Intel® Flash Memory Home Intel offers a variety of flash memory hardware, software and packaging solutionsdesigned to meet the diverse needs of embedded system designers. Learn more. http://www.intel.com/design/flash/
Intel® Products - Embedded Components & Flash Memory Discover Intels focused flash memory hardware, flexible packaging,valueadded software and world class customer support. When http://www.intel.com/products/embedded/
Extractions: Interconnect Devices In todays environment, manufacturers and developers need to bring low-cost products to market quickly. With Intel's embedded processors, you can accomplish these goals by reducing your time-to-market and protecting your hardware and software investments. Discover how high-performance, low-power and value options for embedded solutions, as well as proven development tools and extended life cycles, can help you speed design time for products ranging from handheld devices to industrial control applications. Wireless Baseband Chipsets (PDF 141K) D5205 TDMA Baseband Chipset D5314 PDC Single-Chip Intel, the world's number one supplier of flash memory, leads the way by providing innovative, cost-effective memory solutions for a wide variety of applications. Discover Intels focused flash memory hardware, flexible packaging, value-added software and world class customer support. When it comes to flash memory, Intel has the solution for you! Automotive Products MCS 96/296 Multibus II Bus Interface Universal Peripheral Interface Designed specifically for embedded applications, Intel PCI Bridges let designers add more PCI devices, or more PCI option card slots, than a single PCI bus can support. This allows users to increase the throughput of their data in a variety of data-intensive server, workstation, and high-end PC applications including networking and data storage.
Mobile Devices Geographic Availability UK and France. Suggested Retail Price N/A. *SDIO isan input/output method using the SD removable memory hardware connector. http://www.microsoft.com/mobile/smartphone/hardware/default.asp
Hot-Add / Hot-Remove Technologies Send your hotadd memory hardware to Windows Development Labs. To ensurethat hot-add memory hardware interoperates well with Windows http://www.microsoft.com/hwdev/tech/hotadd/default.asp
Extractions: Register Now! Windows Server 2003, Enterprise Edition and Datacenter Edition also support hot-add memory on x86-based platforms, which allows ranges of physical memory to be added to a running operating system without requiring a system reboot. Send your hot-add memory hardware to Windows Development Labs. To ensure that hot-add memory hardware interoperates well with Windows Server 2003, Enterprise Edition and Datacenter Edition, Windows Development labs needs an opportunity to test this feature on your platforms. For information, write to Click on selection below: White Papers General Hot-Plug Topics
IT Resource Center Forums - Memory Hardware Configuration memory hardware configuration. IT resource center forums servers 9000 memoryhardware configuration. author, subject memory hardware configuration. federico, http://bizforums.itrc.hp.com/cm/QuestionAnswer/1,,0x6e7985079106d71190050090279c
Extractions: IT resource center search online help contact hp IT resource center home ... maintenance and support forums training and education site map HP engineer expert in this area user status ITRC Pro 250 points ITRC Graduate 500 points ITRC Wizard 1000 points ITRC Royalty 2500 points ITRC Pharaoh 7500 points ITRC Olympian 20000 points how to earn points question status Magical Answer Message with a response that solved the author's question memory hardware configuration IT resource center forums servers > memory hardware configuration author subject: memory hardware configuration federico
