC8377EWLAN access point/router is a complete production-ready, Bill of Materials (BOM)-optimized reference design solution capable of supporting wireless data rates up to 600 Mbps is ideally suited to maximize performance while still meeting the required power and cost budgets required by this application. [more] |
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| Stellaris® Serial-to-Ethernet Reference Design Kit |
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The Luminary Micro Stellaris® Serial-to-Ethernet Reference Design Kit (RDK-S2E) offers a complete, open-tool, and ready-to-implement solution designed to add web connectivity to any serial device. Included in the RDK-S2E is the tiny-footprint Luminary Micro Stellaris® Serial-to-Ethernet Module (MDL-S2E). [more] |
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| Stellaris® Stepper Motor Reference Design Kit |
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The Luminary Micro Stellaris Stepper Motor Control Reference Design Kit (Stepper RDK) contains all the necessary hardware and software for you to design, develop, and integrate your stepper motor applications. [more] |
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| Stellaris AC Induction Motor Reference Design Kit |
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The Luminary Micro Stellaris AC Induction Motor Reference Design Kit (ACIM RDK) contains all the necessary hardware and software to design, develop, and integrate AC induction motor applications. The [more] |
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| Stellaris® Brushless DC (BLDC) Motor Reference Design Kit |
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The Luminary Micro Stellaris Brushless DC (BLDC) Motor Control Reference Design Kit (RDK-BLDC) with Ethernet and CAN contains all the necessary hardware and software for you to design, develop, and integrate your BLDC motor applications. [more] |
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| Stellaris® Intelligent Display Module (IDM) with Ethernet |
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The compact Luminary Micro Stellaris® Intelligent Display Module (MDL-IDM) offers a complete graphical touch-screen user interface solution for control, automation, and instrumentation applications. Featuring Power-over-Ethernet (PoE), the Stellaris® IDM offers a simple method to produce intelligent terminals that can be simultaneously powered and network-connected by a single CAT5 Ethernet cable. [more] |
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| DTMF Decoder Reference Design |
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Using the 25 MIPS CPU and on-chip ADC, the C8051F300 can perform DTMF tone generation and decoding. The combination of high performance and small size (3x3 mm) makes the C8051F300 an ideal choice for applications requiring DTMF decoding or other CPU intensive tasks. [more] |
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| Embedded Ethernet Development Kit |
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The Embedded Ethernet Development Kit provides all of the hardware and software necessary to develop real-world embedded Ethernet applications using Silicon Laboratories´ CP220x Ethernet Controller and high-performance microcontrollers, and the industry-proven CMX-MicroNet protocol stack. [more] |
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| Digital Compass Reference Design |
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The Digital Compass Reference Design is a practical demonstration of Silicon Laboratories´ Direct Sensor Interface Technology (DSiT™). [more] |
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| USB FM Radio Reference Design |
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The USB FM Radio Reference Design is a unique example of Silicon Laboratories´ mixed-signal leadership. This reference design combines a high-performance USB enabled microcontroller (C8051F321) and the revolutionary single-chip FM Radio Tuner (Si4701). [more] |
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| Embedded Modem Development Kit |
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The Embedded Modem Development Kit provides all of the hardware and software to create an embedded modem solution. [more] |
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| PoE with Voice Transmission Reference Design |
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The reference design kit includes a PoE-VOICE-EB reference design board which contains an IEEE 802.3af compliant Power over Ethernet (PoE) circuit, 8 kHz voice/speech sampling system and an IEEE 802.3 embedded Ethernet connection. [more] |
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| Sensorless BLDC Motor Reference Design |
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The Sensorless BLDC Motor Reference Design illustrates how to use the 5x5 mm C8051F310 microcontroller for high performance sensorless BLDC motor applications. [more] |
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| Stepper Motor Reference Design |
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The Stepper Motor Reference Design illustrates how to use the 3x3 mm C8051F301 microcontroller for high performance stepper motor applications. This reference design can also be used as a platform for stepper motor code development. The firmware (AN155SW) demonstrates a linear-velocity profiler with adjustable acceleration. [more] |
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| Temperature Compensated RTC Reference Design |
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The Temperature Compensated Real-Time Clock (RTC) Reference Design kit provides a cost-effective way to easily develop applications that use a temperature compensated RTC. [more] |
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| USB Mass Storage Reference Design |
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The USB Mass Storage and CF/MMC/SD Reference Design kit includes everything necessary to implement a FAT16 file system using an SD, MMC or CF memory card on your Silicon Labs MCU. In addition, it provides a method of interfacing that system to a host PC via USB using the Mass Storage Device class. [more] |
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| Voice Recorder Reference Design |
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The Voice Recorder Reference Design illustrates how to use a C8051F411 for voice application. It is a practical demonstration of C8051F41x high performance analog and CPU throughput capability. [more] |
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| Wireless Voice Transceiver Reference Design |
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The Wireless Voice Transceiver Reference Design kit includes all of the hardware and software necessary to immediately begin developing wireless voice applications. [more] |
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| 2.4 GHz ZigBee Development Kit |
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The 2.4 GHz ZigBee Development Kit (ZigBee-2.4-DK) includes all of the hardware and software necessary to immediately begin developing ZigBee network solutions. [more] |
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| 2.4 GHz 802.15.4 Development Kit |
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The 2.4 GHz 802.15.4 Development Kit (802.15.4-2.4-DK) includes all of the hardware and software necessary to immediately begin developing an 802.15.4 solution. [more] |
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| Electricity Meter (mono phase)/Main Board |
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This metering module can be used to build a Class 0.5 Single-phase standalone or microprocessor based meter with or without Tamper detection for power line systems of UNOM = 140 to 300VRMS, INOM/IMAX [more] |
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| Stepper Motor and DC motor drive using L6206 DIP |
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The EVAL6206N will help you in evaluating the L6206 in PowerDIP package. It implements a typical application, enabled to run one to four DC motors or one stepper motor. On the board the L6506, PWM current [more] |
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