Extractions: Search Prices THG Home News Motherboards ... Search Articles document.write(''); document.write(''); document.write(''); document.write(''); document.write(''); document.write(''); document.write(''); document.write(''); Search Prices Shop a Category Cartridge Drives CD Drives CPUs Desktops Digital Cameras DVD Drives Hard Drives Media Memory MP3 Players Monitors Motherboards Network Hard. Notebooks PDAs Printers Projectors Scanners Sound Cards Speakers Tape Drives Video Cards Shopping Keywords
Sun Hardware Reference Part 1 - Overview: CPU/CHASSIS THE SUN hardware REFERENCE compiled by James W. Birdsall scsi optional. One variant of the memory card holds a 6U VME scsi board; there is also a scsi http://www.sunhelp.org/faq/sunref1.html
Kofax: Support: Adrenaline Hardware Support Overview Adrenaline EH850/EH-1700 scsi Video Interface Board s Product Support EH-850 and EH-1700 scsi and video interface board s Adrenaline hardware Runtime http://www.kofax.com/support/IP/AD8501700/index.asp
Extractions: The Adrenaline 1700 board is the highest speed, highest performance image processing accelerator on the market. The Adrenaline 1700s is an Ultra Wide SCSI board that is ideal for high-speed SCSI scanners, while the Adrenaline 1700v is ideal for high-speed video scanners. Adrenaline drives these scanners at rated speeds with an extensive set of image processing features fully enabled. Adrenaline Hardware Runtime (AHRT) The Adrenaline Hardware Runtime (AHRT) product contains the 32-bit peripheral device drivers required to successfully utilize the Adrenaline EH-850 and/or EH-1700 SCSI and video interface boards. AHRT Version Release Date Legacy AHRT Release Though the following Adrenaline Hardware Runtime (AHRT) product release for the Adrenaline EH-850 and EH-1700 SCSI and video interface boards is no longer supported , the support Web page for this product will continue to be available as posted below.
Kofax: Support: Adrenaline Hardware FAQs Adrenaline EH850/EH-1700 scsi Video Interface Board s Frequently Asked Questions We have found problems like this when the Adrenaline hardware http://www.kofax.com/support/IP/AD8501700/faqs.asp
Extractions: PRODUCT INFORMATION Currently, the latest version of the Adrenaline EH-850 and EH-1700 board's Adrenaline Hardware Runtime (AHRT) product is After installing ImageControls Runtime Drivers version 2.1, I do not have a KSM (Kofax Source Manager) in the Control Panel. Why? [ details Why do I get an exclamation point next to the Adaptec device under Device Manager? [ details Do I still need two Kofax boards to drive a Bell+Howell 6338 dual-sided scanner? [ details I am getting a '20127 Unknown BIC OS Error' when trying to scan from a B+H 3338A scanner under VCDem32P. Paper feeds through the scanner but no image is displayed and the user has the error msg prompted. Then the system would freeze at this point. What can I do? [ details I am unable to load the driver on an Adrenaline 1700 video controller. Why? [ details Using the Ricoh IS420 or the B+H 1000FB/5000F with an Adrenaline SCSI board, I get an error: 'Error 20125 - No Scanner' or 'No Scanner Available' after clicking OK following the resetting of the board. Why? [
Extractions: You are in the: Small Business Computing Channel View Sites + ECommerce-Guide Small Business Computing ... »Close Enter a word for a definition... ...or choose a computer category. choose one... All Categories Communications Computer Industry Companies Computer Science Data Graphics Hardware Internet and Online Services Mobile Computing Multimedia Networks Open Source Operating Systems Programming Software Standards Types of Computers Wireless Computing World Wide Web Home SCSI Last modified: Monday, September 20, 2004 s mall c omputer s ystem i nterface , a parallel interface standard used by Apple Macintosh computers PCs , and many UNIX systems for attaching peripheral devices to computers . Nearly all Apple Macintosh computers, excluding only the earliest Macs and the recent iMac , come with a SCSI port for attaching devices such as disk drives and printers SCSI interfaces provide for faster data transmission rates (up to 80 megabytes per second) than standard serial and parallel ports . In addition, you can attach many devices to a single SCSI port, so that SCSI is really an I/O bus rather than simply an interface.