Extractions: all categories Computer Systems - Barebone Systems - Computer Cases - Desktop Computers - Graphic Workstations - Motherboards - PDAs - Portable Computers - PS2/Cube/Xbox/PC - Server Computers - Tower Computers - UPS - CPU Accelerators - Memory - Memory Expansion brd - Processors - Anti Glare/Rad Filte - KVM Switchboxes - Monitors - Monochrome Monitors - Projectors - Terminals - Video Cards Input Devices - Graphics Tablets - Joysticks - Keyboards - Mouse - Scanners - Serial/Parallel Boar - USB/Firewire Devices Storage Devices - Autoloader/Libraries - CDROM CDRW - Drive Cabinets - DVD Drives - Flash Cards - Hard Drives - IDE Drive Controller - Magneto Optical Driv - NAS CD/DVD Devices - NAS DVD Devices - NAS Hard Drive - RAID Drive Controlle - Removable Catridges - SAN-based Products - SCSI Drive Controlle - Tape Drives - Worm Drives - ZIP ORB JAZ Optical - Inkjet Printers - Label Printers - Laser Printers - Matrix Printers - Multifunction Printe - Office Equipment - Plotters - Print Servers - Printer Switchboxes - Thermal Printers Power Protection - Line Conditioners - Power Product - Surge Suppressors Multimedia Hardware - Cameras - Music/MIDI Devices - NTSC/PAL Video Communication Hardware - Broadband Devices - Comm/RAS/FAX Servers - DSU/CSUs - Line Sharing Devices
Technical Notes Nov 01, 1991. HW14. Macintosh SE/30 Info. Apr 01, 1989. HW515. memory hardware Q As.Oct 01, 1990. HW15. NuBus Block Transfer Mode sResource Entries. Feb 01, 1991. HW520. http://developer.apple.com/technotes/indexes/hw-o.html
Extractions: [Sep 01, 1998] Number Title Last Modified ADB - The Untold Story: Space Aliens Ate My Mouse Sep 01, 1998 ADBReInit on the SE with System 4.1: Don't Call It Jul 01, 1987 Oct 01, 1990 AppleVision Technote Dec 01, 1997 Break/CTS Device Driver Event Structure Dec 01, 1986 Byte Smear(ing) Tactics Aug 01, 1990 Cache As Cache Can Oct 01, 1989 CMOS On Macintosh LC PDS Feb 01, 1991 Color Monitor Connections Jul 01, 1987 Composite SIMMs Not Supported Jun 01, 1993 Cooperating with the Coprocessor Jun 01, 1989 Device Driver Event Structure, Break/CTS Dec 01, 1986 Driver Event Structure, Break/CTS Device Dec 01, 1986 Oct 01, 1990 FPU Operations on Macintosh Quadra Computers Jun 01, 1992 Little PowerBook in Slumberland Oct 01, 1992 Macintosh 21" Color Display Technical Specifications Oct 01, 1992 Macintosh IIfx: The Inside Story Apr 01, 1990 Macintosh Memory Configurations Nov 01, 1987 Macintosh Plus Pinouts Jan 01, 1986 Macintosh Plus ROM Versions Jul 01, 1987 Macintosh Portable PDS Development Oct 01, 1989 Macintosh Portable ROM Expansion Oct 01, 1989
INT 67,59 - Get Expanded Memory Hardware Information (LIM EMS 4. INT 67,59 Get Expanded memory hardware Information (LIM EMS 4.0+).AH = 59h. AL = 00 get hardware configuration array. ESDI = pointer http://www.htl-steyr.ac.at/~morg/pcinfo/hardware/interrupts/inte429c.htm
Extractions: AH = 59h AL = 00 get hardware configuration array ES:DI = pointer to buffer to be filled with array 01 get unallocated raw page count on return: BX = unallocated raw pages (AL = 01) DX = total raw pages (AL = 01) AH = status (see ~EMS STATUS~) - subfunction 00 is for use by operating systems only; can be enabled or disabled at any time by the operating system Zurück zum Interrupt Info Roger Morgan L.Änderung 01. January 2003
Memory: Hardware: Computers - UK Small Business Directory Small Business Memory Directory, Computer memory upgrades at low pricesComputer memory upgrades at low prices with free UK delivery. http://www.now2business.co.uk/Computers/Hardware/Memory/index.cfm
Tom's Hardware Guide Ace memory Offers notebook, pc and printer memory. Admor - Manufactures memory products offers a broad range of hardware solutions. Advantage memory - Manufacturer of quality memory products for all types of computers. Solutions - Manufacturer and distributor of memory, hardware, and peripheral solutions for laptops, workstations, http://www.tomshardware.com/
