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Nonvolatile (NV) SRAM
These devices have fast reads/writes and the endurance of SRAM with the convenience of nonvolatile multiple memory configurations and package options available.
Single-Piece SMT Modules
Industry's only single-piece, surface-mount, nonvolatile (NV) SRAMs, these modules eliminate manual cap attachment and use standard pick-and-place equipment/reflow processes for assembly.
DIP Modules
These modules are high-performance NV SRAMs with unlimited write-cycle endurance. Available options include battery- and system-monitoring functions.
PowerCap Modules
These devices are similar to the DIP modules, but they are available in surface-mount packages.
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Toshiba has consistently led the way in developing non-volatile memory solutions for the consumer market, beginning as the principal inventor of NAND- and NOR- type Flash memory in the 1980s. Today, Toshiba is a leading supplier of Multi-Level Cell NAND Flash memory and offers a complete line of removable and embedded NAND Flash memory solutions.
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ST's Non-Volatile RAM (NVRAM) products protect data, even in the absence of power, and have fast RAM write speeds with unlimited endurance.
ZEROPOWER® devices range from 16Kbits to 32Mbits, while TIMEKEEPER® products include non-volatile Real-Time Clocks (RTCs) and range from 1Kbit to 4Mbits. TIMEKEEPER Supervisors offer customizable functions such as RTC, POR/LVD, Early Power-Fail Warning, Battery Monitor, Battery Switchover, and Write Protection.
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STMicroelectronics offers a unique product portfolio of OTP and UV EPROM memories with densities from 256Kbit to 32Mbit, in standard and low voltage ranges.
All devices are available in dual in line and surface mounting packages, including lead-free. In densities from 1Mb to 16Mb all devices are available in x8 and x16 organizations.
These technical features, together with an improved, very fast access time,
make OTP and UV EPROM an innovative and high performance solution. They are ideal for Mask ROM replacement, bringing the advantage of flexibility for last minute programming of the latest software, without mask charge.
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Delivering high performance and exceptional portability, the Seagate USB 2.0 Pocket Hard Drive lets you safely carry and store business documents, MP3s, videos, games and more in a palm-sized package. The sleek, round shell absorbs shocks, so you never have to worry about your data. USB 2.0 Pocket Hard Drives are hot swappable and powered by the USB bus, eliminating the need for power cords or adapters. Wherever you go, the compact, stylishly designed Pocket Drive is perfect for taking everything from essential business documents to your favorite MP3s on the road.
6-GB and 8-GB capacities
Rugged design
Secure Zone software for simple password protection
No power cords or adaptors required - powered by the USB bus
8-GB drive stores 133 hours of digital music, 2,560 digital photos or 8 hours of digital video
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SMART designs and manufactures “true” industrial grade storage products in a variety of form factors and capacities. Manufactured to meet the needs of the most demanding applications, SMART’s Flash based Serial ATA (SATA), Parallel ATA (PATA) and SCSI Solid State Drives (SSDs) deliver high-performance and low power consumption solutions for aerospace, industrial automation, transportation, medical, defense, and telecommunication industries.
- Xcel-10
- XceedLite 1.8
- XceedLite2 2.5
- XceedUltra2
- XceedUltraX
- XceedSecure
- XceedSCSI
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Mobile FCRAM is the PSRAM (Pseudo SRAM) developed for cellular phone. Fujitsu, one of PSRAM top suppliers, has been shipping more than 500 million units since year 2000. Mobile FCRAM interface is based on the asynchronous SRAM and supports page mode and synchronous burst mode for high-speed read and write operation with low power consumption. The Mobile FCRAMs are ideal for general mobile applications such as smart phone, PDA, portable media player(PMP), and portable games.
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SAMSUNG, Cypress, NEC, Renesas and IDT have jointly defined and developed Quad Data Rate (QDR) SRAM technology for high-performance Network applications.