UW TRIO Training: Researching Hardware Peripherals scsi is the fastest, most costly kind of connection and usually reserved for integrated scsi ports so an additional piece of hardware (a scsi board) http://depts.washington.edu/trio/train/howto/tools/hardware.shtml
Extractions: If you are in the market for new computer hardware, a number of sites on the Web can help you find what you are looking for. You can find reviews, lowest price searches, and comparisons of different products. To get started on your search, first learn about different kinds of ports you can attach peripherals to, then use the links to research and compare. Jump to a section:
Path Kernighan.cs.umass.edu!barrett From Steve@bh01.demon.co.uk FollowupTo comp.sys.amiga.hardware Date 28 Jun 1997 185339 GMT Organization The This is a job if you have a SIMM on the scsi board as I have. http://math.uh.edu/~barrett/data/hardware/cases/Infinitiv1200
Extractions: Path: kernighan.cs.umass.edu!barrett From: steve@bh01.demon.co.uk (Stephen Bridges) Newsgroups: comp.sys.amiga.reviews Subject: REVIEW: Infinitiv (A1200) Tower Followup-To: comp.sys.amiga.hardware Date: 28 Jun 1997 18:53:39 GMT Organization: The Amiga Online Review Column - ed. Daniel Barrett Lines: 255 Sender: amiga-reviews@math.uh.edu (comp.sys.amiga.reviews moderator) Distribution: world Message-ID: Stephen Bridges steve@bh01.demon.co.uk A1200T/A3000 "How do we tell the people in the white coats enough is enough - Accepted and posted by Daniel Barrett, comp.sys.amiga.reviews moderator Send reviews to: amiga-reviews-submissions@math.uh.edu Request information: amiga-reviews-requests@math.uh.edu Moderator mail: amiga-reviews@math.uh.edu Anonymous ftp site: math.uh.edu, in /pub/Amiga/comp.sys.amiga.reviews Web site: ftp://math.uh.edu/pub/Amiga/comp.sys.amiga.reviews/index.html
Extractions: For more information, see also I/O add-on hardware for real-time systems and targets supported by the LynxOS RTOS Please contact us for more information on drivers in development and those not listed here. ethernet controllers Driver name BSPs supported Description 3Com 3c509 series cards 3Com 3c920 chip (found in 3c905 NICs) not supported AMD LANCE Am7990 Ethernet controller vmpc malta AMD PCnet PCI chips (Am79C976, Am79C975, Am79C973, Am79C972, Am79C971, and Am79C970) Broadcom Gigabit Ethernet driver for BCM57XX controller BCM5700, BCM5701, BCM5702, BCM5702X, BCM5703, BCM5703X, BCM5704C, BCM5704S, BCM5705, BCM5705K, BCM5705M, BCM5751, BCM5782, BCM5788, BCM5901, BCM5901A2 sandpoint vmpc Digital/Intel controllers (dc21040, dc21041, dc21140 and dc21143) Intel Gigabit Ethernet controllers SMC Fast Ethernet II SMC9432 chip IBM PowerPC 860/820 built-in SCC Ethernet VADS board built-in Fast Ethernet FADS board built-in Fast Ethernet sandpoint vmpc Intel Pro controller (82557, 82558, 82559, and other Intel ICH devices with Pro core in them) Galileo Fast Ethernet controller ocelot MV64360 Discovery II Gigabit Ethernet Intel Fast Pro chips (82552 and 82553) not supported AMD HAWK Ethernet controller not supported Intel 82596 Ethernet controller not supported AMD LANCE Am7990 Ethernet controller (SPARC version) PPP driver sandpoint vmpc Intel Pro controller (82557, 82558, 82559, and other Intel ICH devices with Pro core in them)
Video Capture Products - Hardware Compatibility List Lists the hardware that is compatible with Intel(R) Smart Video Recorder products. The following table provides a list of scsi adapters and their http://support.intel.com/support/createshare/sb/cs-011800.htm
Extractions: Compatible Compatibility with PC Systems General Notes Mimimum requirements for Intel's video capture boards are as follows: The following is a list of systems that are compatible with the Intel's video capture boards. ACIO 786 VESA 486DX2/66 ALR Flyer 486DX2/66 AMI Super Voyager 486DX2/66 AMI Enterprise III 486DX2/66 Compaq DeskPro 560M Compaq DeskPro 590XL Compaq DeskPro 486DX/25 Dell 486D33 486SX/33 DELL Dimension XPS P60 COMPUTER GVT ISA/VESA 486DX2/66 Nice Green - VL/ISA 486DX2/66 OPTI 486BL- Bus 486DX2/66 Packard Bell Legend 610 486SX/20 USA Technologies 486DX2/66 AST BRAVO 486SX/25 Compaq XL4/66 Compaq SystemPro 486DX/33 Gateway 2000 4SX-33V 486SX/33 IBM Valuepoint 433DX OPTimum 486WB-66 AST Bravo 486SX/25 Motherboard