Extractions: document.write(''); document.write(''); document.write(''); document.write(''); Select a Language Chinese Traditional Chinese Simplified French German Hungarian Polish Russian Turkish document.write(''); document.write(''); document.write(''); document.write(''); document.write(''); document.write(''); document.write(''); Search Prices Shop a Category Cartridge Drives CPUs Desktops Digital Cameras Hard Drives Hardware Access. Input Devices Media Memory MP3 Players Monitors Motherboards Network Hard. Notebooks PDAs Printers Projectors Scanners Sound Cards Speakers Tape Drives Video Cards Home Latest Hard News Hard Newsletter Community ... About Us Tom's Guides Processors Graphics Cards Displays Audio Video ... Columns Service Job Searches Search Prices Search Articles Keyword Index ... Product Database Information Advertising Info Community Tom's Hardware Guide Community The best knowledge base remains the human brain. It adapts quickly to change, and is very adept at solving complex problems that defy logic. Sounds like the ideal resource for anyone into hardware. If you want to start a thread with like-minded hardware enthusiasts, or you're looking for someone who has experience of a particular device, or a problem you may have, this is the place to be.
Extractions: Memory is like good health or money: You can never have too much of it, and when you find yourself in short supply, it can hurt. Keeping your PC in the pinkat least in terms of memoryis easier than ever. Though up from last year, RAM prices are still low, with 256MB of PC133 SDRAM selling for less than $50. And memory packaging now lets you add more RAM in a matter of minutes. Operating systems and applications have grown more memory-hungry than ever. Windows, which could never be accused of having a modest appetite for RAM, practically gobbles it down in its XP incarnations. Typical business applications have bulked up as well and are always looking for more RAM to park their code. And if you've ever used a PC to edit digital video footage or render large image or audio files, you've probably watched your system slow to a crawl on at least one occasion. In many cases, sluggish PC performance is a result of too little memory rather than inadequate processing power; most applications will hum along happily on a PC equipped with a 500MHz processor. But what will make them positively gleeful is a cushy amount of RAM where they can deposit themselves and the data that they're crunching.
Extractions: add more memory By CNET staff System memory seems to lose value faster than the Canadian dollar. That's great news for us since memory is one the primary components that affects a computer's performance. With more memory, you can have more programs and files open at once. A typical PC will ship with 128MB or perhaps 256MB of memory, but you can easily increase that amount to 512MB or even 1GB. Here's how. The hardest part of installing new memory is figuring out what to buy . Between DIMMs and RIMMs, SDRAM and RDRAM, system memory is an alphabet soup of packages, pin configurations, types, and speeds. There are two basic types of RAM available today: SDRAM (synchronous dynamic RAM) and RDRAM (Rambus dynamic RAM). Most current systems use SDRAM in 168-pin DIMMs (dual in-line memory modules). RDRAM, which is available on high-performance systems, is packaged in RIMMs, which are roughly the same size and shape as DIMMs. DDR (double data rate) SDRAM, which is roughly twice as fast as standard SDRAM, uses 184-pin DIMM slots. All of these types of memory are also available at various speeds. The simplest way to ensure you get the right kind of memory is to visit the Web site of a memory vendor such as Crucial, Kingston, or Viking, and look for a memory configuration page. Or give the serial number and model name of your computer to the memory supplier.
Extractions: We would like to make you aware of a change that will affect how you purchase products from Computer Builders Warehouse on the Internet. Effective February 14, 2003, our CBWnet.com site will close. Computer Builders Warehouse will no longer offer merchandise through http://www.cbwnet.com, and will instead provide our products and service lines through the company's main website, http://www.cbwstores.com We believe the change will enable us to provide greater flexibility to you as well as more personal customer service. Customers will now be able to select the destination from which their build-to-order computers, accessories or parts will originate, and will be able to choose to have merchandise shipped or to pick it up in person from one of our nine stores nationwide.