Developed with some of the industry's top system architects, our new QDRII and DDRII architectures are the latest additions to the co-development team's QDR/DDR family of high-performance networking and communication SRAM products. This co-development partnership enables customers the option of choosing from multiple sources for the new SRAMs. Each partner is providing system expertise and product direction that will give customers the benefit of a broad range of market experience and innovative technology.
SAMSUNG's QDRII are available now in volume production, in densities ranging from 18Mb to 72Mb.
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Description
The EDR2518AB (Direct RDRAM™) is a general purpose high-performance memory device suitable for use in a broad range of applications including
computer memory, graphics, video, and any other application where high bandwidth and low latency are required.
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The HM-6514/883 is a 1024 x 4 static CMOS RAM fabricated using self-aligned silicon gate technology. The device utilizes synchronous circuitry to achieve high performance and low power operation. On chip latches are provided for addresses allowing efficient interfacing with microprocessor systems. The data output can be forced to a high impedance state for use in expanded memory arrays.
Gated inputs allow lower operating current and also eliminates the need for pull up or pull down resistors. The HM-6514/883 is fully static RAM and may be maintained in any state for an indefinite period of time. Data retention supply voltage and supply current are guaranteed over temperature.
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STMicroelectronics' Random Access (RAM) portfolio complements ST's memory offer to give customers an easier sourcing process for all their memory needs, plus the security of the same level of quality, service and value.
In terms of product performance, technology, architecture and design modularity ST's LPSRAM and Pseudo SRAM families offer a highly competitive solution, making them suitable for many industrial, consumer, telecom and portable applications.
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General description :
Intersil offers a selection of industry standard quartz- and RC-based timing/oscillator ICs along with real time clocks. Timing circuits provide clock pulsing and synchronization in digital systems as well as pulse modulation circuits. Real time clocks provide actual time in a digital format for clock displays and computer systems.
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The RTC is a time registering device to keep track of time in industrial or PC application. It is able to keep time even when the device is turned off. The RTC is connected to a small battery (which usually has a long lifespan, 5 or more years). Specifically, the RTC maintains the second, minute, hour, day, year, and century for the system.
The RTC is incorporated into the same chip as the computer's CMOS (complementary metal-oxide semiconductor). The RTC goes into action when the system is started. During the start-up process, the basic input/output system checks the RTC for the current time and passes that information along to the operating system's clock. The operating system synchronizes its own clock to match the date and time given to it by the RTC. After that, the operating system uses its clock to measure time until the system is shut down.
Epson offers a wide range of real-time clock (RTCs) :
Serial 4-wire module is a serial interface real time clock that has a built-in crystal unit.
Serial 3-wire module is a serial interface real time clock that has a built-in crystal unit.
I2C-Bus module has an interface real time clock that has a built-in crystal unit.
Parallel 4-bit module is a parallel interface real time clock that has a built-in crystal unit.
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This encapsulated label RFID is used to reinforce a rolled label. After resin tapping and encapsulation, it resists very strong constraints.
JMD: The print of your products!
The know-how of JMD rests on the manufacture of the complexage* of radio-labels ("RFID tags" in English). In autoadhésive form, the tags are stuck or are integrated in objects or products, even in living organisms.
*Le complexage of a label is a combination of several layers various thicknesses.
The association of 400 matters: metals, PVC, polyester, paper, plexi, celester... with more than 100 adhesives enables us to propose to you a range of 5 ranges of Tags RFID: dome, encapsulated, embossé, rolled, signed...
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High performance solution in HF band radio frequency identification field (13,56MHz) specially designed to work on metal surfaces and environments where high resistance is needed.
- Plastic enclosure PA66 (UL94 V-0, flame-resistant) completely sealed by polyurethane resin
- two versions depending on assembly method:
Screw, small rivets and double side adhesive tape.
SMD version.
- Reading distances on non-metallic surfaces are 20cm and 11-15cm over metal surfaces (1W power); for higher powers (4W) the PREMOTAG reaches 50cm on non-metallic surfaces and the 25-30cm reading distances on metal surfaces, depending also of transmitting antenna size.