Acclaim Images - Hardware Component Stock Photography, Hardware Stock Photography Main Processor of a scsi Card Computer hardware Stock Photography Main Processor Accessory Circuits on a scsi Board http://www.acclaimimages.com/search_terms/hardware_component.html
Add-On, Silicon Composers, Inc. The SC/FOX scsi I/O Board is a plug on daughter board for the SC/FOX PCS and the SC/FOX SBC. hardware support for fast parellel to scsi transfer. http://www.inscenes.com/sci/devhw.htm
Extractions: The SC/FOX SCSI I/O Board is a plug on daughter board for the SC/FOX PCS and the SC/FOX SBC . Above, the SCSI is pictured connected to the SC/FOX SBC (on the left) and the SC/FOX PCS (on the right). The SC/FOX SCSI I/O Board contains a high-speed SCSI controller, RS-232 serial port, and a bi-directional, 16-bit latching parallel port. Other features include: The SC/FOX S/P Board is a plug-on daughter board for the SC/FOX PCS . The S/P board contains two RS-232 serial ports and a parallel printer port, and it comes with the driver software in source code form for both the FCompiler Language and the SC/Forth Language . The SC/FOX S/P Board also comes in a RS422 and RS485 version. The SC/FOX DRAMIO32 is a high-speed, small-size, plug-on daughter board which combines up to 16MB of DRAM with performance multi-function I/O. The DRAMIO32 attaches to the I/O expansion connectors of either the
PC Native Oberon Hardware Compatiblity List You will find a good support for hardware and software considerations not directly related to Precision 410 with onboard AIC7880 AIC7890 Ultra-2 scsi http://www.oberon.ethz.ch/hcl.html
Extractions: Page index: [ Motherboard Processor RAM Device drivers ... Example machines This page is under construction and will be used for installation information and user installation reports. Please send your installation reports for inclusion on this page. The information contained herein applies to the most recent Alpha / Beta versions Subjects treated in linked documents: You will find a good support for hardware and software considerations not directly related to Native Oberon in the Operating System resource centre documents maintained by Chris Lattner Native Oberon runs on single processor motherboards of all brands, even on older ones, with ISA, PCI and AGP expansion slots in any combination. AGP expansion cards are similar to PCI cards from the software point-of-view. USB too is supported, but to a lesser extent. IrDA is not supported. Oberon's PCI analyser tool The PCI analyser command PCITools.Scan
QCDSP Hardware These scsi connections are be used both to connect one mother board to a This example has the side physically cut way for hardware debugging purposes. http://phys.columbia.edu/~cqft/qcdsp/qcdsp_hdw.htm
Extractions: Description of the QCDSP Architecture and Technology INTRODUCTION Given the enormous computational demands of quantum field theory and the easily parallelized nature of this problem, it is natural to design and build massively parallel machines, whose design is optimized for this class of calculation. Beginning in the March 1993, a collaboration of physicists and engineers, centered at Columbia, began the design of a digital signal processor (DSP) based machine with this objective. Here we describe the architecture and implementation of what has grown into a series of computers ranging from 64-node, 3 Gflops machines to a 8,192-node, 400 Gflops machine at Columbia and a 12,288-node, 600 Gflops machine now begin constructed at the RIKEN Brookhaven Research Center at the Brookhaven National Laboratory. The processors in each of these machines are interconnected as a four-dimensional mesh with nearest neighbor connections. For example, the Columbia machine is a 16x16x8x4 mesh. Each processor or node is made up of a Texas Instruments DSP, 0.5Mwords of error-corrected memory and a gate array providing memory management and inter-node communication. The Columbia machine cost approximately $1.8M to construct over the past two years (it would cost about $1.2M at present component prices) implying a cost performance advantage of more than ten-fold over present commercial machines.