Ace's Hardware Ace's hardware A New Tech Article Every Week Competing memory Standards Examined All Content is Copyright (C) 1998-2003 Ace's hardware. All Rights Reserved. http://www.aceshardware.com/Spades/read.php?article_id=5000183
Bigchalk: HomeworkCentral: Memory (Hardware) Search Tips HomeworkCentral Linking Policy. HIGH SCHOOL BEYOND Technology Computers Parts of a Computer hardware memory. http://www.bigchalk.com/cgi-bin/WebObjects/WOPortal.woa/Homework/High_School/Tec
Bigchalk: HomeworkCentral: Memory (Hardware) HomeworkCentral Search Tips HomeworkCentral Linking Policy. MIDDLE SCHOOL Technology Computers Parts of a Computer hardware memory. http://www.bigchalk.com/cgi-bin/WebObjects/WOPortal.woa/Homework/Middle_School/T
Extractions: In the latest report made by Gartner, the Asia Pacific semiconductor market was worth US$57.3 billion in 2002 and it is expect to reach US$64.9 billion this year, up by 13.2 percent. The growth will continue for next four years with estimate 12 percent each year to reach almost US$104 billion by 2007. SIS to negotiate Intel license after VIA
Hardware Vendor Links, Memory Resources, Troubleshooting Component Links Of The Locate links to advice for novice and doit-yourself users, troubleshooting tips, cable explanations, memory FAQs, and related benchmarks. The RAM (Random Access memory) Guide (T) - Tom's hardware Page. SIMM Savers (A) http://darkwing.uoregon.edu/~wharmon/hardware.html
Extractions: H ardware V endors anufacturers SBA * Consulting Computer Hardware Manufacturer's Index Computer Industry Manufacturers Hardware Manufacturers On The Web ... Spumador's HW Page Site menu ... Home HTML Hardware Hardware Prices Magazines Networking Preferred Vendors Software Subjects Other userful links A collection of links to PC hardware information and best prices Contents Page 1 Advice Cables, adapters, etc Memory Resources ... Links to links Page 2 BIOS Bus CPU' s Chipsets Misc Motherboards Overclocking Page 3 Backup media CD-ROM Drives Keyboards ... Video Additional A dvice There is a growing list of pages with advice on how to build your own PC including: Build your own PC a nice description of how to select and assemble a PC from scratch, How to Build a PC - Billy's Motherboard HomeWorld, I ntroduction to PC Hardware (Yale University), Learn to Build Your Own Computer (PC Currents), PCGuide (a guide to your PC questions, very broad, lots of good information), Hand-Me-Down PC - an upgrade workshop
MIT Alewife Project: Home Page A largescale multiprocessor that integrates both cache-coherent, distributed shared memory and user-level message-passing in a single integrated hardware framework. Papers available. http://www.cag.lcs.mit.edu/alewife/
Extractions: Alewife is a large-scale multiprocessor that integrates both cache-coherent, distributed shared memory and user-level message-passing in a single integrated hardware framework. Each Alewife node consists of a 33 MHz Sparcle integer unit , an off-the-shelf FPU, 64 kbytes of direct-mapped cache, and 4 Mbytes of globally-shared main memory. The nodes communicate via messages on a two-dimensional mesh network. The current implementation scales directly to 512 nodes. A single-chip Communication and Memory Management Unit (CMMU) on each node holds the cache tags and implements the memory coherence protocol by synthesizing messages to other nodes. All of the node components have been fabricated and tested. Currently, there are three working Alewife machines: one 32-processor system and two four-processor systems. We also have complete packaging for a 128-node system that will be populated with Alewife nodes in the near future. (The 32-node system resides in the lower right quarter of the 128-node chassis.) In addition to our hardware efforts, the Alewife group is pursuing a number of software issues, including synchronization, compilation, runtime-systems and operating-systems design. We currently support two languages, C and MUL-T (a multithreaded dialect of scheme with futures).