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RFID labels used in a RFID printer are a critical element of the RFID printer system. Label design, specifications and selection are of the utmost importance. Printronix, with its years of experience in design of printers and their applications, has developed certified RFID labels that maximize the performance of your Printronix RFID printer and label yield.
Programming RFID Labels is Easy
Migration of Existing Applications to RFID is Easy
RFID Smart Label Print Quality is Important
Matching Printronix Thermal Transfer Ribbons
Printronix Wide Spectrum Wax Ribbon 8300
Printronix Wax Resin Blend Ribbon 8500
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Whether for stock, logistics and distribution, assembly lines and industrial production or for transportation logistics, traffic-control systems and object-positioning - Siemens A&D has always the suitable identification system.
The clever electronic RFID-systems SIMATIC RF with perfect coordinated components identify safely, quickly and efficiently. The non-contact data transfer offers high industry efficiency and the simple systems integration allows an efficient integration into the automation as well as into the IT-field.
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Building on a strong foundation of more than 60 years of experience, SATO offers a wide selection of Automatic Data Collection Solutions for a range of industries. SATO solutions enable any business to quickly and efficiently identify items, be it products, components, actions or people. Labelling an item with a barcode, or RFID tag, allows that item to be immediately and accurately tracked throughout its journey.
Whether you are required to implement an RFID compliance system, or are just looking to increase efficiency internally, trust SATO to provide you with complete support, from start to finish.
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Techno THERM® RFID labels are carefully crafted with the highest quality label materials and RFID antennas. SATO Techno THERM® RFID labels are specifically designed and manufactured to compliment the features of the SATO RFID printer/encoders. SATO RFID printer/encoders are available in HF and UHF models. SATO Techno THERM® RFID labels come in both the 13.56 MHz and the 915MHz frequencies. The frequency you will need depends on the type of SATO RFID printer/encoder you have.
SATO America, Inc., a leader in barcode printing solutions for more than two decades, is recognized for delivering rugged dependability and reliable performance throughout its product line. SATO is positioned to be a leader in the RFID printer market, offering a one-step, print-and-encode solution as the fastest and most effective approach for a user to adopt RFID and comply with current mandates. SATO intends to be a leader in the RFID labeling business and has built strong, working partnerships with world class inlay providers like Avery Dennison and Rafsec. Avery Dennison’s inlay manufacturing division and has made impressive commitments in personnel and capability to insure their success and the success of their converters.
All our RFID labels include a smooth white paper face stock ideal for working with the SATO printers, the general-purpose, permanent adhesive with the high quality liner mean that these labels will work in a broad range of applications. You can expect these labels to perform to the highest standards whether used in the SATO CLe, GTe Series printers or the OEM print engines. These labels will work well in manual dispensing applications, as well as automatic label dispensers.
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One of the drawbacks of RFID is: radiowaves are sometimes subjected to interference from metals, liquids products and packaging. However, SATO's proprietary FlagTagSolutions™ is the perfect solution. The FlagTagSolutions™ is field-proven to be readable even with metals and liquids interference. It is designed to be used with the SATO CL4e Series On-demand RFID printer as well as SATO's S-Type print engine for the automatic print-and-apply application. SATO's FlagTagSolutions™ can be used on pallets, cases metal drums, liquids or aluminium cans.
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RFID Tag
The RFID Tag is a data carrier that can be attached to virtualy any type of surface. The RFID tag has the ability to store upto 32K Bytes of data and be reused over and over again (upto 10,000,000,000 times!). Balogh RFID tags are all passive, meaning they have no onboard power source. All the power that a Balogh RFID Tag needs is supplied by the RFID Transceiver.
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The MLX90121 is an ISO compliant 13.56MHz RFID transceiver integrated circuit.
The main features include user selectable modulation depth in write mode, whereas single sub-carrier ASK, FSK and PSK modulations are recognized in the read mode.