Extractions: DESKTOP PARTS: DEC SMALL SYSTEM PARTS FOR DEC DESKTOP SYSTEMS $ PRICE DEC VAX 3100/4000 SERIES MODULES $ PRICE DEC 54-10469-01 COLOR OPTION DEC 54-17282-01 8 PLANE GRAPHICS DEC VS40X 54-17282-01 8 PLN GRPHCS VID BD DEC 54-17314-01 PVAX ST506 SCSI DISK CONT DEC 54-17314-02 PVAX ST506 SCSI DISK CONT DEC 54-17445-01 SCSI CONTROLLER FOR 3100 VAX STATION DEC 54-18813 MEMORY 8MB DEC 54-18856 KA41 LOGIC BRD DEC 54-18856-01 KA41 LOGIC BRD DEC 54-18856-02 KA41 3100 MODEL 20 CPU DEC 54-18856-04 VS3100 LOGIC BOARD DEC 54-18856-05 KA41-E 3100 MODEL 10E LOGIC BRD DEC 54-18856-06 INFOSERVER 150 LOGIC BRD DEC 54-18858-01 VS3100 SCSI BOARD DEC 54-18905-01 VIDEO CONTROLLER DEC 54-19080-01 16MB 3100 MEMORY SIMMS MODEL DESCRIPTION $ PRICE DEC 54-19144 MEMORY DEC 54-19288-01 SCSI/FDI ADAPTER DEC 54-19465-01 1MB KN0X MEMORY DEC 54-19469-01 KN01 GUI SIMM OPTION FOR PMAX DEC 54-19623-01 8 PLANE GRAPHICS BRD DEC 54-19805-01 2MB SIMM FOT VXT1200 DEC 54-19811 KN02 LOGIC BRD DEC 54-19847-01 KA43-AA CPU, LOGIC BRD
Extractions: STORAGE OPTIONS: DEC CLUSTER, STORAGEWORKS, STORAGEARRAYS, ETC $ PRICE DEC HS1CP-AF DEVICE CHANNEL PROCESSOR, W/32MB CACHE DEC HS241-AA 4*DSSI BUS FAULT TOLERANT FDDI BASED CONT DEC HS221-AA 2*DSSI BUS FAULT TOLERANT FDDI BASED CONT DEC HS211-AA DSSI DISK BUS FDDI BASED CONTROLLER DEC HS200-AA ALPHA SERVER RACK FOR HS2X1 DEC HS1MM-AA 64MB UPGRADE FOR HS2X1 SYSTEM MODEL DESCRIPTION $ PRICE DEC HSC50-AA CLUSTER CI CONTROLLER COMPLETE DEC HSC70-AA CLUSTER CI CONTROLER COMPLETE DEC HSC90 CLUSTER CI CONTROLLER COMPLETE DEC HSC90-AA CLUSTER CONTROLLER COMPLETE IN CABINET DEC HSC95 CLUSTER CI CONTROLLER COMPLETE DEC HSC95-AA CLUSTER CONTROLLER COMPLETE IN CABINET DEC HSC95-XA CLUSTER CONTROLLER COMPLETE, RACKMOUNT DEC BA65-BA RACKMOUNT FOR H9702 CABINET MODEL SUB ASSEMBLY DESCRIPTION $ PRICE DEC HSD30-AD PRECONFIGURED HSD30 COMPLETE 16MB CACHE DEC HSD30-AF PRECONFIGURED HSD30 COMPLETE 32MB CACHE DEC HSD30-AA PRECONFIGURED HSD30 COMPLETE, NO CACHE
FreeBSD/sparc64 5.4-RELEASE Hardware Notes This document contains the hardware compatibility notes for FreeBSD 5.4RELEASE on the UltraSPARC hardware Many motherboards with on-board scsi support http://www.freebsd.org/releases/5.4R/hardware-sparc64.html
Extractions: This document contains the hardware compatibility notes for FreeBSD 5.4-RELEASE on the UltraSPARC hardware platform (also referred to as FreeBSD/sparc64 5.4-RELEASE). It lists devices known to work on this platform, as well as some notes on boot-time kernel customization that may be useful when attempting to configure support for new devices. Note: This document includes information specific to the UltraSPARC hardware platform. Versions of the hardware compatibility notes for other architectures will differ in some details. This section describes the systems currently known to be supported by FreeBSD on the UltraSPARC platform. For background information on the various hardware designs see the Sun System Handbook SMP is supported on all systems with more than 1 processor. If you have a system that is not listed here, it may not have been tested with FreeBSD 5.4-RELEASE. We encourage you to try it and send a note to the FreeBSD SPARC porting mailing list with your results, including which devices work and which do not.
