December 19th, 2009 
Edward Cable
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DELL DIMENSION 8100 USB PORTS/CABLES $23.71 |
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DELL Remote Access DRAC5 – WW126 G8593 + Cables 1950 2950 2970 2900 DRAC 5 $89.31 |
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DELL N7190 PE1950 SIDEPLANE RISER BOARD CN-0N7190 POWEREDGE 1950 NO CABLES $17.99 |
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Dell PowerEdge 6 Drop SATA Hard Drive Cable 22″ C6413 $24.99 |
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Dell PowerEdge 6 Drop SATA Hard Drive Cable 22″ GJ554 $24.99 |
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Dell Optiplex SFF GX260 GX280 CD-ROM Cable (05N051) $10.73 |
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HP Proliant ML370 G4 IDE Cable 108950-041 $7.21 |
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Infiniband MPI Cluster 8 nodes Switch 8 cables 32 cores $1,695.00 |
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DELL FJ068 CABLE 8PIN SATA 2DROP CABLE 14.75″ CN-0FJ068 $15.29 |
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DELL P4904 POWEREDGE PE2800 SCSI CABLE CN-0P4904 68PIN 2800 43″ $10.79 |
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Ribbon PCI Riser Card Extender Cable for 1U/2U Chassis $9.69 |
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100% OEM IBM 39J1221 Cable Management Bracket $150.00 |
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DELL D1820 3-01171-03 3FT CABLE CN-0D1820 $16.19 |
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Poweredge 830 840 1 Drop SCSI Cable 68 Pin T5427 NEW $8.50 |
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PCI Express PCI-e PCIe Riser Card Extender Ribbon Cable $6.99 |
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Intel Server SCSI Cable A86315-002 $10.67 |
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HP 396632-001 PS2 KVM Cable Rack $25.29 |
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DELL P8015 POWEREDGE 6800 6850 PE6800 PE6850 POWER BOARD W/CABLES CN-0P8015 $19.79 |
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SUN COBALT RAQ3 RAQ4 POWER SUPPLY CASE + CABLES $0.99 |
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Dell PowerEdge 2600 Server;APC Backup UPS 1400;19″ Rack;Cross-Connect;Cable Mgmt $499.00 |
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R8200 – SAS Cable, 1M TO PERC 5/ E for Dell PowerVault MD1000/ PowerVault MD3000 $14.99 |
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Drac 5 Remote Access Kit for Poweredge 2900 Server Longer cable included $134.36 |
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DELL W6875 DA0S73TB4C8 D7454 PE1855 BLADE PANEL W/CABLE TW-0W6875 CN-0D7454 $22.49 |
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DELL 8R198 POWEREDGE 700 800 600SC 1600SC HDD HARD DRIVE CABLE CN-08R198 $10.79 |
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Dell PowerVault MD3200 Single Controller / 12 x 2TB SAS / SAS HBA / SAS Cables $8,299.00 |
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Dell PowerVault MD3200 Dual Controller / 12x 2TB SAS / 2x SAS HBA / 4x Cables $10,099.00 |
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Dell PowerVault MD3220 Dual Controller / 12x 1TB SAS / 2* SAS HBA / 4* Cables $11,299.00 |
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HP Proliant DL380 G4 CD-ROM Cable 356452-001 $11.78 |
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HP Proliant DL380 G4 USB Cable 346187-001 $5.14 |
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Dell 4W941 CABLE 5 INCHES $15.29 |
Whats the difference between an Instrument Cable and a Patch Cable?
I just got a guitar for my birthday, so now I wanna be able to amp it. I went on ebay to find some cheap cables and I found something called a patch cable. It had the one-fourth male-male things. Would it work with my standard amp? Also what’s the diff between Instrument cables and Patch cables.
It will work as long as the connectors are correct (usually 1/4″ male on both ends). Patch cables hookup one electronic device to another. Instrument cables are the same thing … just semantics.
Understanding Basic Terms in Indoor Fiber Optic Cable Installation
Fiber optic cables are exposed to electrical, mechanical, chemical and environmental elements, so proper installation is critical for the long-term stability and survival of fiber cables.
Cable installation must also meet the NEC(National Electric Code) and local building codes. NEC indicates that fiber optic cables can be placed in the same raceway, cable tray or enclosure with CATV, telephone, communication circuits and Class 2 and 3 remote control signaling circuits.
Note that you should never put the fiber optic cable in the same enclosure that houses electrical terminations.
What are conduits?
Conduit is a tube or trough for protecting electrical or communication wires and cables. It may be a solid or flexible tube in which cables are run. They house and protect the fiber optic cables as well as any other type of data or communication transmission line.
Underground conduits are also called ducts and consist of one or more conduits spaced closely together. They are often buried directly in the ground in concrete casing. Duct lines terminate in underground vaults called manholes. Conduits are made of fiber, PVC, PE and other materials.
Above ground conduits are made of metal or nonmetal materials. They can be used in exposed or concealed locations aboveground.
Characteristics of a good conduit installation
1. Good mechanical properties to withstand the forces imposed by cable installations
2. Observes fiber optic cables minimum bending radius
3. No sharp edges or bends touches the fiber optic cables throughout the route
4. Meets current and future expansion requirements
What are cable trays?
A cable tray is an assembly of units made of metal or other noncombustible materials that form a continuous, rigid support for fiber cables. Cable trays are used throughout the industry and they greatly simplify the installation of fiber optic cables.
Cable trays come in several different types including ladder type, trough type, channel type and solid-bottom type.
Ladder type cable tray is a metal structure consisting of two longitudinal side rails connected by individual transverse members. The transverse members provide the support for fiber cables.
Trough type cable tray is also a metal structure. It consists of a ventilated bottom and has closely spaced supports within integral or separate longitudinal side rails.
Channel type cable tray consists of a one-piece ventilated or solid-bottom channel section.
Solid-bottom type cable tray is a metal structure that has no openings in the bottom. Integral or separate longitudinal side rails provide the support for the fiber cables.
What are pull boxes?
Pull boxes are used to break up long conduit lengths for easier and lower tension cable pulls.
Pull boxes are usually placed near conduit bends and in long straight runs. You should use at least one pull box after every second 90° bend and in long conduit spans.
When pulling cable out of pull boxes, ensure that the cable’s minimum bend radius is always observed. Cable pulled through a corner pull box should first be pulled into a loop since the sharp corner of the pull box can easily damage the cable and the fibers.
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