The receiver is based on a diode envelope detector, followed by an IF filter and amplifier. A logarithmic amplifier is used for single subcarrier ASK detection, ensuring fast and clean data recovery. The limiting output of the log amp is used for FSK and PSK recovery.
The transmitter uses a built in open drain output transistor, which can provide up to 250 miliwatts of RF power to a 50 ohms load with a 5 volts power supply using the recommended matching network. This is suitable for most short to mid range applications. A simplified antenna and matching network can be used, at the expense of a reduced reading range, for example in hand-held reader applications.
The chip is configured with a serial interface. A synchronization signal is available when the majority voting is used.
Digital part contains ASK, FSK (423 / 484kHz)and PSK (847kHz) decoders and a programmable encoder to facilitate data handling with a low cost microcontroller. The encoder can be programmed with 6 different patterns.
The chip can also be used as an analog frontend, in direct mode.
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RFID Modules
* Range of Cost Effective RF Identification products
* Support for Hitag, Mifare and Marin Protocols
* Evaluation Kits for rapid development
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RFID Transceiver.
The RFID Transceiver (Reader) is the device that passed information from the Control Board onto the RFID Tag. Balogh Transceivers are all solid state devices that are designed to be in harsh environments. Balogh Transceivers power up Balogh tags and allow a full-duplex communication line to occor between the RFID Tag and Balogh Control Board.
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SDRAM was developed immediately after EDO generation products. It is a breakthrough in that it synchronizes the frequency to the system clock that controls CPU. Synchronization of CPU and frequency minimizes time delays and facilitates memory retrieving process.
SDRAM has been used for PC, server and network, and now its usage is expanding to various consumer electronics such as printer, DSC, HDD and STB.
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Density: 256M bits Organization -4M words x 16 bits x 4 banks
Package: 54-pin plastic TSOP (II) -Lead-free (RoHS compliant)
Power supply: VDD, VDDQ = 3.3V +/- 0.3V Clock frequency: 166MHz/133MHz (max.) Four internal banks for concurrent operation
Interface: LVTTL Burst lengths (BL): 1, 2, 4, 8, full page
Burst type (BT): -Sequential (1, 2, 4, 8, full page)
Interleave (1, 2, 4, 8)
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General Description
We now live in the Digital era. Consumer memory market grows with Digital TVs, set top boxes, DVDs printers, car navigators, MP3 players, so called digital consumer applications. If you've bought one of these, you've already bought consumer memory together . Although hidden from view, consumer memory is essntial for digital consumer applications and our pleasant life.
Features for consumer memory
Hynix has full line-up of DRAM to meet the needs of a wide range of consumer applications.
Hynix offers a family SDR SDRAM in 64Mb~256Mb, DDR1 in 64Mb~512Mb and DDR2 in 256Mb~1Gb densities, packaged in TSOP-II & FBGA offered at industrial range temperatures and featuring very low power consumption.
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This Hynix unbuffered Small Outline Dual In-Line Memory Module(SODIMM) series consists of 1Gb A version.DDR3 SDRAMs in Fine Ball Grid Array(FBGA) packages on a 204 pin glass-epoxy substrate.This DDR3 Unbuffered SODIMM series based on 1Gb A ver. provide a high performance 8 byte interface in 67.60mm width form factor of industry standard.
It is suitble for easy interchange and addition.
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General Description
Since the introduction of the world's first Graphics DDR SDRAM in 1999, Hynix has played a leadership role in the graphics memory market by offering cost effective solutions while pushing the limits of performance.
Last November Hynix introduced the world first 1Gb GDDR5 which is the fastest and highest-density graphics memory available. This cutting-edge product can process data at the speed of 20GB/s.
This product will be widely used in high-end PC graphics, workstations and next generation game consoles which will require higher graphics performace and quality to deliver a rich entertainment experience to the end user
Hynix now offers a complete full line-up of Graphics memory products with the release of the 1 Gb GDDR5
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Memory, Data storage, Real-time clocks (RTCs), Supervisors