Hardware FAQ There is a hardware fix available called A1200FDfix.lha on the Aminet. Q. I have a Surf Squirrel and scsi board on my accelerator. http://amiga.emugaming.com/hardwarefaq.html
Extractions: Gareth Knight This FAQ is based on information gathered from the relevent comp.sys.amiga.* and demon.tech.amiga newsgroups, FTP and WWW sites and my own personal experience. Others are reworks of questions that have come up ICPUG SE meetings and while I've been giving technical support. Some questions have links mainly to files on the Aminet or pages on other sites. In the cases of Aminet links, most files will be in the hard/hack directory. The questions have be sorted under headings for easier access: If you have any information to add or correct please e-mail it to me webmaster@basil.u-net.com Q. How do I add a second internal floppy drive to my A2000? A. You will need to physically mount the drive in its bay. Then connect the Power and Data cables. Then you must then close J301. Q. Can the A4000[T] support 8 Meg of CHIP RAM? A. There is a jumper (J213) on the mother board which sets the SIMM type for CHIP RAM. This can be set to 8 Meg, but the Alice, and the rest of the AGA chip set, does not yet support 8 Meg of CHIP RAM. Q. Are the Zorro II/III slots parallel? How are they powered up?
Berkeley Hardware Prototypes The outer two racks contained 144 disks (3.5 inch IBM 320 MB scsi) and their power supplies. They were placed on a board inside a workstation from TI. http://www.cs.berkeley.edu/~pattrsn/Arch/prototypes2.html
Extractions: Berkeley Hardware Prototypes Computer Systems Microprocessors NOW-2 (1997) 105 Ultra-1 workstations (each with a 167 MHz UltraSPARC micro- processor, 128 MB of memory, and 2 Seagate Hawk 2 GB 5400 RPM 3.5 inch disks) connected Myrinet switched system area network with each link operating at 160 MBytes/second. includes a MIPS-II 32-bit integer RISC core, a 1 KB instruction cache, a fixed-point vector coprocessor, and a 128-bit wide external memory interface. Fabricated in a 1.0 micron CMOS process, the die measures 280 mm , contains 730,701 transistors, and runs at 45 MHz. Tertiary Disk (1997) consists of a cluster of 20 PCs which host 396 8.4 GB, 7200 RPM, 3.5-inch IBM disks contained in seven 7-foot high, 19-inch wide racks. The PCs are P6-200MHz with 96 MB of DRAM each. They run FreeBSD 3.0 and the hosts are connected via switched 100Mbit/second Ethernet. VLSI-BAM (1990) is a RISC microprocessor with support for Prolog. Fabricated in 1.2 micron CMOS the die measures 169 mm , contains 112,000 transistors, runs at 20 MHz and consumes 1 Watt at 5 Volts. RAID-II consisted of three racks. The outer two racks contained 144 disks (3.5 inch IBM 320 MB SCSI) and their power supplies. The center rack contains three chassis: the top chassis holds VME disk controller boards (Interphase Cougar), the center chassis contains the custom crossbar switch (XBUS) and HIPPI interface boards; and the bottom chassis contains the Sun 4/280 workstation. This network attached storage devise was connected over 100 megabyte over second HIPPI network (UltraNet).
